Tag: Toyota

  • Fraunhofer Study Reveals Misleading Hybrid Fuel Efficiency Claims

    Fraunhofer Study Reveals Misleading Hybrid Fuel Efficiency Claims

    Key Takeaways

    1. A study by Fraunhofer shows that plug-in hybrid electric vehicles (PHEVs) use more fuel than manufacturers claim, averaging around 1.5 gallons per 100 miles instead of less than 1 gallon.

    2. The engines in PHEVs activate more frequently in real-world driving than suggested by automakers, leading to higher fuel consumption.

    3. PHEVs now have fuel efficiency levels similar to traditional hybrids, which do not have external charging capabilities.

    4. Asian manufacturers like Toyota and KIA showed better performance in fuel efficiency compared to larger models from brands like Porsche.

    5. The findings could lead to changes in regulations regarding emission testing and certification for PHEVs, as many drivers do not charge their vehicles daily.

    According to many automaker specifications, plug-in hybrid electric vehicles (PHEVs) are said to use less than a gallon of fuel for every 100 miles driven. However, a recent extensive study reveals that these claims may not be accurate.

    Study Findings

    The renowned research organization Fraunhofer took a closer look at everyday driving situations to provide a clearer understanding of the actual fuel consumption of plug-in hybrids, which combine a gas engine with a battery that can be charged through the grid. They examined various PHEVs from models produced between 2021 and 2023 and discovered that the engines activated much more frequently than the manufacturers suggested, leading to higher fuel usage than what was advertised. Instead of consuming only half or a quarter of a gallon (1-2 liters) per 100 kilometers as claimed by most companies, these hybrids actually averaged around a gallon and a half of fuel.

    Comparison to Traditional Hybrids

    This significant rise in fuel consumption when compared to the auto industry’s efficiency claims means that PHEVs are now on the same level as standard hybrids, which don’t have the ability to be charged externally and thus rely solely on their auxiliary batteries for electric power. Unsurprisingly, the bigger and more powerful models, such as those from Porsche, were the biggest culprits, averaging 7 liters per 100 km. Porsche defended its testing processes, stating they complied with legal standards, while also suggesting that different driving behaviors may account for the increased fuel use.

    Brand Performance and Recommendations

    Among the brands tested, Asian manufacturers like Toyota and KIA performed the best. Additionally, more affordable options from Ford and Renault, which feature smaller engines, closely aligned with their stated fuel efficiency figures. “Laboratory tests assume that drivers charge their vehicles daily and take short trips, leading to low official CO₂ emissions. However, many drivers do not charge every day and often take longer trips, resulting in actual fuel consumption being much higher,” says Patrick Plötz from Fraunhofer. The researchers believe their findings on PHEV efficiency could prompt necessary changes to regulations regarding emission testing and certification.

    Source:
    Link

     

    Tags: , ,
  • Toyota Launches Walk Me: AI Mobility Chair That Walks and Folds

    Toyota Launches Walk Me: AI Mobility Chair That Walks and Folds

    Key Takeaways

    1. Innovative Design: Walk Me is a unique wheelchair without traditional wheels, designed to assist users in navigating stairs and uneven surfaces using four adjustable legs.

    2. Inspiration from Nature: The chair’s movement is inspired by animals like goats and crabs, utilizing sensors to analyze terrain and provide support while navigating obstacles.

    3. User-Centric Features: Walk Me offers a comfortable, adjustable seat, voice command functionality, and a display for tracking battery life and distance traveled.

    4. Safety and Convenience: The chair includes safety features such as automatic pauses for overheating joints and a telescopic design for easy storage when not in use.

    5. Current Status: Walk Me is still a concept, with no information on when or if it will be available for sale, showcasing Toyota’s commitment to using AI and robotics for mobility solutions.

    Toyota is famous for creating automobiles, but the company is also exploring other ways of mobility. At the Japan Mobility Show 2025, they introduced an autonomous chair called Walk Me.

    Innovative Design

    Walk Me is a wheelchair that lacks traditional wheels and aims to assist individuals with mobility challenges, enabling them to tackle stairs and uneven surfaces.

    The chair may appear charming with its four pastel-colored legs, but don’t be misled by its cuteness. Each leg is equipped with sensors and actuators that allow it to flex and adjust to its environment in real-time.

    Inspiration from Nature

    According to Teche Blog and Designboom, Toyota drew inspiration for Walk Me from animals adept at traversing tough terrains, such as goats and crabs. The front legs analyze height to figure out how to pull the chair and its user forward, while the back legs provide support and generate thrust.

    Walk Me utilizes LiDAR and radar to identify obstacles in its path. If you’re curious about how the user stays balanced and doesn’t end up in a viral fall video, the chair includes weight sensors and an automatic stabilization system for slopes and uneven ground.

    User-Centric Features

    Toyota has focused on comfort in its design, creating a seat that conforms to each user’s shape and includes adjustable armrests. The chair also responds to voice commands, so you can instruct it to “go faster” or tell it your desired destination. Additionally, there are handles for manual steering.

    A small display on Walk Me allows users to keep track of battery life and distance traveled. The entire device is powered by a compact battery located beneath the seat, which Toyota asserts can last an entire day of use. Charging is simple, similar to how one would charge a smartphone.

    Safety and Convenience

    For added safety, the chair pauses and notifies the user if any joint becomes excessively hot.

    When not in use, Walk Me can minimize its size and move out of the way. Its legs retract telescopically, making it easy to store in a car or at home.

    Currently, Walk Me remains a concept, and Toyota has not provided any information about plans to offer it for sale. Nevertheless, it’s encouraging to witness the company showcase how AI and robotics can address real-world challenges for people.

    Source:
    Link

    Toyota Launches Walk Me: AI Mobility Chair That Walks and FoldsToyota Launches Walk Me: AI Mobility Chair That Walks and FoldsToyota Launches Walk Me: AI Mobility Chair That Walks and FoldsToyota Launches Walk Me: AI Mobility Chair That Walks and Folds

     

    Tags: , ,
  • Xiaomi Hybrid Vehicle with 80 kWh Battery: Electric Meets Gas

    Xiaomi Hybrid Vehicle with 80 kWh Battery: Electric Meets Gas

    Key Takeaways

    1. Shift Back to Combustion Engines: Car manufacturers are refocusing on combustion engines and hybrid vehicles due to a decline in electric vehicle demand as subsidies decrease.

    2. Toyota’s Cautious Approach: Toyota’s strategy of gradual vehicle electrification has proven successful, leading to increased profits as consumers opt for hybrids over EVs.

    3. Growth of EREVs in China: Extended Range Electric Vehicles (EREVs) are becoming popular in China, offering a balance of electric driving and gasoline backup through a small engine.

    4. CATL’s Innovations: CATL is introducing a new 80 kWh battery aimed at hybrids, promising over 500 km of pure electric range and addressing weight issues in EREVs.

    5. High Nickel Ternary Batteries: The new CATL battery uses high nickel content to enhance energy density without increasing vehicle weight, improving efficiency for extended-range options.

    After the market for electric vehicals took a hit as subsidies began to diminish, car manufacturers are shifting gears back to combustion engines, committing to boost the presence of hybrid vehicles in their offerings.

    Toyota’s Steady Strategy

    Toyota has been a strong advocate for a gradual and cautious approach towards vehicle electrification. They are now feeling justified, as they reported a significant rise in gross profits last year when the demand for EVs started to decline and consumers turned to hybrids. Many other automakers are also delaying their plans for electrifying their portfolios. Companies like GM are now pushing for the elimination of clean vehicle mandates and for lowering emission standards.

    The Rise of EREVs in China

    In China, the top market for electric vehicles, a new trend involving Extended Range Electric Vehicles (EREV) is gaining attention. These plug-in hybrids come with a small gasoline engine that acts as a generator to recharge the battery, providing a balance of speed and distance.

    The largest EV battery manufacturer worldwide has been catering to this growing EREV market by introducing a 60 kWh Freevoy battery for hybrids, which they claim enables a pure electric range of 400 km (248 miles). With the average battery size in hybrids being under 30 kWh, CATL is clearly aiming at the premium EREV segment. There are already vehicles available that utilize its Freevoy package, offering over 1,000 km of total range.

    New Innovations from CATL

    CATL is reportedly taking it a step further by creating a nickel battery with an impressive 80 kWh capacity, comparable to many mainstream electric vehicles, specifically targeting extended-range options. This new battery will be mass-produced next year and is expected to feature in various SUVs and MPVs, including a highly anticipated 2026 Xiaomi EREV that has yet to be officially announced.

    The upcoming 80 kWh CATL battery for hybrids is said to provide over 500 km of pure electric range. It also tackles the weight issue with EREVs, some of which are nearing the 3-ton weight limit due to the size of the battery and internal combustion engine.

    Ternary batteries that contain high nickel levels deliver a much greater energy density compared to the LFP batteries that are becoming common in everything from popular Anker power stations to hybrid vehicles. By returning to higher nickel content, the new CATL battery doesn’t need to add more cells, thus preventing an increase in vehicle weight while still achieving the promised range extension.

    Source:
    Link

     

    Tags:
  • Toyota Unveils 2026 C-HR EV with 338 HP Powertrain

    Toyota Unveils 2026 C-HR EV with 338 HP Powertrain

    Key Takeaways

    1. The 2026 C-HR is a new all-electric vehicle, distinct from the previous internal combustion engine version.
    2. It delivers 338 horsepower and can accelerate from 0 to 60 mph in about five seconds, with a range of 290 miles on a 74.7 kW battery.
    3. The vehicle features all-wheel drive, a North American Charging System port for fast charging, and paddle shifters for enhanced regenerative braking control.
    4. The interior includes a 14-inch touchscreen, digital dashboard, dual wireless charging pads, and offers 25.4 ft³ of cargo space.
    5. The C-HR is expected to be available in US dealerships in 2026, with a tentative starting price around $35,000.

    Toyota has introduced the 2026 C-HR battery electric vehicle (BEV) for the United States market. It’s important to note that this model is distinct from the previous internal combustion engine (ICE) version of the C-HR. The new all-electric variant is described by the company as featuring a “coupe-like SUV profile.” This vehicle boasts all-wheel drive and is built on the brand’s e-TNGA platform.

    Performance and Battery Details

    The 2026 C-HR provides an impressive output of 338 horsepower, with the ability to accelerate from 0 to 60 mph (approximately 100 kph) in about five seconds. The vehicle is equipped with a 74.7 kW lithium-ion battery, offering an estimated range of 290 miles (around 467 km). Additionally, it features a North American Charging System (NACS) port, enabling DC fast charging, which allows the battery to charge from 10% to 80% in roughly 30 minutes at various Level 3 charging stations. Furthermore, paddle shifters on the steering wheel enhance control over regenerative braking, helping to maximize driving range.

    Interior Features

    According to Toyota, the interior of the C-HR boasts a high-quality finish. Accessing the rear cargo area is designed to be hassle-free, providing up to 25.4 ft³ (about 0.72 m³) of storage space behind the rear seats. The vehicle includes a 14-inch touchscreen that integrates the Toyota Audio Multimedia system, alongside a digital dashboard and dual wireless charging pads.

    The 2026 C-HR battery electric vehicle is set to hit US Toyota dealerships in 2026. While the precise pricing details have not yet been disclosed, there are speculations that the starting price might be around $35,000. Additionally, Toyota plans to launch the C-HR+ electric C-SUV in Europe towards the end of 2025.

    Source:
    Link

    Tags: ,
  • Toyota Unveils Hydrogen Solutions Website for North America

    Toyota Unveils Hydrogen Solutions Website for North America

    Key Takeaways

    1. Toyota sees hydrogen as a key future energy source, using fuel cells that combine hydrogen with oxygen to create electricity.
    2. The fuel cells have a modular design, allowing for versatile applications, including off-grid energy supplies.
    3. Currently, the fuel cells are primarily used in the 2025 Toyota Mirai, a type of electric vehicle known as an FCEV.
    4. These fuel cells can produce a maximum output of 85 kilowatts (kW) of zero-emission power.
    5. Toyota is promoting its next-generation power technologies through a newly launched website to encourage client engagement.

    Toyota believes that hydrogen will be a key energy source in the future. They say they have successfully captured this energy in their “proven” fuel cells, which create electricity by combining the universe’s “most abundant” resource with oxygen using a polymeric electrolyte membrane.

    Modular Design for Versatility

    These fuel cells can be arranged in a modular or “stacked” way, making them suitable for a variety of uses, including off-grid stationary energy supplies for businesses.

    At present, these fuel cells are mostly utilized in the 2025 Toyota Mirai, which is a unique type of electric vehicle called an FCEV. They are also used in the powertrain of Toyota’s Class 8 heavy-duty truck, which has reportedly completed 130,000 miles of “real-world” testing for haulage.

    Impressive Power Ratings

    The fuel cells are rated for a maximum output of 85 kilowatts (kW) of “on-demand zero-emission power” and are poised for deployment from Toyota Motor North America’s Hydrogen Headquarters.

    The company is now encouraging potential clients to fully commit to its next-generation power technologies through their newly launched website.

    Source:
    Link

    Tags:
  • New Toyota BZ7 Flagship Electric Sedan Unveiled

    New Toyota BZ7 Flagship Electric Sedan Unveiled

    Key Takeaways

    1. Toyota unveiled the bz7 at the Auto Shanghai 2025 event in collaboration with Guangzhou Automobile Group Co (GAC).
    2. The bz7 is a flagship electric sedan, measuring nearly 200 inches (~5,080 mm) in length, and features a design similar to the 2024 concept model.
    3. Key design elements include conventional door handles, white leather seating, wooden trim, ambient lighting, and a large infotainment screen with Huawei’s HarmonyOS.
    4. Toyota plans to launch the bz7 in China within the next year, with an estimated starting price of CNY 170,000 (~$23,400).
    5. There is uncertainty about the bz7’s availability in other regions, including the US, where Toyota already sells the bZ4X.

    Toyota has introduced the bz7 at the Auto Shanghai 2025 event. This fresh model has been created in partnership with Guangzhou Automobile Group Co (GAC). It adds to Toyota’s lineup of battery electric vehicles, which already includes the bZ4X and the bZ3.

    Details About the bz7

    Currently, Toyota has shared just a few specifics about the new bz7. The company has labeled this electric sedan as a flagship model, and its length is almost 200 inches (~5,080 mm). The design of both the exterior and the interior of the bz7 closely resembles the original concept that was showcased in 2024. Notably, it sports a lidar sensor positioned on the front of the roof, along with a front light bar and headlights that remind one of the Toyota Prius.

    Design Changes and Interior Features

    One notable difference from the concept version is the introduction of conventional door handles. Inside the electric vehicle, you’ll find white leather seating, wooden trim, and ambient lighting. Additionally, there’s a more extensive infotainment screen equipped with Huawei’s HarmonyOS. Further information about the electric vehicle, particularly its powertrain, has not been disclosed yet.

    Launch Plans and Pricing

    Toyota plans to launch the bz7 in China; as per a recent press release, the company aims to deliver the electric vehicle to customers within the next year. There are rumors suggesting that the initial price for this model is CNY 170,000 (~$23,400). Although Toyota has not confirmed if it will also introduce the bz7 in other regions such as the US, where it already markets electric vehicles like the bZ4X, it appears unlikely given the present information.

    Source:
    Link

    New Toyota BZ7 Flagship Electric Sedan UnveiledNew Toyota BZ7 Flagship Electric Sedan Unveiled
    Tags: ,
  • Toyota’s $15,000 Electric SUV Gets 10,000 Orders in One Hour

    Toyota’s $15,000 Electric SUV Gets 10,000 Orders in One Hour

    Key Takeaways

    1. Toyota’s new electric SUV, the bZ3X, has gained significant interest, receiving 10,000 orders in one hour, causing the ordering system to crash.
    2. The bZ3X is priced affordably at $15,000 for the base model and $20,500 for the ‘smart’ version, making it competitive in the market.
    3. The SUV offers two battery options: a 67.92 kWh battery for the ‘smart’ model with a range of 379 miles, and a 50.03 kWh battery for the budget model with a range of 267 miles.
    4. The vehicle features advanced technology, including a 14.6-inch infotainment display, an 8.8-inch driver display with voice recognition, and 25 advanced driver assistance systems.
    5. The bZ3X is a result of a partnership between Toyota and Guangzhou Automobile Group (GAC), highlighting collaborative efforts in the electric vehicle sector.

    Despite being one of the largest auto makers in the world, Toyota hasn’t exactly wowed the market with its shift to electric vehicles. Yet, there could be a change in luck with the introduction of its $15,000 electric SUV in China. The bZ3X received an impressive 10,000 orders within just one hour, which led to the ordering system crashing.

    Launch Details

    The budget-friendly SUV, officially named the Bozhi 3X, is a result of a partnership with Guangzhou Automobile Group (GAC). Pre-orders began late last year, generating considerable anticipation.

    Pricing and Variants

    Toyota is rolling out the bZ3X in two different models. The most affordable option is the ‘non-smart’ version, which comes in five trims and is priced at 109,800 yuan ($15,000). The ‘smart’ model starts at 149,800 yuan ($20,500).

    Specifications

    The highest ‘smart’ trim features a 67.92 kWh LFP battery, allowing for an impressive driving range of 379 miles based on the CLTC standard. Meanwhile, the budget model promises a range of up to 267 miles per charge, using a 50.03 kWh LFP battery.

    Tech Features

    What’s interesting about the Chinese bZ3X is that it includes some appealing tech features for its price. Inside, you’ll find a 14.6-inch infotainment display along with an 8.8-inch driver display that supports voice recognition. Additional highlights include a two-spoke multi-function steering wheel, an NVIDIA Drive AGX Orin X processor, and 25 advanced driver assistance systems (ADAS) features.

    Source:
    Link

    Tags: , ,
  • Toyota Unveils Stylish and Spacious New Electric Model

    Toyota Unveils Stylish and Spacious New Electric Model

    Key Takeaways

    1. Toyota will unveil a new battery electric vehicle (BEV) in March, possibly based on the bZ Compact Crossover concept from 2022.
    2. The EV features a sleek coupe design, a roomy and versatile interior, and promises elevated driving dynamics.
    3. Teaser materials show a rear light bar and a front design similar to the Toyota Camry hybrid sedan.
    4. Rumors suggest multiple battery options may be available, and the interior might resemble the Urban Cruiser with a 10.25-inch driver display.
    5. The vehicle is set to launch in Europe alongside the bZ4X and Urban Cruiser SUVs, with the official reveal on March 11th, 2023, at 23:01 GMT.

    Toyota recently made an announcement about unveiling a new battery electric vehicle (BEV) in March. A teaser image and video hint that this might be a production model of the bZ Compact Crossover concept, which was first shown in 2022.

    Design Features

    In its announcement, Toyota highlighted that this EV features a “sleek and stylish” coupe design along with a roomy interior that promises to enhance comfort during travels. The company described the interior as “versatile,” but did not provide any detailed information. Additionally, Toyota mentioned the vehicle will have “elevated driving dynamics,” although specifics were not disclosed.

    Additional Details

    The teaser video shows some features like a rear light bar and a “hammerhead front face,” which resembles that of the Toyota Camry hybrid sedan. There are rumors suggesting that this battery electric vehicle might come with multiple battery options. There are also indications that the interior could be similar to the Urban Cruiser, including a 10.25-inch driver display.

    Upcoming Release

    The new Toyota electric vehicle is anticipated to launch in Europe, joining the bZ4X and Urban Cruiser electric SUVs. The official reveal is scheduled for March 11th at 23:01 GMT. However, details regarding the release date and pricing of this new Toyota BEV are still not available.

    Source:
    Link

    Tags: ,
  • Toyota Previews bZ3C and bZ3X Electric SUVs at Beijing Auto Show

    Toyota Previews bZ3C and bZ3X Electric SUVs at Beijing Auto Show

    Toyota has recently revealed its bZ3C and bZ3X electric SUVs at the Beijing Automotive Show, targeting younger drivers and families. These new EVs are set to make their debut in China, with Toyota sharing some essential specifications for both models. Last year, Toyota introduced these vehicles as concepts at the Auto Shanghai Exhibition, under the names bZ Sport Cross Concept (now bZ3C) and bZ FlexSpace Concept (now bZ3X). The bZ3C caters to Gen Z drivers, while the bZ3X is family-centric.

    Collaborative Development

    Toyota collaborated with BYD Toyota EV Technology, FAW, and Toyota’s Intelligent ElectroMobility (IEM) R&D Center Team to develop the bZ3C. The bZ3X, on the other hand, was a joint effort involving Toyota, the GAC Group, GAC Toyota, and IEM.

    Features and Design

    The bZ3X, being the larger of the two EVs, offers a more spacious cabin. Both SUVs boast a panoramic sunroof, digital dashboard, large infotainment screen, and wireless charging pads for convenient mobile device charging on the move.

    Toyota has hinted at advanced driver-assistance technology within the bZ3C and bZ3X but has not disclosed specifics regarding drivetrains and other key parameters. While an official launch date remains undisclosed, indications suggest a forthcoming release.

    Availability and Pricing

    Details regarding the pricing of the new Toyota EVs have not been made public. While initially designed for the Chinese market, it is uncertain whether these models will also be accessible in selected markets beyond China.

    Toyota Previews bZ3C and bZ3X Electric SUVs at Beijing Auto Show
    Toyota Previews bZ3C and bZ3X Electric SUVs at Beijing Auto Show
    Tags: ,
  • Using AI for Innovative Car Design: Toyota, Honda, Subaru Ahead

    Using AI for Innovative Car Design: Toyota, Honda, Subaru Ahead

    Generative AI is being increasingly utilized by Japanese car manufacturers to enhance the development process of new vehicle models. By harnessing the potential of generative AI to generate new variations based on existing data, these companies aim to boost efficiency and potentially reduce planning and design time by 50%.

    Embracing Generative AI

    Honda and Toyota are at the forefront of integrating generative AI into their operations. Toyota's US research arm employs image-generating AI to analyze car design drawings and optimize both design and functionality by calculating air resistance. On the other hand, Honda, in partnership with Sony, is exploring generative AI for the advancement of their upcoming AFEELA car's advanced driver-assistance systems (ADAS).

    Workforce Training in AI Principles

    Subaru and Mazda are adopting a more holistic approach by focusing on training their workforce in AI principles. Subaru aims to equip over 4,000 engineers with the necessary skills to leverage generative AI effectively, while Mazda is set to make AI training mandatory for all indirect employees in design and experimental departments by 2025. Mazda's ambitious target is to double overall production efficiency by 2030, a vision that aligns with the rapid advancements in AI technology.

    Shaping the Future of Transportation

    As the automotive industry races towards developing electric vehicles and autonomous driving technologies, the role of generative AI in accelerating innovation is becoming increasingly evident. This technology has the potential to reshape transportation by facilitating the swift development of unique car designs and functionalities that were previously unimaginable. In the near future, it might not be far-fetched to proudly declare, "My car was designed by Artificial Intelligence," showcasing the evolving landscape where AI becomes an integral part of automotive innovation and design.

    Tags: , ,