Volkswagen Will Challenge Tesla With $35,000 EV In The U.S.

Volkswagen is preparing for a major game in the U.S. electric vehicle market, targeting Tesla with the announcement of an affordable electric vehicle priced below $35,000 (€33,000) expected to enter the market by 2026. The Vow of Reinhard Fischer. Reinhard Fischer, senior vice president and chief strategy officer for U.S. company VW Group, made the […]

Volkswagen is preparing for a major game in the U.S. electric vehicle market, targeting Tesla with the announcement of an affordable electric vehicle priced below $35,000 (€33,000) expected to enter the market by 2026.

The Vow of Reinhard Fischer.

Reinhard Fischer, senior vice president and chief strategy officer for U.S. company VW Group, made the announcement of at Reuters Events Automotive USA 2023 in Detroit. He emphasized Volkswagen’s commitment to providing an affordable electric vehicle option to U.S. consumers.

Although Fischer did not go into details about the future model, the promise of an electric vehicle worth less than $35,000 is intended to undermine Tesla’s dominance of the American electric-vehicle landscape. The German carmaker is entering the ring, and it plans to launch the Tesla Model 3 and Model Y models for its money.

Made in the US or Mexico?

One of the intriguing aspects of the Volkswagen plan is where the new electric vehicle is made. Fischer hinted that the car could be built in either the United States or Mexico. Currently evaluating many production sites, including existing plants in Chattanooga, Tennessee and Puebla, Mexico, Volkswagen is committed to making strategic decisions to optimize production and logistics.


Power Play: Local battery.

As a strategic move to maximize incentives under the US Bipartisan Infrastructure Act, Volkswagen is considering local battery assembly for a new electric vehicle. This ambitious move is in line with the company’s broader plans, as they have already announced their intention to produce battery packs in Canada for their existing and future North American electric vehicles.

Volkswagen’s decision to introduce low-cost EVs is not just a step in the market; it is a challenge to Tesla’s superiority. By offering a competitive alternative to the popular Tesla Models 3 and Y, Volkswagen positions itself as a serious competitor in the growing U.S. electric vehicle market.

  • MEB Platform Foundation: The new low-cost electric car is expected to be based on Volkswagen’s MEB platform, the same base used for models such as ID.4 and ID.5.
  • Impressive range: Volkswagen targets a range of at least 250 miles (400 kilometers) for a new electric car, ensuring it is not only affordable, but also practical for different users.
  • Subscription accounting: In the modern style, Volkswagen is considering offering subscription services for its new electric vehicle. This would allow customers to pay a monthly fee to enjoy the driving experience without a long-term ownership obligation.
  • In the ever-evolving electric-vehicle landscape, the Volkswagen movement to make electric vehicles more affordable can be a game changer. The race to win the hearts (and wallets) of American consumers continues, and Volkswagen positions itself as a strong contender. Fasten the electric ride is about to become more exciting!

    Read more / Original news source: https://manipurhub.com/volkswagen-will-challenge-tesla-with-35-000-ev-in-the-u-s-395/

    TESLA’S VISION: INTEGRATING HAI GROKE FOR BOUTURIST DRIVING.

    Forward-thinking Tesla leader Elon Musk has once again pushed the boundaries of technological innovation by introducing the latest xAI product: Grok AI. Through speculative integration into Tesla’s technology suite, Grok AI is poised to take Tesla’s driving experience to unprecedented heights. The tech community is teeming with Musk’s social media meditations on embedding an optimized […]

    Forward-thinking Tesla leader Elon Musk has once again pushed the boundaries of technological innovation by introducing the latest xAI product: Grok AI. Through speculative integration into Tesla’s technology suite, Grok AI is poised to take Tesla’s driving experience to unprecedented heights. The tech community is teeming with Musk’s social media meditations on embedding an optimized version of Grok directly into Tesla’s AI computer. This integration suggests that Tesla’s vehicles may soon not only transport us to Earth, but also assist in the computational search for intelligence beyond our planet.

    Grock’s potential influence on Tesla.

    Recent discussions on social media have sparked speculation about the integration of xAI’s Grok into the Tesla computing environment. Elon Musk himself hinted at this possibility, suggesting that Grock could work directly in Tesla vehicles. Musk envisions a future in which Tesla machines contribute to distributed inference, as well as the search for extraterrestrial intelligence (SETI), during hours when they are not in use. His statement, “If our AI vehicle computer can work with the model, Tesla will probably have the most useful computed output on Earth,” alludes to the potential for a powerful computing output system in Tesla vehicles, using the capabilities of Grock.

    Exploring the possibilities of Grok.

    Although Groc’s exact role in Tesla’s ecosystem remains somewhat unclear, it is suggested that he could improve existing voice management capabilities. Grok’s SuperPrompt feature, which can handle up to 25,000 characters, can greatly enhance voice communications for Tesla owners.

    In addition, Grok is expected to evolve with the introduction of an application programming interface (API). This development would allow developers to take advantage of Grok’s auditory and visual recognition capabilities, potentially extending its use beyond voice commands.

    Affordability and price of Grok.

    The introduction of Grok marks xAI’s entry into the field of software, with a strategic step to meet a wider audience. Grok packages were initially available to Premium Plus subscribers and started at $16 per month. Importantly, Musk assured Premium Plus subscribers that the early beta phase would not prevent them from accessing the software, ensuring that they could experience the benefits of Grok as soon as possible.

    With Musk leading the way, xAI officially introduced Grok to its Premium Plus customers, offering details on the company’s website.

    Looking Ahead: xAI’s commitment to economic growth.

    While xAI continues to develop Grok, the company is actively seeking talent in a variety of areas related to artificial intelligence and software development. The opening positions in AI engineering, data engineering, web operations, full-featured web development, and systems infrastructure underscore xAI’s commitment to advancing its AI models and software offerings.

    In addition to a pool of technical talent, xAI appeals to creative people, educators, and content curators who possess specialized knowledge in a variety of fields. This collaborative approach provides ample opportunity for further innovation and empowerment of Grock.

    Grock’s integration: an important milestone in Tesla’s journey.

    The integration of xAI’s Grok vehicles into Tesla vehicles represents another remarkable step in Elon Musk’s quest to reimagine the future of transportation. While the precise application of Grok to the Tesla ecosystem is still unfolding, the potential for improving voice commands and user experience is undoubtedly promising.

    As xAI continues to develop its technology and engage with a variety of talents, the synergy between Grok and Tesla’s cars could usher in a new era of smart, intuitive, and AI-driven driving experience for Tesla owners around the world.

    Elon Musk’s relentless drive for innovation has put Tesla at the forefront of the automotive industry. With the potential integration of Grok xAI, Tesla owners can expect even more advanced and comfortable driving. As Grok continues to evolve and adapt, it promises to play a key role in shaping the future of AI-powered smart transport. Tesla’s path to innovation and perfection seems destined to reach new heights, thanks to Elon Musk’s visionary leadership and xAI’s groundbreaking Grok technology.

    Read more / Original news source: https://manipurhub.com/tesla-s-vision-integrating-hai-groke-for-bouturist-driving-392/

    Revolutionary hydrogen storage: H2MOF’s innovative approach.

    H2MOF, a startup based in California in 2022, is at the forefront of developing a groundbreaking solution for storing and transporting hydrogen. Created by respected chemists, including the Nobel laureate, the company is building a new type of hydrogen reservoir using nanotechnology, seeking a more cost-effective and efficient alternative to modern methods. There’s a hydrogen […]

    H2MOF, a startup based in California in 2022, is at the forefront of developing a groundbreaking solution for storing and transporting hydrogen. Created by respected chemists, including the Nobel laureate, the company is building a new type of hydrogen reservoir using nanotechnology, seeking a more cost-effective and efficient alternative to modern methods.

    There’s a hydrogen problem.

    Although hydrogen is a clean energy source, its transportation and storage have long been problematic due to its high cost and energy consumption. The H2MOF solution addresses these problems by designing tanks that can store hydrogen more efficiently and safely.

    A nanotechnology-based storage system.

    H2MOF’s innovative approach involves the use of a hydrogen storage tank in a solid state. This is achieved by adsorbing hydrogen into specially designed nanomaterials, an idea conceived by the company’s co-founders, Nobel laureate Sir Fraser Stoddart and chemistry professor Omar Yagi. Their design is aimed at significantly increasing storage capacity and safety compared to existing high-pressure tanks.

    Cost-effective and safe storage.

    The company’s prototype tanks operate at a pressure significantly lower than conventional tanks, which can lead to a significant reduction in energy costs. For example, the annual energy cost of operating a fuel-cell transit bus could be reduced by $12,000 using H2MOF technology. In addition, this new method has the potential to double the fuel range of cars, such as Toyota’s Mirai without increasing weight.

    Broader implications for hydrogen use.

    Although hydrogen is widely used in various industries, most of it is now produced in a way that releases carbon dioxide. Innovative companies like H2MOF play an important role in developing more sustainable methods of producing and using hydrogen, which is crucial for its role in replacing fossil fuels.

    The role of government support.

    The Biden administration’s significant funding of clean-hydrogen initiatives, including a $7 billion investment in hydrogen production centers, underscores the growing recognition of hydrogen’s potential in the energy sector. H2MOF, a subsidiary of Revonence Technologies International, has not yet applied for grants in the US, but remains a key player in the development of hydrogen storage technologies.

    Final thoughts.

    H2MOF’s mission in solving the technical problems of hydrogen storage and transportation is not only to promote technology, but also to reveal real demand and embrace hydrogen as a clean energy source. This innovative approach could be a key factor in the global transition to more sustainable energy solutions.

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    Note: Our content is for entertainment, fueled by the latest news, rumors and intriguing speculation.

    Read more / Original news source: https://manipurhub.com/revolutionary-hydrogen-storage-h2mof-s-innovative-approach-390/

    Hyundai’s strategic leap into LFP battery production: what it means for the future of electric vehicles.

    The landscape of an electric car (EV) is changing rapidly, and Hyundai does not just ride the wave – it creates it. Focusing on availability and sustainability, Hyundai plans to start manufacturing lithium iron phosphate (LFP)-based batteries by 2025. The move is not just about diversifying their battery portfolio; it is a strategic game for […]

    The landscape of an electric car (EV) is changing rapidly, and Hyundai does not just ride the wave – it creates it. Focusing on availability and sustainability, Hyundai plans to start manufacturing lithium iron phosphate (LFP)-based batteries by 2025. The move is not just about diversifying their battery portfolio; it is a strategic game for democratizing electric vehicles by making them available to the masses. Let’s look at what this means for you as a consumer, for the industry, and for the future of transportation.

    Understanding LFP batteries: Game changer.

    Before we unpack the Hyundai solution, it is important to understand why LFP batteries cause such excitement:

  • Cost-effective and efficient: LFP batteries come with no price tag associated with materials such as nickel and cobalt, which are the main elements in other types of EV batteries.
  • Closing the energy density gap: While they have traditionally used less energy per unit of output than their NMC counterparts, ongoing improvements are closing the gap.
  • Safety and durability: LFP batteries are renowned for their impressive safety history and durability thanks to their stable chemistry.
  • Go To Availability.

    Hyundai’s shift towards producing its own LFP cells is motivated by a clear goal: to reduce energy costs. In its current form, batteries are the most expensive component of an electric vehicle. Given that current EV battery prices hover around $75/kWh, and that achieving price parity with internal-combustion-engine cars requires reaching the $100/kWh threshold, every penny saved on battery production can be a step toward affordable electric mobility.

    Prevent Market Fluctuations.

    The raw materials were like roller coaster – exciting for some, but sickening for others. But recent trends suggest that these costs are stabilizing, providing an opportune moment for Hyundai to chart its way.

    Hyundai’s bold strategy.

    Not only does Hyundai join the grassroots movement, it manages it by developing its own LFP cells in collaboration with Korean battery manufacturers. This reduces reliance on external suppliers – especially in China – and demonstrates a commitment to strengthening internal expertise.

    Installation in the following models.

    The first recipient of homegrown LFP-cells Hyundai will be none other than Kona EV – a child with a poster for affordable electric mobility. By incorporating these elements into the entry-level model by 2025, Hyundai is demonstrating its commitment to bringing cost-effective EV options to market.

    Technical triumph over Hyundai LFP cells.

    It’s not just about being cheaper. Hyundai LFP elements boast an energy density of 300 Wh per kilogram. This figure provides them with neck and neck support thanks to high-quality NMC elements, which promises no compromise in performance as cost-effectiveness increases.

    Relying on deep pockets for development.

    Hyundai does not spare a penny when it comes to the development of batteries. With a whopping $7.3 billion committed over the next decade, they rely heavily not only on LFP technologies, but also on NCMs and solid-state batteries.

    Working Together Is The Key To Success.

    No company is an island in a vast sea of technological innovation. That’s why Hyundai is working with leading Korean battery manufacturers and academic institutions to push the boundaries.

    From hybrid foundations to full electrification.

    Hyundai’s investment has already paid off – the first NCM cells developed by Hyundai have been under the hood of the Santa Fe hybrid model since August 2023. It is a stepping stone from hybrid technology to full electrification.

    Consequences for you: Consumer.

    So what does it mean if you’re looking at your next car purchase? Here are some conclusions:

  • More choice at less cost: Expect a wider range of affordable EVs to be on display in salons as soon as possible.
  • Confidence: The knowledge of your car home battery designed with both economy and safety in mind can be reassuring.
  • Investment confidence: Meeting Hyundai’s commitments can give you more confidence in investing in their vision of electric mobility.
  • Conclusion: The Road Ahead with LFP Hyundai Innovation.

    Hyundai’s leap into building its own brand of LFP batteries is not just bringing production closer to home or cutting costs – it is shaping an ecosystem in which electric vehicles become viable options for all. As 2025 approaches, be careful how this strategic move affects the markets and changes our expectations for electric vehicles.

    Read more / Original news source: https://manipurhub.com/hyundai-s-strategic-leap-into-lfp-battery-production-what-it-means-for-the-future-of-electric-vehicles-388/

    American Bulldog Issue: Kanu’s salute to perseverance and innovation.

    In the heart of Justin, Texas, Canoo Technologies – a company that is quickly becoming synonymous with pushing the limits of mobility – has launched a new breed of electric vehicles (EVs). On November 10, 2023, they unveiled their latest work: The American Bulldog. Like its namesake, it is more than a vehicle; it embodies […]

    In the heart of Justin, Texas, Canoo Technologies – a company that is quickly becoming synonymous with pushing the limits of mobility – has launched a new breed of electric vehicles (EVs). On November 10, 2023, they unveiled their latest work: The American Bulldog. Like its namesake, it is more than a vehicle; it embodies the strength, determination, and unshakable spirit of American innovation.

    The symbol behind the name.

    The American Bulldog is a powerful metaphor for Canoo’s newest EV technology. Consider the following characteristics:

  • Muscular and strong.
  • Embodying strength and determination.
  • Demonstration of endurance, agility and courage.
  • Decent and friendly in behavior.
  • A stern face, symbolizing steadfast tenacity.
  • In essence, the car is not just a product; it reflects the resilience and tenacity of the American people – a symbol that resonates deeply with those who understand the importance of meeting the challenges.

    From Screaming Eagle to American Bulldog.

    Canoo Technologies is no stranger to creating vehicles that attract attention. Listed by NASDAQ as part of GOEV, Canoo has already made waves with its advanced mobile solutions. The American bulldog is a derivative of the Screaming Eagle, an engine supplied to the US Army for testing in 2022.

    Genesis: Canoo Pickup.

    Although there are no specific statistics on the US version of the Bulldog truck, we can assume that it will be close to the original Canoo Pickup Truck:


    Utility and functionality support.

    The Canoo pickup was designed with a clear vision: to offer a car that excels in both work environments and weekend adventures. It is an all-electric car that not only promises zero emissions, but also provides a new level of versatility for consumers.

    Payload Capacity: An Unrivaled Variety Of Horses.

  • This truck, capable of carrying a weight of up to 1,800 pounds, not only plays in the major league, but also sets new standards.
  • Its payload is comparable to a full-size truck, but it also has a more compact outer area, which resembles a medium-sized truck.
  • Exterior Design: The Maneuverability Matches The Muscles.

  • Increased maneuverability means that the truck can easily navigate different landscapes.
  • Its design combines strength with sophistication, making it as suitable for urban driving as it is for off-road escapades.
  • Performance characteristics: electric power and range.

  • Target Horse Power (HP): Canoo truck pickup is aimed at more than 500 HP, providing power never in short supply.
  • Range: With more than 200 miles on one charge, range anxiety becomes less of a problem.
  • Transaxle Options: Whether you prefer all wheel drive (AWD) or rear wheel drive efficiency (RWD), there is always an option.
  • Innovative Functions That Separate It.


    Multi-Function Power Plant:

  • The power plant provides electricity in transit with minimal impact on the range of the battery.
  • With charging ports on all sides, this function meets the needs of both professionals and recreational enthusiasts.
  • Retractable Bed:

  • The versatile bed stretches from 6 to 8 feet, allowing users to maximize cargo space without compromising car size.
  • This unique feature is ideal for transporting large items or creating a camp for those who love adventure.
  • Double Flip Down Tables:

  • These workbenches are not only about the workspace they are about adaptability.
  • With expandable depth and multi-function power supplies, these tables redefine what remote working means.
  • Pre-Ordering Details: Availability Meets Expectation.

  • Availability is currently limited to pre-orders in the United States – a sign of Canoo’s commitment to its domestic market in the first place.
  • A fully refundable deposit of $100 lowers the entry barrier by inviting electric-vehicle enthusiasts from all walks of life to join the electric revolution.
  • My opinion on this news.

    No matter how cool this branding is – and believe me when I say that all about seeing the progress of electric cars – we need more than ads from Canoo. We need action. We were looking forward to their vans and trucks while they were busy supplying major customers like NASA, the U.S. Army and Walmart — which is impressive, but leaves consumer expectations high.

    The advent of the American Bulldog raises expectations further. It is more important than ever that Canoo move from concept presentation to delivering tangible products to consumers – keeping promises and maintaining momentum in an industry where competition never sleeps.

    Final thoughts on electrical perseverance.

    No doubt, Canoo Technologies once again captured our imagination with its introduction of “American Bulldog,” a metaphorical depiction of America’s resilience that has morphed into automobile innovation. As we follow the news on actual deliveries and productivity statistics, let us assess this moment when potential is found in the world of electric vehicles. Only time will tell if this bulldog has a piece behind the bark – but one thing is certain: the electric-vehicle landscape continues its relentless march toward an electrified future, thanks in part to companies like Canoo that dare to dream differently.

    Read more / Original news source: https://manipurhub.com/american-bulldog-issue-kanu-s-salute-to-perseverance-and-innovation-386/

    The surge of electric transport: separating fact from fiction.

    As the electric-vehicle (EV) landscape continues to evolve at breakneck speed, it is important to separate charged facts from static fiction. Recently, the Department of Energy (MoE) issued an educational article that examines some common misconceptions about EVs and gives a sense of urgency to the current discussion. This DOE publication not only debunks myths, […]

    As the electric-vehicle (EV) landscape continues to evolve at breakneck speed, it is important to separate charged facts from static fiction. Recently, the Department of Energy (MoE) issued an educational article that examines some common misconceptions about EVs and gives a sense of urgency to the current discussion. This DOE publication not only debunks myths, but also highlights significant advances in electric vehicle sales, infrastructure, consumer interest, and affordability.

    As part of this integrated work, we will pay more attention to the LEO findings and their implications for future transport. Whether you are an electric car enthusiast or simply interested in the changes taking place on our sustainability-driven roads, understanding these ideas is key to understanding how far electric cars have come – and where they boldly go from there.

    Sales trend: a history of unstoppable growth.

    The electric-vehicle narrative was often accompanied by skepticism, with some predicting a decline in consumer interest. But reliable Department of Energy data paint a different picture:

  • Growth in sales compared to the previous year: statistics show that instead of declining sales, there is an unmistakable trend to increase sales of electric vehicles. This trend is not just sustainable; it is accelerating.
  • The rise in sales is a clear indication that electric cars are not just a passing fad, but are becoming the backbone of the automotive market. Consumers are increasingly using electricity to meet their transportation needs, indicating a shift in public perception and acceptance.

    Charging infrastructure: laying the power grid.

    One of the major problems often raised with regard to electric vehicles is related to charging infrastructure. Here is how these problems are solved:

  • Public Charging Stations: With over 60,000 points and over 160,000 ports available to the public, distance alarm becomes less problematic.
  • The Biden administration’s goal of 500,000 charging ports by 2030 reflects a commitment at the highest levels of government to support the adoption of electric vehicles.
  • Infrastructure investment: $7.5 billion from the bipartisan Infrastructure Law is allocated to the development of the charging network – a significant impetus for the industry.
  • Charger uptime requirement: 97% uptime is a must for reliability and convenience for electric vehicle drivers.
  • Technological developments: Innovations continue to reduce charging times, making refueling as fast and uninterrupted as possible with electric fuels.
  • As this infrastructure expands and becomes even more reliable, it will form the basis for the wider adoption of electric vehicles.

    Consumer interest in electric vehicles: a turning point.

    Consumer sentiment is often a better indicator of where the market is heading. With regard to electric vehicles:

  • Growing curiosity: A June 2023 JD Power survey shows that 63% of consumers now consider EV – a significant increase from two years earlier.
  • This surge of interest suggests that potential buyers recognize the benefits and usefulness of electric vehicles.

    EV availability: electric dreams are within reach.

    Cost has been one of the most prohibitive factors for many considering EVs. However:

  • Lower total cost of ownership: When you consider service and fuel economy, EVs are increasingly ahead of their non-economical availability peers.
  • Lower purchase prices: New model prices are down almost 20% from a year ago, a trend driven by cheaper battery production and economies of scale.
  • Galore Incentives: Federal tax credits, along with state and municipal stimulus, make electricity more attractive than ever before.
  • This financial dynamic makes clear that electric vehicle ownership is no longer confined to the wealthy or environmentally conscious elite, but is becoming accessible to all.

    Overall forecast: clear skies ahead of electrification.

    While challenges remain, such as sourcing raw materials and further improving battery technology, the overall trajectory of electric vehicles is undoubtedly positive:

  • Governments around the world are prioritizing sustainability and supporting electrification through policy measures.
  • Automakers are pouring billions into developing new models and expanding their electrolytes.
  • Consumers are increasingly making eco-friendly choices that are aligned with their values and wallets.
  • So, while there may be obstacles ahead, the path to an electrified future seems more secure than ever.

    Thinking about the electric horizon.

    With this knowledge in hand, it is clear that we are at a turning point for electric vehicles. The convergence of technological innovation, policy support, improved infrastructure, lower costs, and growing consumer enthusiasm points to an era when EVs can become as ubiquitous as smartphones – an integral part of our daily lives.

    By embracing these changes with open arms and open thinking, we are not only moving toward a greener future, but also moving forward into an era defined by innovation and sustainable progress. It is time to buckle down this trip just to begin.

    Read more / Original news source: https://manipurhub.com/the-surge-of-electric-transport-separating-fact-from-fiction-383/

    Germany’s innovations in solid state battery technology.

    In the area of battery technology, SSDs stand out as a pioneering innovation, potentially offering significant advantages over traditional lithium-ion batteries. German manufacturers are at the forefront of this technological leap, demonstrating remarkable progress and innovative projects in this field. Changes for electric vehicles. A key German company has made significant progress by improving the […]

    In the area of battery technology, SSDs stand out as a pioneering innovation, potentially offering significant advantages over traditional lithium-ion batteries. German manufacturers are at the forefront of this technological leap, demonstrating remarkable progress and innovative projects in this field.

    Changes for electric vehicles.

    A key German company has made significant progress by improving the first serial solid state battery. This development has huge implications for the electric vehicle (EV) industry, potentially transforming how EV stores and uses energy.

    Solid State Batteries: German Region.

    Famous for its exceptional design work, Germany is leading the development of solid state batteries. Unlike lithium-ion batteries, which use liquid or gel electrolytes, these batteries use solid materials for both electrodes and electrolytes, improving safety and stability. They promise higher energy densities, allowing electric vehicles to be lighter and drive farther – a crucial advantage in competing with gasoline-powered cars.

    Overcoming Production Challenges.

    Despite their potential, SSDs face significant operational barriers, including high costs and lack of standardization of materials and processes. German companies are trying hard to solve these problems, focusing on longer battery life, stability and performance in various conditions.

    High Performance Battery (HPB): Innovative.

    The German battery startup HPB claims a major breakthrough in solid-state technology as it nears manufacturing readiness. They plan to build a Gigafactory in Switzerland to begin mass production by 2025. The move is significant given the intense competition on the ground from other major players and well-known car manufacturers.

    Why Switzerland for the Gigafactory?

    Switzerland, despite its lower market share of BEV compared to other European countries, offers significant advantages to the Gigafactory. These include a strong engineering tradition, access to renewable energy, and a strategic location in Europe.

    The Road Ahead for HPB.

    The progress of HPB is a positive signal for the industry, but in different environments they face challenges such as high costs and performance problems. Their success will depend on their ability to scale up production efficiently and cost effectively.

    Parallel achievements of BMW in the field of battery technology.

    At the same time, BMW AG took a significant step by incorporating LFP (lithium iron phosphate) elements into its future Neue Klasse cars, marking a shift in battery chemistry. This approach, along with the development of NMC batteries with cylindrical cells, aims to increase energy density, range, and charging efficiency.

    Looking to the future: ASSB and sodium-ion batteries.

    After 2025, BMW plans to introduce ASSB (solid-state electrolyte batteries) with even higher energy density. They are also studying sodium-ion batteries, a more stable option, although they currently have lower energy densities.

    Conclusion.

    Advances in solid-state batteries by German companies such as HPB and BMW’s innovative approaches to battery technology herald a new era for electric vehicles and energy storage. These developments can revolutionize the industry by offering safer, more efficient, and more sustainable solutions. But the road from prototype to mass production remains fraught with challenges that these companies are struggling to overcome.

    Is there a topic that you would like to draw our attention to? Let us know!

    Note: Our content is for entertainment, fueled by the latest news, rumors and intriguing speculation.

    Read more / Original news source: https://manipurhub.com/germany-s-innovations-in-solid-state-battery-technology-381/

    Grimes Is Suing Elon Musk For The Physical Custody Of Their Three Children.

    In these legal twists and turns, the ongoing custody clash between Grimes and Elon Musk took on an unforeseen and theatrical turn. Grimes, also known as Claire Boucher, embarked on a complex mission to hand over custody documents to her former son, Elon Musk, unleashing a series of high-stakes prosecutions and legal maneuvers. Location Of […]

    In these legal twists and turns, the ongoing custody clash between Grimes and Elon Musk took on an unforeseen and theatrical turn. Grimes, also known as Claire Boucher, embarked on a complex mission to hand over custody documents to her former son, Elon Musk, unleashing a series of high-stakes prosecutions and legal maneuvers.

    Location Of Elon Musk: A Chase Of 12 Places.

    Grimes, driven by his determination to serve Musk, left no stone unturned to track him down in a dozen places. From Musk’s nerve centers – X, Tesla, SpaceX, and Neuralink – to unexpected havens like horse farms, process servers have been trying to track down an elusive billionaire. Even Musk’s private jets have become the focus of this relentless pursuit.

    Legal Fighting: Delivery Of Grimes Documents.

    According to court records from Insider, Grimes secured four processing servers for the delivery mission. Despite tireless efforts from October 13-20, the servers faced numerous obstacles, from security officers to an unexpected meeting with a police officer. Faced with these problems, Grimes opted for a swap service, delivering legal documents to Musk’s businesses and trusted employees.

    Proof of service: Grimes’ custody case.

    Grimes’ team of lawyers submitted a supplementary document confirming their work, which attests to the thoroughness of their efforts. Christopher Melcher, a family attorney from California, stressed the acceptability of Musk’s replacement, given his high status and existing safety measures. The document sheds light on the challenges faced by process servers in their quest for personal delivery.

    Musk’s response: A dispute over Musk’s legal uncertainty and jurisdiction.

    As of Thursday, Elon Musk had yet to give an official response to the lawsuit, leaving the trial hovering in uncertainty. The date of service carries weight, influencing Musk’s response schedule and imposing travel restrictions on children. The looming jurisdictional dispute could further widen this legal vacuum, with Musk possibly petitioning to move the custody case to Texas, where the initial legal sparks flew.

    The dynamics of Grimes and Musk’s relationship.

    The intricate dance between Grimes and Musk adds to the complexity of this unfolding drama. From 2018 to sailing in the waters with their parents after breaking up in 2021, their journey has been a slide of ups and downs. The crackers began appearing in September, when Grimes expressed her frustration with a now-deleted post on X, expressing her difficulties in communicating with her son.

    Conclusion.

    The attempt to hand custody documents to Elon Musk turned into an exciting legal spectacle, offering a glimpse of the problems faced by high-profile figures. Grimes’ unwavering determination, the intricacies of the legal service, and the looming jurisdictional dispute weave a narrative teeming with uncertainty and uncertainty. While Musk and Grimes are in this legal limbo, the world is watching anxiously as the drama unfolds.

    F.A.K.


    Question 1.

    Q. What is the background to the custody battle between Grimes and Elon Musk?

    A.: The custody fight revolves around Grimes, legally known as Claire Boucher, trying to serve Elon Musk with custody documents for their three children. Musk reportedly held their three-year-old son, X AE A-Xii, which led Grimes to sue for physical detention. The legal drama unfolded in October 2023.

    Question 2.

    How did Grimes try to serve Elon Musk with custody documents?

    A. Grimes made a significant effort to service Musk, using four process servers that tried hard to deliver the cargo from October 13 to 20. The chase spanned at least 12 locations, including Musk’s businesses, such as X, Tesla, SpaceX, and Neuralink. Remarkably, even Musk’s private jets have become part of the chase.

    Question 3.

    Q. What legal actions were taken during the custody battle?

    A.: Grimes’ legal team has provided additional evidence of the services provided, demonstrating their attempts to service Musk on several occasions. The replacement service that delivers documents to Musk’s businesses and associated employees was hired because of problems encountered by the process servers. Christopher Melcher, a family attorney from California, drew attention to the legal nuances in this context.

    Question 4.

    How did Elon Musk react to the lawsuit?

    A.: As of Thursday, Musk had not formally responded to the lawsuit. Grimes’s lawyers argued that Musk was taken to court via back office on October 20, and custody documents were also mailed to him that day. The response schedule usually includes Musk’s response within 10 days of the change of duty, plus the standard 30 days, giving him until 29 November.

    Question 5.

    What could be the next steps in a custody case?

    A.: The proceedings could lead to a jurisdictional dispute, and Musk could potentially apply to move the custody case to Texas, where the initial legal action was taken. This move could prolong legal uncertainty, as Christopher Melcher has mentioned. The complex dynamics between Grimes and Musk add an extra layer of intrigue to this unfolding legal story.

    Read more / Original news source: https://manipurhub.com/grimes-is-suing-elon-musk-for-the-physical-custody-of-their-three-children-379/

    Electrifying ambitions Volkswagen: EV for the masses.

    The electric vehicle (EV) landscape is buzzing with innovation, and Volkswagen is keen to ride the wave. In a recent announcement that electrified the industry, the German carmaker revealed its plans to introduce the electric vehicle at below $35,000 in the US market over the next 3-4 years. This bold move is part of VW’s […]

    The electric vehicle (EV) landscape is buzzing with innovation, and Volkswagen is keen to ride the wave. In a recent announcement that electrified the industry, the German carmaker revealed its plans to introduce the electric vehicle at below $35,000 in the US market over the next 3-4 years. This bold move is part of VW’s strategy to make electric mobility available to a wider audience and strengthen its position in the growing electric vehicle sector.

    A Strategic Step In The Context Of Changes In The Industry.

    While some automotive industry players are pumping brakes on their investments in electric vehicles because of economic concerns, Volkswagen is pushing a full throttle. Despite the geopolitical changes and global supply-chain challenges that have affected others, such as the Chinese automaker Nio, as the company reimagines its U.S. market entry strategies, it remains steadfastly committed to its electric future.

    Volkswagen Group of America has made it clear that their electrification plans are not being scaled back. Through a targeted approach, they plan to expand their presence and offer American consumers an affordable electric vehicle option.

    Localization: key to availability and incentives.

    In pursuit of this sub-$35,000 electric car, VW is considering several North American locations for production. Potential sites include existing plants in Chattanooga, Tennessee, and Puebla, Mexico, as well as a new assembly plant in South Carolina designed for a subsidiary of VW Scout.

    One of the most important aspects of this ambitious plan is the localization of the battery pack assembly. By producing batteries on American soil, Volkswagen aims to qualify for incentives under the US Inflation Reduction Act (IRA), which offers a tax credit of up to $7,500 for eligible EVs. This maneuver can significantly reduce costs for consumers and increase the attractiveness of VW’s offer in the competitive market.

    Reinhard Fischer’s Vision for America.

    Reinhard Fischer, head of strategy at U.S.-based VW Group, outlined the concept of an affordable electric vehicle on U.S. shores at Reuters Events Mobile Automotive USA 2023. Fischer emphasized that affordability is key to accelerating adoption and making electric cars a viable option for more Americans.

    Fills a space in the Volkswagen ruler.

    Currently, Volkswagen offers an electric SUV ID.4 with an initial MSRP of $38,995 – just above the target price of sub-$35k. While this model has been well received, it leaves room for a more wallet-friendly option that can appeal to buyers who want to go on electricity but are budget-constrained.

    In addition to the ID.4 SUV, VW will soon be releasing other interesting models, including the retro-inspired electric minibus ID.Buzz and the sleek flagship sedan ID.7. However, an affordable model costing less than $35,000 would fill an important gap in the Volkswagen lineup by offering an entry-level SUV without sacrificing quality or performance.

    What it means to you.

    If you’re looking into an electric future but you find yourself blinking at high-priced stickers or range alarm:

  • Affordability: Prices under $35,000 make the EV affordable for many who previously considered cost a barrier.
  • Incentives: With the potential eligibility for IRA tax credits due to localized battery production, your switch to EV can be even more cost-effective.
  • Choice: More choices mean you can choose an electric vehicle that fits not only your budget, but also your style and needs.
  • Sustainability: Joining the clean-energy movement is becoming easier with competitive cars that offer a sustainable alternative without breaking the bank.
  • The Electrified Backcons Horizon.

    The Volkswagen initiative marks another milestone in the democratization of electric vehicle technology and making sustainable transport accessible to all. As we move into this electrified age with great expectation, it is clear that such innovations will not only change our roads, but will also give consumers choices that are consistent with both their values and their finances.

    Read more / Original news source: https://manipurhub.com/electrifying-ambitions-volkswagen-ev-for-the-masses-377/

    Lucid Air: Luxury EV that loses $433,000 per car.

    Lucid Air: A luxury EV that loses $433,000 per car. In the field of electric vehicles, Lucid Motors was once positioned as a significant competitor to Tesla, but now faces a difficult road ahead. In the third quarter of 2023, Lucid reported staggering losses. For every car sold, the company ran a significant deficit of […]

    Lucid Air: A luxury EV that loses $433,000 per car.


    In the field of electric vehicles, Lucid Motors was once positioned as a significant competitor to Tesla, but now faces a difficult road ahead.


    In the third quarter of 2023, Lucid reported staggering losses. For every car sold, the company ran a significant deficit of $433,000, compounding the previous quarter’s losses of $544,000 per car. These dire figures reveal the steep financial problems that Lucid faces.

    Production difficulties and obstacles.

    Lucid’s struggle extends to production barriers. With an initial price of $169,000 for the Air sedan, the company’s ability to increase production ran into obstacles. Third-quarter production fell significantly to just 1,500 vehicles, in sharp contrast to the 3,500 produced in the previous quarter.

    Supply chain disruptions and the ongoing global pandemic have been blamed for the production slowdown. Lucid pins are hoping for his upcoming Gravity SUV to be unveiled at the Los Angeles Auto Show, along with a boost to sales of more of his Air sedan, known for its impressive 520-mile range.

    Navigate the competitive environment.

    In a highly competitive market dominated by established players like Tesla and Rivian, Lucid faces a tough battle. Analysts are skeptical about its prospects, despite its innovative products.

    CEO Peter Rawlinson recognizes the need for significant changes to the business in the short term, although the company remains focused on its long-term goals. However, this includes reducing the 2023 production target from 10,000-14,000 vehicles to more conservative 6,000-7,000 units.

    A Mountain Rises Ahead.

    Lucid Motors’s financial challenges underscore the enormous challenges faced by even promising startups. In order to gain a foothold in the market, the company needs to optimize costs and significantly increase production.

    Explore the financial landscape and Lucid challenges.

    Lucid’s financial problems are not unique. Rivian, another well-known electric vehicle startup, also reported significant losses in the first half of 2023. The company lost $1.59 billion, compared to $424 million in the same period last year. Even industry leader Tesla struggles with supply chain disruptions and rising costs despite profitability.

    Several factors contribute to Lucid’s financial crisis. The high costs associated with the development and production of the complex Air sedan, combined with limited production capacity, pose significant obstacles. In addition, the fierce competition from experienced players complicates the task.

    A Grim But Promising Horizon.

    The future of Lucid remains uncertain, balancing high costs, production constraints, and fierce competition. Despite the difficulties, the company boasts a qualified team and reliable financial support from the Saudi government.

    If Lucid can effectively overcome these hurdles, it has a chance to become a major player in the electric vehicle market. But failing to address these issues could potentially lead to a more dangerous future for the company.

    Read more / Original news source: https://manipurhub.com/lucid-air-luxury-ev-that-loses-433-000-per-car-375/

    Update 2024 Boring Company Here!

    Boring company’s ambitious plans range from Las Vegas to the global transit revolution. While Elon Musk’s projects such as Tesla, SpaceX, and now renamed Twitter continue to dominate the headlines, one of his businesses, The Boring Company, has made significant progress behind the scenes. With new technological updates and expansion plans, Boring Company is ready […]

    Boring company’s ambitious plans range from Las Vegas to the global transit revolution.

    While Elon Musk’s projects such as Tesla, SpaceX, and now renamed Twitter continue to dominate the headlines, one of his businesses, The Boring Company, has made significant progress behind the scenes. With new technological updates and expansion plans, Boring Company is ready to change the way we perceive urban transit. Let’s dive into what Boring Company was before in recent months.

    It is distributed in Las Vegas.

    In a promising development for The Boring Company, their bid to expand the Las Vegas tunnel network received the unanimous approval of the local city council. This green light allows them to proceed with their plan to build an underground network covering 68 miles of tunnels and 81 stations. Although the initial focus is on downtown Las Vegas, much of the expansion will connect neighborhoods further, turning it into a comprehensive transit system for city residents rather than just a tourist attraction.

    The existing Vegas Loop route, which connects three stations around the Las Vegas convention center and an offshoot of the Resorts World, has been operating for more than two years, successfully transporting more than 1.2 million passengers. As additional connections to the luxurious Encore and the Westgate are being built, the Las Vegas expansion is well underway. In the future it is planned to add back tunnels for simultaneous trips between the conference center and resorts.

    Bold predictions for the future of a boring company.

    Investor Warren Redlick believes that Boring Company has the potential to reach a $1 trillion valuation by 2030 and could go public by 2028. He expects the company to expand its tunnel network to more than 10,000 miles over the next decade and exceed 100,000 miles over the next five years.

    Redlik’s optimism stems from advances in Proof Rock Tunnel Boring Machine, which is capable of digging a 1-mile-per-week tunnel, with a third-generation prototype machine targeting a remarkable 7-mile-per-day speed.

    Elon Musk echoed Redlick’s predictions, pointing out that such technological feats were indeed possible. Musk stressed that the main problem is obtaining permits, as construction is increasingly hindered by bureaucratic obstacles in North America and Europe. These obstacles could delay ambitious tunnel projects linking continents.

    Innovation in Tunnel Construction in Texas.

    Among Boring Company’s current developments is testing the state-of-the-art Proof Rock 3 tunnel drilling machine in Texas. Their goal is full continuous production with a sub-24-hour launch time, halving downtime compared to Proof Rock 2. Continuous mining will greatly increase the speed of tunnel construction.

    Read more / Original news source: https://manipurhub.com/update-2024-boring-company-here-373/

    Opening of the electrification function of the cybertruck: NEMA 14-50 socket in bed.

    Opening of the electrification function of the cybertruck: NEMA 14-50 socket in bed. Since its first launch, the Tesla has turned its head not only because of its futuristic design, but also because of its promises of utility and performance. As we approach the much-anticipated cyber truck delivery event later this month, a new detail […]

    Opening of the electrification function of the cybertruck: NEMA 14-50 socket in bed.

    Since its first launch, the Tesla has turned its head not only because of its futuristic design, but also because of its promises of utility and performance. As we approach the much-anticipated cyber truck delivery event later this month, a new detail has emerged that will no doubt electrify enthusiasts and professionals by including a NEMA 14-50 socket in the truck bed along with standard sockets.

    Innovative Utility: Inverter System.

    At the heart of this advanced feature is the Cybertruck inverter system, conveniently located in the bed. This system includes:

  • One 220-volt NEMA 14-50 output.
  • Two 110V sockets
  • This configuration is unique to the Cybertruck and hints at its potential as a portable power supply. The bed itself can be labeled “2 kilowatts”, indicating its ability to power other devices, thus opening up a range of possibilities for use.

    Size and capacity: a closer look.

    Before diving into the many applications offered by these outlets, let’s take a look at some of Cybertruck’s specifications. Though unofficial and unconfirmed, they paint a gripping picture:

  • Length: 18.6 feet, it aligns with full-size trucks.
  • Width: At just under 80 inches (79.9) thick, it is excellent at bypassing some regulatory thresholds.
  • Projectile weight: 6670 to 6890 pounds – significantly lighter than some might expect.
  • Towing capacity: The robust capacity of 11,000 pounds puts it on par with competitors like Rivian.
  • Bed sizes: With a length of about 6 feet and a width of 51 inches, pulling standard materials such as plywood becomes possible.
  • Frunk Volume: Offering 7.1 cubic feet – a little less than some rivals, but still plenty of space.
  • Comfort for passengers: Nearly 41 inches of rear leg space provides comfort for passengers.
  • There is also speculation about a three-engine system with two engines, possibly on the rear axle. High-voltage cables and coolant lines have been seen in this area during peak theft.

    On-Demand Power Up: Understanding NEMA outlets.

    The inclusion of two NEMA 5-20 outlets (a typical household grade) means that users can expect up to 20A from each for different applications. However, the NEMA 14-50 socket provides higher power output. Typically used for ovens or home dryers, this outlet can use a significant battery supply in Cybertruck for heavy duty applications.

    Extending Your Experience and Gaming: Inline Power Usage Examples

    The versatility offered by these publications will undoubtedly change the rules of the game in many ways:

    For professionals:

  • Power Tools: Start saws, drills and other equipment without the need for additional generators.
  • Building sites: Power for lighting or machinery when working offline.
  • Emergency repair: repair anywhere with the necessary tools on site.
  • Agriculture: Use agricultural equipment even in fields far from traditional energy sources.
  • For Adventurers:

  • Camping Luxuries: Work on electric grills or portable refrigerators while enjoying nature.
  • Off road support: Pressure adjustment in air compressor tires without leaving a trace behind.
  • Recreational charging: Keep drones or electric bikes powered for extended pleasure.
  • For The Convenience Of Everyday Work:

  • Charging electric vehicles: Offer a lifeline when traditional charging stations are out of reach.
  • Emergency power supply: ensuring the uninterrupted operation of essential items – refrigerators, lighting devices, medical devices.
  • Outdoor activities: Charge sound systems or lighting without relying on the venue conditions.
  • Unique applications:

  • Special benefits: Support for entertainment installations with TVs and sound systems right from the truck bed.
  • Mobile Workstation: Create an office environment anywhere by connecting laptops and monitors.
  • Match Expectations To Realities.

    Special thanks to the TFLEV Youtube channel for disclosing these specifications. The full video can be viewed here:

    While these features offer great promise for users seeking to maximize the usefulness of their EVs, it is important to exercise caution in enthusiasm. All details related to the Cyber Truck remain speculative until Tesla confirms them at official events or in press releases.

    Conclusion: A Tense Future Ahead.

    The potential addition of NEMA 14-50 as well as the standard options in Tesla’s Cybertruck means more than just an update – a leap to a mix of automotive innovation and practical capabilities. Whether you are a contractor in need of reliable on-site power or an outdoor enthusiast looking for modern amenities without borders, Cybertruck seems ready to provide an electrifying solution.

    As we await the official confirmation of these exciting features at the upcoming Cybertruck Delivery Event event, one thing is clear: the future of electric vehicles is not only in transport, but also in the use of energy independence wherever life takes us.

    Read more / Original news source: https://manipurhub.com/opening-of-the-electrification-function-of-the-cybertruck-nema-14-50-socket-in-bed-369/

    Aptera’s pioneering user interface.

    In an era when electric vehicles (EVs) are rapidly becoming the norm, the focus is not only on shifting from fossil fuels to electricity, but also on improving overall user experience. Aptera Motors is at the forefront of this paradigm shift, combining sustainability with cutting-edge technology. At the heart of their innovation is Sean Xiaoyu, […]

    In an era when electric vehicles (EVs) are rapidly becoming the norm, the focus is not only on shifting from fossil fuels to electricity, but also on improving overall user experience. Aptera Motors is at the forefront of this paradigm shift, combining sustainability with cutting-edge technology. At the heart of their innovation is Sean Xiaoyu, UX’s head of design at Aptera, who has dedicated himself to creating a user interface that promises not only a car, but also an entire ecosystem that resonates with efficiency and simplicity.

    From car design to digital ecosystems.

    With a career that began with designing cars in a variety of automotive companies – from bright start-ups to well-known OEMs – Shaun Xiaoyu brings a wealth of experience to Aptera. His journey from designing physical cars to organizing a digital experience reflects a broader industry trend in which value for customers is increasingly found not under the hood, but in the car’s interface.

    Xiaoyu’s turn toward user experience (UX) design was driven by his desire to make a more substantive contribution to customer satisfaction and engagement. It was this passion that led him to discover Aptera through an article in the journal Science, sparking his interest in sustainable, solar-powered transportation solutions. Now part of the Aptera team, Xiaoyu lives by what he sees as his dream come true, working on a project that fits his values and aspirations.

    A vision based on efficiency and convenience.

    Aptera’s goals extend beyond creating just another EV they aim to introduce what they call “the most efficient vehicle on the planet.” This ambition extends into their approach to UX design. The goal is clear: to offer a unified, minimalist, yet very enjoyable user experience that reflects the uniqueness of their solar vehicles.

    Xiaoyu’s goal is to make every aspect of Aptera’s UX interface seem as distinctive as driving itself. It emphasizes the creation of experiences that feel like an interaction with a new species—something unfamiliar but intuitive.

    Entertainment screen: central control center.

    Central to the Aptera ecosystem is the infotainment screen – not only for entertainment, but also as a control center for various aspects of the car’s functionality. The focus here is on streamlining operations and ensuring consistency between the different interfaces in the car, maintaining cohesion in this miniature digital world on wheels.

    Solar Energy Integration: An Enlightenment Experience.

    One of the things Xiaoyu is proud of is demonstrating sustainable energy production in the vehicle interface. Drivers can watch how much energy their Aptera produces from solar energy in real time, providing not only valuable information, but also daily reminders of their contribution to sustainability.

    Enhance Mobility With Software Innovation.

    Realizing that mobility goes beyond driving, Xiaoyu and his team are implementing features designed to enhance users’ freedom. From charger finder capabilities to intelligent route planning, these add-ons are part of an efficient and scalable digital framework designed for future expansion.

    Software updates play a crucial role in attracting users and improving their functionality. Through on-the-air upgrades (OTAs), Aptera can quickly deliver improvements directly to vehicle owners – balancing security features and logical enhancements with entertainment elements such as animation and 3D visualization.

    The path to the Aptera user interface development.

    We are looking forward to seeing the final Aptera product, and it is clear that UI development remains a key challenge. While the user interface may be one of the last components refined before delivery due to its programmatic nature, it encapsulates the essence of what makes EV more than just a mode of transport – it becomes an extension of our digital life.

    Shaun Xiaoyu and his team at Aptera are creating not just an electric car, but one that harmoniously combines utility with pleasure, while maintaining sustainability at its core. It is this unique alloy that can highlight future electric vehicles like Aptera, where driving becomes part of an interconnected ecosystem, rather than simply moving from point A to point B.

    So keep an eye on their work, because when it comes to innovation, especially in the design of EV UI, it seems Aptera really leads us to an exciting effective future.

    Read more / Original news source: https://manipurhub.com/aptera-s-pioneering-user-interface-367/

    Navigating the Waters: Tesla Model X arranges a Viking funeral.

    Electric vehicles (EVs) have rapidly transformed the personal-transport landscape, offering a greener alternative to traditional internal-combustion engines. As these innovative machines become more integrated into our lives, their interaction with various elements – especially water – is under scrutiny. The recent Tesla Model X incident has sparked a discussion about the safety of electric vehicles […]

    Electric vehicles (EVs) have rapidly transformed the personal-transport landscape, offering a greener alternative to traditional internal-combustion engines. As these innovative machines become more integrated into our lives, their interaction with various elements – especially water – is under scrutiny. The recent Tesla Model X incident has sparked a discussion about the safety of electric vehicles in immersion, especially in salt water.

    Overview of the Tesla Model X dive incident.

    The unique case unfolding at Polk Street Boat Ramp in Hollywood, Florida, is not only a cautionary tale, but also an opportunity for education. It all started as a normal day, when the owner of the vehicle launched a jet ski into the water. But the situation took an unexpected turn when the Model X sank completely into the water, triggering what is known as battery thermal acceleration – a condition in which rising temperatures create a self-sustaining cycle of battery heating and damage.

    Here are some key messages from the event:

  • When the water came in, the car battery was damaged.
  • Flammable gases were emitted and ignited from the battery, which led to underwater combustion.
  • The Hollywood Fire Department made a key decision by allowing the electric vehicle to remain underwater until the thermal escape ceased.
  • The firefighters then safely removed the vehicle and transported it to the dump for further inspection.
  • The incident exemplified several training sessions on EV safety protocols and emergency response strategies.

    Below is a video describing the event:

    Analyze additional incidents and common themes.

    It is worth noting that this is not an isolated case. Similar incidents have also been reported:

  • In one case, another Tesla Model X caught fire after entering the water while towing the boat.
  • Near Vancouver, Canada, a PHEV Mitsubishi Outlander accidentally crashed into the water during unloading procedures.
  • These examples highlight some common problems:

  • Immersion in salt water poses significant risks to electric vehicles due to its corrosive nature and its potential to cause short circuits in electrical systems.
  • Ventilation systems designed to protect the integrity of the battery may fail underwater, leading to critical safety hazards.
  • Risks of towing by electric vehicles.

    Naturally, towing vessels increases the likelihood of exposure to such hazards due to proximity to water bodies. When electric vehicles, whose battery packs are usually installed at low levels due to stability problems, lock onto stairwells in waterways for the lowering of boats or jet skis, they may be particularly susceptible to water intrusion if seals are compromised or damaged.

    An example of this vulnerability is a Tesla that drains water from the chassis after towing. This indicates that even conventional methods could potentially expose these vehicles to risk if proper precautions are not taken.

    Breaking down myths: can electric cars swim?

    Tesla CEO Elon Musk has previously mentioned that Tesla cars can “float” temporarily, and even suggested using them as boats in certain conditions. However, this should not be misinterpreted as an endorsement of intentionally exposing EVs to such situations. Recent incidents flatly contradict any notion that electric vehicles are equipped for waterborne adventures without consequences.

    Read more / Original news source: https://manipurhub.com/navigating-the-waters-tesla-model-x-arranges-a-viking-funeral-365/

    Powerful: GM’s bold next-generation Bolt EV plan.

    General Motors is a key player in the electric revolution in the automotive industry, and its latest strategic moves are aimed at further strengthening its position. As we bid farewell to the current Chevrolet Bolt EV, GM is preparing for something even more electrifying. The next generation Bolt EV is on the horizon and will […]

    General Motors is a key player in the electric revolution in the automotive industry, and its latest strategic moves are aimed at further strengthening its position. As we bid farewell to the current Chevrolet Bolt EV, GM is preparing for something even more electrifying. The next generation Bolt EV is on the horizon and will be an affordable game changer in the growing electric vehicle market.

    With plans to move production to a new location and introduce advanced battery technology, GM is not just talking about electrification – it is accelerating into it. The event sparked interest from a variety of stakeholders, from environmental enthusiasts to union members, investors, consumers and local communities. Let us consider what this means for the future of electric transport, and how it aligns with these groups’ diverse interests.

    EV bolt evolution.


    From Lake Orion To New Horizons.

    The ongoing production of the Chevrolet Bolt EV at GM Lake Orion’s Michigan plant was key to GM’s emergence as a serious competitor in the electric vehicle space. However, with plans to phase out this model by the end of the year, conditions are now being created for future innovations such as Chevy Silverado EV.

    Drawing on the potential of the Ultimatum.

    GM CEO Mary Barra confirmed that the new Bolt EV will be built on their own Ultium platform, which is a holistic approach to electric propulsion systems covering batteries, engines and control systems.

    Shift towards affordability with LFP batteries.

    One of the most significant changes was GM’s decision to use lithium iron phosphate (LFP)-based batteries. These batteries offer a number of benefits, including cost-effectiveness and durability. With the introduction of LFP technology in Ultium-based EVs for the first time, GM is signaling its commitment to making EVs available without compromising quality or performance.

    UAW Agreement: Catalyst for change.


    Job Creation Through Innovation.

    GM’s preliminary agreement with the United Automobile Company (UAW) may include provisions for the production of the new Bolt EV at Fairfax’s Kansas facility. With a proposed investment of $391 million in Fairfax and $1.25 billion in Lansing Grand River facilities, this agreement reflects GM’s commitment not only to innovation, but also to American manufacturing jobs.

    Empowering unions through electrification.

    For UAW members, this is not just about job security; it is about empowerment, because they play a vital role in shaping America’s automotive future. Investment echoes a clear message: electric vehicles are not just a fleeting trend that they want to maintain and develop.

    Stakeholder Reaction Is Positive

    The hype surrounding GM’s commitment to sustainability and the announcement of Bolt EV improvements using LFP batteries have created a wave of unrest across sectors:

  • Environmental enthusiasts: They revel in progress towards an “even better” Bolt EV that aligns with their mission to reduce greenhouse gas emissions through cleaner transport solutions.
  • Electric vehicle enthusiasts: These fans are thrilled with the expanded options available, bringing more drivers in times of taking electric vehicles.
  • Unions: The future looks promising for those represented by UAW, as GM’s moves towards innovation can lead to job security and growth in the factories that produce these vehicles.
  • Investors: Those with a stake in GM may see the move to LFP batteries as a far-sighted move that could potentially increase the company’s market share and ROI as the EV market expands.
  • Consumers: Improvements signal that affordable, high-quality EVs can soon become a widespread reality, making sustainable transport available to a wider audience.
  • Community: In areas adjacent to GM’s manufacturing facilities, a bounceback and economic recovery are on the horizon, offering a ray of hope for both job seekers and businesses amid economic hardship.
  • The Use Of Electrification Through Cooperation.

    Reflecting on General Motors’s ambitious plans for a new generation of Chevrolet Bolt EV vehicles, it is clear that electrification is more than a technological evolution. It is a collaborative effort that affects all aspects of society. From environmental concerns to labor dynamics to market economies, each element plays a role in creating a sustainable future anchored in electric mobility.

    Read more / Original news source: https://manipurhub.com/powerful-gm-s-bold-next-generation-bolt-ev-plan-363/

    Faith: The second principle of success.

    Faith: The second principle of success. You have to believe to achieve. We have already entered November, which means that we are following the second principle of success: faith. Any thought impulse repeatedly transmitted to the subconscious mind is finally received and acted by the subconscious mind, which continues to translate that impulse into its […]

    Faith: The second principle of success.


    You have to believe to achieve.

    We have already entered November, which means that we are following the second principle of success: faith.

    Any thought impulse repeatedly transmitted to the subconscious mind is finally received and acted by the subconscious mind, which continues to translate that impulse into its physical equivalent, by the most practical procedure available. – N. Hill.

    Fundamental message: You must first convince your subconscious mind that your desires are your reality, then your subconscious will take care of the rest.

    How can this be put into practice? Many use statements to transfer their subconsciousness into the place of creation.

    When you confirm and confirm your desired outcome through this repetitive nature, you are slowly convincing your subconscious that it is, in fact, true.

    Once you begin to believe and “identify” with this new-found reality, you will begin to see the world in a different light. Things that were not available to you before will suddenly start to appear in your favor.

    Your reality is beginning to migrate to what you have been calling for through your assertions. Whether they’ve appeared for the first time or have always been there, and you just haven’t “seen” it before, is unknown, because you can’t go back. You can’t help but see your new reality.

    If you really don’t believe that you can achieve this new reality, this process will never work. You see, the reality you live in is entirely up to you and how you see yourself. You direct how others respond to you through the reality you have created for yourself. You are responsible for all this production.

    That’s one of the things I love about this awareness. Every day, every moment, you can change your reality by changing how you perceive yourself. I didn’t say it was easy. Many of us have difficulty changing our perception of ourselves because it was created from years of personal experience. That was before we realized that we had the power to interpret and respond to our lived experiences. Changing this whole story takes time and practice. It requires setting an intention for yourself every day and constant awareness when you are breaking that intention. Be kind to yourself when you get lost and are on your way. Try to find the trigger, or better yet, the “glimpse” that will get you back to who you are supposed to be.

    The practice of turning your Wish (the first Principle of Success) into reality takes time. Desire, because you have to want it so much that you cannot be easily held back. It’s not an easy process, if it were, everyone would have everything they’ve ever wanted. Desire weeds out those who have no true conviction.

    What should I do? I’m so glad you asked.

    I’ve already written about my morning practice where I spend 10 minutes using Tony Robbin’s priming exercise. One minute to focus, 3 minutes to be grateful, 3 minutes to receive the gifts of the universe, and 3 minutes to imagine the future you want. What I’m grateful for every morning is changing, sometimes it was something amazing that happened the day before, and sometimes I’m just grateful for the peacetime morning with the breeze in my face. The three things I focus on are always the same. Write a book, do this job full time, and finally spend 3 months living with my partner and dog on the West Coast.

    I am very glad that I can announce that the latter is already being implemented. It may not seem like an impossible feat, but it took a lot of coordination and luck to work together and all at the right time to make this dream a reality. And once that happened, I still had to risk losing my job because of it. Fortunately, it didn’t come to that, but it was pretty bloody close.

    Two other desires are still under development. I have ideas about my book all the time and I started various drafts. I keep telling myself that if I had time to get completely involved in the process, I could shoot it down. Yeah, I know, just an excuse, and if I really wanted it to be bad enough, I’d work on it every single minute I have. Well, it so happens that I have a very long cross-country trip, and I have a lot of time by car. Maybe it will spur my creative side to release a bestseller.

    So I wanted to bring my blog together to inspire others that these principles work if you work with them, so I wanted to share that one of my first three desires is already entrenched. Success.

    Read more / Original news source: https://manipurhub.com/faith-the-second-principle-of-success-361/

    Should Uber buy a good share?

    Should Uber buy a good share? To remain the dominant transportation industry player, Uber must stay abreast of developments and constantly adapt to external threats as new competitors enter the market. Investors need to conduct a fundamental analysis of the financial situation of the company in order to make reasonable investment decisions. This includes a […]

    Should Uber buy a good share?


    To remain the dominant transportation industry player, Uber must stay abreast of developments and constantly adapt to external threats as new competitors enter the market.

    Investors need to conduct a fundamental analysis of the financial situation of the company in order to make reasonable investment decisions. This includes a review of financial statements, 10-K and 10-Q reports, stock performance and a focus on factors such as P/E and D/E ratios. For a complete analysis of the company’s activities, the most knowledgeable investors take into account external factors in addition to the company itself. Porter’s Five Forces model is a valuable tool for studying how specific external factors affect a company.

    The Five Forces model was developed by Michael Porter in 1979 because he believed that the tools available at the time, such as SWOT analysis, which only factored in the company’s strengths, weaknesses, opportunities, and threats, were not comprehensive enough to adequately assess market forces.

    Vertical and horizontal threats.

    Porter’s Five Forces model helps identify a company’s competitive threats by analyzing three types of horizontal threats emanating from other competitors and two types of vertical threats emanating from a supply chain that can put the company at a disadvantage. The three horizontal threats considered were industry competition, market entry opportunities and substitutes. Two vertical threats are considered: the bargaining power of suppliers and buyers. Let’s see how this relates to Uber.


    Understanding Uber.

    Uber Technologies, Inc., better known as Uber, offers passenger, food and freight services. Headquartered in San Francisco, the company operates in some 70 countries and more than 10,000 cities worldwide. With more than 130 million monthly active users and 6 million active drivers and couriers, Uber facilitates an average of 25 million trips per day. Since its inception in 2010, it has facilitated more than 42 billion trips, making it the largest rice rental company in the United States.

    Uber Threats.

    An analysis by Uber’s Five Forces shows that while the company faces significant competition in the transportation industry, its market dominance and brand recognition have allowed it to remain a major player. However, there are potential threats from new players and substitutes that could negatively impact Uber’s position in the market. In terms of vertical threats, Uber faced a backlash from both suppliers (drivers) and buyers (passengers), leading to disputes and legal disputes.

    Let’s take a closer look at each of these threats.


    Competition in Industry.

    Uber faces competition from other companies, such as Lyft, DiDi, and Ola Cabs. While these companies offer similar services, Uber differs in that it offers wider geographical coverage, more diverse transportation options (such as ride-sharing compared to traditional taxis), and advanced technology features in its app. However, entry costs for new entrants to the taxi industry are relatively low, meaning that Uber must continue to innovate and offer competitive prices to maintain its market share.

    The threat of new entrants.

    As noted above, barriers to entry in the road transport market for new players are relatively low. This has led to increased competition, especially in major cities, where Uber has already established a presence. To combat this threat, Uber has expanded its offerings to include other modes of transportation, such as electric bike and scooter rental, giving it an advantage over potential new entrants.

    Availability of substitutes.

    The availability of alternative services is another threat facing Uber. With the advent of car-sharing apps like Zipcar and bike-sharing programs like Citi Bike, people are better able to travel short distances. Although these services cannot compete directly with Uber’s core offerings, they do offer alternatives for certain types of rides that would otherwise be undertaken using Uber’s ride.


    The bargaining power of suppliers.

    Uber’s suppliers are its driving forces, having faced problems like low pay and lack of benefits in the past, leading to protests and lawsuits against the company. This has increased Uber’s labor costs, which could affect its long-term profitability if it is not managed effectively.

    The commercial power of buyers.

    Passengers have considerable bargaining power when it comes to using ride-hailing services. With low cost and a wide range of options available, passengers can easily switch from one supplier to another, depending on price and convenience. This forces Uber to constantly offer competitive prices and maintain a high level of service in order to maintain its customer base.


    In summary.

    Although Uber has faced some significant external threats since its inception, it has managed to remain a dominant player in the transportation industry through innovation, diversification, and strong brand recognition. However, as the market continues to evolve and new players take the lead, Uber must continually adapt and stay ahead of the competition to remain an attractive investment option. As markets become more competitive, companies must remain informed and aware of external threats to prosperity.

    Talk To Your Counselor.

    Contact your advisor to determine if Uber is the right add-on to your portfolio. They will help you understand market trends and how external factors may affect your investment. With the right knowledge and guidance, you can make informed decisions that will benefit your financial goals in the long run. Remember that understanding external forces is critical to the success of any company, and it’s worth it to stay informed and proactive in today’s fast-paced business world. The world of finance is constantly evolving, and it is important that you have someone in your corner who can help you through the ups and downs. So keep learning new strategies, stay ahead of the game, and make informed investment decisions.

    Read more / Original news source: https://manipurhub.com/should-uber-buy-a-good-share-359/

    NIO’s ambitious jump into the US market.

    NIO, a leader in China’s electric vehicle (EV) industry, has announced an ambitious plan to enter the US market by 2025. Since its inception in 2014, NIO has made a lot of noise, delivering over 300,000 cars, introducing new concepts such as battery replacement, and improving customer service through initiatives such as NIO home and […]

    NIO, a leader in China’s electric vehicle (EV) industry, has announced an ambitious plan to enter the US market by 2025. Since its inception in 2014, NIO has made a lot of noise, delivering over 300,000 cars, introducing new concepts such as battery replacement, and improving customer service through initiatives such as NIO home and NIO life. The company now aims to challenge established auto giants in the United States.

    Trailblazer from the East.

    Founded by entrepreneur William Lee, NIO began its journey with the EP9 supercar, which broke records at the Nürburgring Nordschleife. This success story continued with mass models such as the ES8, with convenient options such as an AI assistant and a replaceable battery system adapted to Chinese consumer preferences.

    Appearing publicly on the New York Stock Exchange in 2018, NIE has strengthened its international standing by mobilizing funds to continue its research and development efforts and expand its reach. Despite fierce competition and a shrinking market share in its home country, the NIE remains steadfast, albeit with some restructuring, including a 10% reduction in the labor force as it adjusts its strategies amid mounting financial losses.

    Visits to the United States.

    The strategy for NIO’s entry into the U.S. market revolves around offering high-quality electric vehicles imported from China. Despite the challenges of a saturated SUV market in the US and high prices due to tariffs and shipping, the NIO CEO in the United States is expressing an optimistic vision, drawing on the support of stakeholders to succeed.

    Confronting market dynamics.

    To succeed in a diverse U.S. market, the NIO must switch from SUVs to sedans, hatchbacks, pickups and minivans. These models offer different benefits and meet different customer needs. The company also faces a severe pricing problem. Without manufacturing capacity in the US, NIO offerings risk being crowded out of the market, especially with competitors like Tesla aggressively cutting spending to meet a broader demographic.

    Political barriers and competitive pressures.

    The dynamics of the US electric vehicle market, including the $7,500 in tax credits for locally produced EVs, are exacerbating NIOs’ difficulties. The credit, unavailable to NIO because of production choices and the high cost of the vehicles, is tilting the playing field in favor of local manufacturing – a strategy already adopted by competitors like Hyundai.

    The Road Ahead.

    As NIO copes with these challenges, strategic decisions lie ahead. Can local production, partnerships, or unique sales offers be the key to a successful NIO venture in the US? The company’s approach in the coming years will be an important practical example in expanding the global market.

    Is there a topic that you would like to draw our attention to? Let us know!

    Note: Our content is for entertainment, fueled by the latest news, rumors and intriguing speculation.

    Read more / Original news source: https://manipurhub.com/nio-s-ambitious-jump-into-the-us-market-353/

    The day my alarm went out from under the hay and made me look like a car thief.

    Funny | It Happened To Me. The day my alarm went out from under the hay and made me look like a car thief. It was embarrassing at the time, but today it makes me laugh. In January 1989, two weeks after I bought my fourth car, it was stolen. I couldn’t believe it! It […]

    Funny | It Happened To Me.


    The day my alarm went out from under the hay and made me look like a car thief.


    It was embarrassing at the time, but today it makes me laugh.

    In January 1989, two weeks after I bought my fourth car, it was stolen.

    I couldn’t believe it!

    It ended my naive approach to safety.

    Shortly after I returned the car, I set up the alarm and started to use the gearshift lever and manual brake lock. And I avoided the public car park from which it was stolen.

    Setting the alarm.

    My supervisor at work had his own alarm business on the side, and he recommended the alarm Moss, which was a popular and widely available brand here in the UK at the time.

    The alarm was equipped with an ultrasonic motion sensor mounted on the dashboard, a siren under the hood and a keyfob remote control to arm and disarm it.

    The installation was not too complicated, but running the wires was a little painful.

    One of the wires seemed unnecessary. Its purpose was to block the alarm when the engine was running. I didn’t see any reason to connect it, considering you turned off the alarm with the remote before you entered the car. (I’m not sure the manual says it’s optional.)

    After installation everything worked correctly.

    Pressing a button on the remote control led to one buzzer indicating that the signal was set. Another press made three beeps and turned it off again.

    However, I will soon find out why this braking wire was necessary.

    An unforgettable journey.

    A few days later, I was driving to work on the usual 70-mile roadway.

    I wasn’t hanging around at the time, and I was on the outer track, “walking all the way,” as Rigsby might say in the rising dampness.

    I set the beginning of the video to 0:22. The opening scene is so funny!

    I just had to share it. But let’s go back to this story.

    Like I said, I was driving in the outer lane when I heard the sound:

    * SOUND *.

    Time seemed to stop.

    If it were a TV show, I’d look at the camera, trying to emulate Bea Arthur and Oliver Hardy’s knowing styles, because that beep was the signal sound that my car’s alarm went off – while I was driving!

    No.

    It could not have been.

    After all, in theory, the alarm could be turned on only by pressing a button on the remote control. And certainly wouldn’t press the button.

    I must have imagined it.

    Of course?

    Afraid to move.

    With minimal head movement, I looked at the ultrasonic sensor on the top of the dashboard, knowing that if it were active, it would pick up the slightest movement.

    I tried to act like a statue – even breathing was risky. But it was useless.

    Seconds later, the sensor picked me up, the alarm went off, and I was driving along with my headlights flashing and the siren screaming!

    I grabbed the remote control that was in the middle of my keys near the ignition key and pressed the button. I don’t remember if it silenced the alarm or not, but if it did, it only happened for a moment.

    My slide was fast approaching, so I took the exit and stopped on my stiff shoulder. It was close to the town and I remember the pedestrians watching me get out of the car with the siren still exploding and the headlights still flashing.

    I must have looked very suspicious, opening the hood and pulling a bundle of wires out of the siren!

    Luckily, no one interrogated me until I closed the hood and set off.

    After a while.

    As you can imagine when I connected the alarm, I also connected an “additional” wire lock!

    Looking back, the remote control receiver was unable to distinguish between electrical interference from the ignition system and the signal to turn on the alarm. The additional wire was a manufacturer’s workaround to prevent it from activating the system while the engine was running.

    My initial desire to simplify the installation certainly led to an unforgettable journey!

    Alan.

    It’s a similar story.

    Read more / Original news source: https://manipurhub.com/the-day-my-alarm-went-out-from-under-the-hay-and-made-me-look-like-a-car-thief-351/

    Aptera’s Gamma prototype: Journey from breakthrough to breakthrough.

    The electric vehicle field is an ever-evolving tapestry of innovation, and one of the most intriguing threads in that tapestry is Aptera. The company that first struck a chord with its drop-top, ultra-efficient electric vehicles has hit the headlines again with the unveiling of its latest prototype, the Aptera Gamma. In preparation for production, the […]

    The electric vehicle field is an ever-evolving tapestry of innovation, and one of the most intriguing threads in that tapestry is Aptera. The company that first struck a chord with its drop-top, ultra-efficient electric vehicles has hit the headlines again with the unveiling of its latest prototype, the Aptera Gamma. In preparation for production, the Gamma recently underwent a real-world test drive that was as revealing as it was tumultuous.

    High stakes test drive.

    A crucial moment for Aptera took place in sunny San Diego – the Gamma prototype test drive. The eyes of EV enthusiasts and potential investors were fixed on how this three-wheeled marvel would perform outside the controlled environment of the developer’s labs. Transport Evolved’s x1 channel, known for its thorough analysis and reviews of EVs, was given the unique opportunity to experience the Gamma.

    First impressions: A glimpse into the future.

  • The vehicle, which is in the pre-production stage, had features not yet finalized.
  • Differences from the anticipated production models were the engine cooling and parking brake activation systems.
  • Changes were expected in the design of the infotainment system and the location of the center console.
  • There were plans to change the location of the rearview camera.
  • The first impression was as if you were in a concept from the future – unconventional, but exciting. Despite being a pre-production model, elements such as stiff suspension and lack of noise insulation were immediately noticeable. Adapting to side-view monitors instead of traditional rearview mirrors proved challenging, hinting that novice drivers will have to retrain.

    Steering and Control: An Unfinished Symphony.

    The prototype’s steering wheel and regenerative braking system also came under scrutiny. Without functional regenerative braking, a key feature of modern EVs, the evaluation of driving dynamics was incomplete. In addition, the preference for a traditional steering wheel over a crown steering wheel suggests that the usability of the new controls can be subjective.

    When progress hits an obstacle: a breakdown.

    During a test drive with New York investors who had high hopes for Aptera’s potential impact on the electric vehicle market, there was an unexpected hiccup – an error in the launch sequence led to a breakdown.

  • The incorrect launch sequence caused the cooling system to malfunction.
  • This error led to overheating, which made it necessary to stop the test drive.
  • Despite this failure, Aptera’s response was commendable. General Manager Chris Anthony took responsibility for the problem. His hands-on approach not only fixed the problem, but also demonstrated management’s willingness to take challenges head-on – an important quality in this cutting-edge industry sector.

    Redemption on Wheels: Overcoming Technical Challenges.

    After troubleshooting and allowing time to cool down:

  • The driving experience improved significantly after troubleshooting.
  • Acceleration and traction control were highly rated.
  • The design features that caught the public’s attention during the drives were highlighted.
  • Although the car still lacked air conditioning – an inconvenience amplified by San Diego’s climate – the prototype’s performance after the refurbishment hints at promising possibilities when fully operational.

    Looking to the Future: Unlocked Potential.

    Although Aptera’s Gamma prototype experienced some of the challenges typical of pre-production models, it generated undeniable enthusiasm for what it could mean for EVs:

  • Its distinctive aesthetics promised to excite.
  • Comfort improvements, such as air conditioning, were eagerly awaited.
  • Improved driving dynamics with features such as regenerative braking could redefine personal transportation efficiency standards.
  • Aptera’s test drive illustrated the realities of automotive innovation: progress often comes with pitfalls, but it never loses its relevance. Aptera’s commitment to correcting these problems gave Aptera confidence in its ability to realize its vision.

    In conclusion: The future of Aptera.

    As electric vehicles continue to capture the world’s attention with the promise of clean transportation, companies like Aptera play an important role in pushing the boundaries. While technical difficulties during the testing phases are not uncommon, it is how they are resolved that defines the company’s commitment to excellence.

    Aptera’s Gamma prototype may have stumbled during the Transport Evolved trials, but thanks to the swift action of the development team, it quickly recovered. With each test and each kilometer traveled, Aptera is getting closer to creating an EV that can leave an indelible mark both on the road and in the records.

    Innovation is rarely smooth, it’s full of unexpected turns and stops, but it’s these moments that make the ultimate success so exciting. As we await Aptera’s new developments, one thing is clear: they’re not just building cars, they’re shaping the future trajectory of electric vehicles – one prototype at a time.

    If you are considering pre-ordering an Aptera, please use my referral link and receive a $30 discount on pre-orders: Aptera Referral Link.

    Read more / Original news source: https://manipurhub.com/aptera-s-gamma-prototype-journey-from-breakthrough-to-breakthrough-349/