About ten days ago, Volkswagen announced the recall of around 100,000 units of its electric SUV ID.4 due to an issue with the electric door opening mechanism. Due to a potential accumulation of water inside the doors, which can reach the printed circuits, the doors can open unexpectedly.
No accidents or injuries have been reported in connection with the problem, but the company has received about 135 warranty claims associated with it. A procedure was planned for the repair, but when the recall was issued, the company was still working on developing the new parts and appropriate software code. However, since September 18, the problem has worsened to the point where the company has ordered a halt to sales of the model, as well as its production.
In response to this decision, Volkswagen provided the following statement to Road & Track magazine:
“After a thorough review, in response to the halt of ID.4 sales, we will temporarily suspend production of the vehicle at the Volkswagen factory in Chattanooga, Tennessee, until a solution is available. While we are addressing the issue, we are striving to do what is right for our employees, dealers, and customers during this disruptive period.”
Approximately 200 factory employees will be temporarily laid off on September 23. They will receive 80% of their base pay and continue to enjoy the benefits they were entitled to. The company is also exploring ways to support its dealers while a solution is found. Volkswagen claims that this production interruption does not change its commitment to the ID.4 and its growing portfolio of electric vehicles.
In this regard, we will be in San Francisco in mid-October to test the ID. Buzz van; be sure to check back for all the details. For ID.4s on the road, the company advises owners to be alert for any sounds resembling door locking or unlocking. The doors can unlock unexpectedly, leading to their sudden opening. Concerned owners can still visit their dealer for a brief check-up.
Buyers of class A motorhomes will be able to get a plug-in hybrid vehicle starting in 2025. This is a promise from the American company Thor Industries, which released images of such a vehicle earlier this week, claiming it to be the world’s first. Developed in collaboration with Harbinger, this prototype has an estimated range of 800 kilometers and is a preview of a future production model.
Thor Industries is a consortium based in Elkhart, Indiana, similar to General Motors, and consists of a variety of brands offering both small and large trailers and RVs. Among these brands is Airstream.
In November 2022, to kickstart the electrification of the RVs they produce, the consortium formed a strategic partnership with Harbinger Motors, a supplier based in Garden Grove, California. Established in 2021, Harbinger specializes in developing and manufacturing chassis and 100% electric powertrains for medium-duty commercial vehicles (classes 4, 5, and 6), such as delivery vans.
For this prototype, Thor and Harbinger opted for a plug-in hybrid powertrain similar to the one used in the Chevrolet Volt, rather than a full electrification. The vehicle combines an electric motor at the front powered by a 140 kWh battery and a gasoline engine located transversely behind the rear axle on the chassis frame rails, acting as a generator to recharge the battery. The partners did not disclose specifics about the two motors or the electric range of this prototype but promote an overall range of 800 kilometers.
According to the US media outlet InsideEVs, this powertrain consists of a 1.4L 4-cylinder gasoline engine and a Harbinger electric motor producing 280 horsepower nominal power and 440 horsepower maximum power, delivering 1,140 lb-ft of torque.
Thor claims that this type of powertrain “addresses common concerns such as range anxiety, making it an ideal choice for long-distance travels and off-grid adventures.”
To recharge the battery, the manufacturer relies on an 800V electrical system designed to optimize charging with fast chargers as well as at large camping facilities. Solar panels installed on the roof also provide additional flexibility for recharging, especially when off-grid camping.
Thor mentions that the user of this RV could potentially use it to power their home if needed and even sell the electricity produced back to the power grid.
Lastly, the prototype features independent double-wishbone front suspension and electric power steering, two technical solutions adopted to improve driving comfort, according to the manufacturer.
It has been a year since Rolls Royce launched pre-orders for the Spectre coupe, its first all-electric vehicle, and the demand has been so high that the prestigious British brand wants to triple its production, no less. Rolls Royce is considering launching a sedan and an SUV in the near future that will also be fully electric.
Like most other luxury vehicle brands, Rolls Royce hopes to sell a large majority of its vehicles in electrified form by 2030 at the latest. Therefore, it needs to pick up the pace if it hopes to achieve this goal. It is worth mentioning that Rolls-Royce Motor Cars is owned by BMW, so the prestigious British brand can likely draw on the technology of its German parent company for the electric components needed to fulfill its ambitions.
That being said, Rolls Royce already has an internally developed platform, an all-aluminum spaceframe chassis, on which the new models could be produced. The brand has not leaked any information on this matter, so we can only speculate. What can be said, however, is that their range should be significantly higher than the 424 km allowed by the Spectre coupe, based on the advancements in BMW’s electric motor technology.
The Bavarian manufacturer recently announced that its next generation of electric vehicles will have an improved range by 30% compared to its current models, which already offer a rather interesting range.
For now, Rolls Royce has not provided a release date, but it is believed that the new models could appear by 2028.
Can we say better late than never? In any case, Stellantis is disregarding the existing European Union tax on imported electric vehicles manufactured in China and is starting to take orders for small vehicles that the group plans to sell in Europe in partnership with the Chinese group Leapmotor.
Even with the European tax of 17.7% that Stellantis and Leapmotor would have to pay on vehicles imported from China, their retail price remains hard to beat by any non-Chinese manufacturer. The first vehicle sold by the two brands is a microcompact called T03, with a retail price of 18,900 euros, equivalent to $28,000 CAD. It comes to $33,000 CAD after the import tax.
In addition to the T03, which is, let’s face it, very small, Stellantis has started to announce the arrival in Europe of a second model designed in partnership with Leapmotor, called C10, which seems much more appealing. It is a compact electric SUV that, in Europe, is criticized for being a blatant copy of the Toyota Rav4. However, the Leapmotor C10 will cost $54,000 CAD, or $64,000 CAD with the Chinese import tax.
Again, the retail prices remain competitive. But that’s not all! Because all this would actually be just a preamble to Stellantis’ true marketing strategy, which is to finish assembling the vehicles supplied by Leapmotor in a factory located in Poland.
If this happens, the import tax will not apply. It can even be added that if this happens, other manufacturers will want to try the same formula to bypass the European tax.
One wonders if the scenario could be the same in Canada? It would be difficult, as in the United States, the largest North American market, Washington already prohibits Chinese components and batteries, and will soon ban Chinese software as well.
The text “Stellantis se lance dans la vente de VÉ chinois en Europe” comes from L’annuel de l’automobile – Actualité automobile.
Since September 25, 1924, the General Motors testing center in Milford, Michigan, has been the stage for the most extreme treatments that vehicles can endure. Hundreds of cars, trucks, utility vehicles, commercial vehicles, as well as tanks and lunar vehicles, have been subjected to tests aimed at refining them. Today, GM wishes to recall the history of this imposing complex, the oldest of its kind in the industry.
The Milford testing center covers nearly 16.2 square kilometers and has nearly 240 kilometers of roads used to test GM vehicles. It features various facilities, a 4.7 km high-speed track, steep hills, paved roads, gravel and dirt roads, as well as a 0.3 square kilometer asphalt area known as Black Lake.
These facilities opened in September 1924 at the initiative of Alfred P. Sloan, then president of GM. The facility was created to analyze vehicles in controlled conditions. Until World War II, a multitude of new testing methods were devised to evaluate a vehicle’s speed, maneuverability, climbing abilities, fuel consumption, as well as durability, braking effort required by the driver, and various aspects of active and passive safety. Over time, collision and rollover tests were also developed to assess vehicle damage and improve passenger protection.
During the war years, Milford played a crucial role in the “arsenal of democracy” by testing tanks and other military vehicles for the U.S. Army. During this period, GM engineers tested over 680 different military vehicles and drove them for more than 1.4 million kilometers.
In the post-war era, GM expanded its testing center and built many new roads. In 1954, its 82 kilometers of test roads led to over 16 million kilometers driven by the tested vehicles. Then, in 1964, a 7.2 km circular test track and the Salt Splash Road were built, followed by an “ice surface” and the Black Lake dynamic testing area in 1968.
In the 1970s, the emergence of new standards for emissions and fuel efficiency led GM to develop new technologies such as catalytic converters and fuel injection systems, which were tested at Milford. In terms of safety, GM also increased efforts and ingenuity in anthropomorphic test dummies for crash tests, as well as airbags, child booster seats, and anti-lock brakes.
The text has been translated into English.
Cadillac has unveiled the Canadian prices for the 2025 Optiq. With a starting MSRP (Manufacturer’s Suggested Retail Price) of $59,999, the new entry-level electric SUV from the luxury brand positions itself as a more affordable alternative to existing luxury electric models.
The 2025 Optiq is a brand-new model marking Cadillac’s entry into the compact electric SUV segment. It features a sleek design, with an estimated range of 482 km. Cadillac boasts about its spacious interior and high technology.
The Optiq comes standard with all-wheel drive, powered by an electric motor producing an estimated 300 horsepower and 354 lb-ft of torque. While official performance data is not yet available, quick acceleration can be expected.
The Optiq 2025 will be offered in four versions:
– Luxury 1 4WD – $59,999
– Sport 1 4WD – $59,999
– Luxury 2 4WD – $63,999
– Sport 2 4WD – $63,999
In comparison, the new Chevrolet Equinox EV, the Optiq’s sibling, starts at $48,199.
The prices do not include transportation and preparation fees or applicable government incentives. With these incentives, the entry price of the Optiq becomes even more attractive.
The Optiq competes in the market where the Audi Q4 e-tron, Mercedes-Benz EQB, and Lexus RZ operate. It also aims to attract buyers of traditional luxury compact SUVs looking to switch to electric without compromising too much.
Compared to the Lyriq, Cadillac’s first luxury electric SUV, the Optiq is about $10,000 cheaper, as the Lyriq starts at $69,499.
The Optiq 2025 enriches General Motors’ electric portfolio, which already includes the GMC Hummer EV, Chevrolet Blazer EV and Equinox EV, Silverado EV and GMC Sierra EV trucks, the next generation of the Chevrolet Bolt, and the future electric SUV from Buick.
The Cadillac Optiq 2025 is expected to arrive at dealerships by the end of 2024.
When it comes to fuel consumption, aside from heavy-duty vehicles, few models consume as much as recreational vehicles (RVs). This is certainly a segment where electrification could really make a difference for owners.
Critics may say that RV owners can afford to pay for the fuel for their vehicles, but it goes beyond that; the reduction of polluting emissions would be significant with electric RVs on the roads.
However, autonomy must be a priority. As you know, the heavier a model is, the larger the battery size needed to provide respectable all-electric range. RV manufacturers are well aware of this and are seeking ways to achieve their goals. Thor Industries is one of these manufacturers. The parent company of the well-known Airstream brand in the recreational industry is introducing a new plug-in hybrid model that should offer an interesting capacity.
**The Thor Test Vehicle**
The company’s test vehicle, simply named the Thor Test Vehicle, is the result of a partnership between Thor and the electric vehicle manufacturer Harbinger. Thor describes its test vehicle as the first hybrid Class A RV on the planet.
The RV is equipped with a 140 kWh battery and an 800-volt system, allowing for fast charging at a level 3 charging station. The standard range is about 250 kilometers, but this figure increases to around 800 km with a small internal combustion range extender.
The manufacturer has not disclosed details about the powertrain, but described the configuration as having “twice the torque of a diesel engine.”
Unlike most hybrid vehicles, Thor’s prototype is a series hybrid, which means that the combustion engine is not connected to the driving wheels and the RV is powered solely by the electric motor(s).
According to Thor Industries, this new chassis will be available for sale in 2025.
It remains to be seen how this will all take shape, and which models will benefit from it, as many RVs are likely to have the opportunity to enjoy this electric platform.
A step in the right direction, for sure.
Source of the original content: [auto123](https://www.auto123.com/en/news/thor-develops-plug-in-hybrid-rvs/71873)
• Honda shared images today of its 2026 Passport, in TrailSport version.
The Honda Passport is aging within the Honda lineup, with its beginnings dating back to 2019. For 2026, we can expect a new generation, and the models are currently being tested.
Today, Honda released photos of its product, specifically the TrailSport variant that will of course be part of the family, as has been the case since the 2022 model year.
The company also confirmed some good news; the Passport will still be equipped with its 3.5-liter V6 engine. Most competitors now only offer turbo 4-cylinder engines. Therefore, towing capacity will remain intact at a minimum of 3500 pounds, and a maximum of 5000 pounds.
The 2026 Passport will be unveiled this fall, possibly at the Los Angeles Auto Show. In any case, it will make its debut in the first months of 2025.
As for what to expect with this vehicle, Honda described the TrailSport version as the brand’s most performance-oriented utility vehicle to date. Visually, what we see gives the impression that the SUV will display a more robust style, at least in this version. At the front grille, we clearly see the model name, as well as a TrailSport logo.
The photos also show us amber-colored daytime running lights that will be exclusive to the TrailSport version, according to Honda. Furthermore, we can expect the TrailSport variant of the Passport to borrow elements from its cousin, the Pilot, such as a suspension designed for off-road driving, higher ground clearance, steel protection plates, and all-terrain tires.
We will have to wait until the model is unveiled to see it.
Original content from auto123.
The text Honda partage des images de son Passport 2026 is from L’annuel de l’automobile – Actualité automobile.
The president of Stellantis confirmed this week that the search for a new leader has begun, as Carlos Tavares’ contract ends in 2026.
For several weeks now, we have been reporting news that is not always positive coming from Stellantis, the automotive giant that oversees the American brands Ram, Jeep, Chrysler, and Dodge.
Whether it’s the 48% profit losses in the first half of 2024, the 16% decline in sales, or the decision to reduce stocks by 100,000 units by the beginning of next year, it’s clear that things are not going well.
When things go awry, the top boss is often singled out. Many accuse Carlos Tavares of being responsible for the “disaster” and the rapid deterioration of the American brands.
However, the current CEO’s contract is set to expire in January 2026, and there are indications that it may not be renewed.
The search for a replacement for Carlos Tavares has begun
In an interview with Bloomberg, Stellantis President John Elkann confirmed that the search for a new CEO has begun. He did not rule out the possibility of renewing Carlos Tavares’ contract after the current agreement expires. Carlos Tavares has been at the helm of Stellantis since its creation when FCA (Fiat Chrysler Automobiles) and PSA (Peugeot Société Anonyme) merged in January 2021 to create what is now the fourth largest global automaker in terms of sales. In total, Stellantis has 14 brands.
When he took office, Carlos Tavares mentioned that each brand had 10 years to prove they deserved to remain within the group, and that has not changed. However, a few months ago, Carlos Tavares himself mentioned that some less profitable brands could be dropped if they did not make money. This sparked rumors about the possible disappearance of Maserati, which were quickly denied.
Sterling Heights plant under scrutiny
At Ram, Carlos Tavares pointed out the Sterling Heights plant in Michigan, where too many newly built 1500 trucks need to be repaired as they come off the assembly line. Quality issues need to be addressed.
Additionally, there is a slowdown in the anticipated growth of electric vehicles in some parts of the world, a reality that forced Stellantis to halt production of the 500e for four weeks.
However, it is not certain that Carlos Tavares’ days are numbered. Bloomberg reports that sources close to the matter claim that the 66-year-old executive will not be replaced. It is “normal” to start a search process for a replacement at times, and Carlos Tavares may even be involved in the process. Also, his age should not be forgotten; perhaps he may want to step down before turning 70.
Another story to follow.
Original content from auto123.
An evolution in Toyota’s hybrid range
Toyota has announced that it will be dropping the name “Prime” for its plug-in hybrid vehicles in favor of a more explicit designation. Starting in the fall of 2025, the RAV4 Prime will now be called the RAV4 Plug-in Hybrid Electric Vehicle (PHEV), thus ending the use of this distinct nickname.
A return to simplicity for Toyota
On September 26, Toyota confirmed that the 2025 model of the RAV4 Prime would adopt the new designation. This decision comes five years after the launch of the popular plug-in hybrid crossover and eight years after Toyota introduced the “Prime” term on the 2016 Prius plug-in hybrid version.
Why this change?
A Toyota spokesperson explained that this change aims to harmonize the nomenclature with other vehicles from the brand. Thus, the name “Prime” will gradually be eliminated from the Prius, which will simply be referred to as the Prius Plug-in Hybrid. This alignment matches how Toyota already names this technology on its Lexus NX, RX, and TX PHEV models.
Aesthetic changes on the horizon
In addition to this name change, Toyota announced that the brand logo at the front and rear of the vehicles will no longer feature the distinctive blue halo that characterized the hybrid versions.
Growing success for the RAV4 Prime
Although the RAV4 Prime represented a small share of overall RAV4 sales, it is starting to experience growing success. Until August, RAV4 Prime sales in the United States increased by 42%, reaching 22,499 units. However, the hybrid RAV4 still sells six times more, and the gasoline version almost seven times more, with total RAV4 sales—including all versions—up by 21% to 319,035 vehicles.
Conclusion: Strategic evolution for Toyota
Toyota is focusing on clarifying its offerings by eliminating terms that could be confusing, while adapting its image to the evolving market of electrified vehicles. This strategy seems promising as demand for PHEVs continues to grow.