Connect with us

News

GM buys LIDAR company for self-driving car program to take Tesla head-on

Published

on

General Motors issued a press release on Monday announcing that it will acquire Strobe, a California-based technology startup that makes affordable chip-scale LIDAR technology for self-driving cars. An 11-person team from Strobe will be joining GM’s Cruise Automation unit as part of the acquisition.

With more affordable and higher accuracy LIDAR sensors coming to market, automakers that are looking to transition to all-electric fleets are assessing the strategic value with investing into self-driving technology. GM’s purchase of Strobe can be seen as just that. Acquiring a small and nimble startup that has a core focus on developing the key sensor used in autonomous vehicles allows the Detroit-based auto giant to speed its path to market with a self-driving car.

Kyle Vogt, GM’s Cruise Automation Founder and CEO, said through a press release, “Strobe’s LIDAR technology will significantly improve the cost and capabilities of our vehicles so that we can more quickly accomplish our mission to deploy driverless vehicles at scale.”

While GM continues to charge forward with implementing LIDAR technology into its self-driving program, the company also complements its technology with radar sensors to create a fault-tolerant sensing suite. Tesla CEO Elon Musk has famously touted LIDAR as ‘unnecessary’ in the context of an autonomous car due to its high cost. Instead, Tesla has opted to use a combination of cameras, radars and ultrasonic sensors to form the foundation for its Autopilot system. But as pricing for LIDAR technology continues to drop, could we see a change of core design in future versions of Autopilot?

Vogt asserts that radar can operate under more challenging weather conditions, however it lacks the precision needed when making critical maneuvers at speed. “Strobe’s LIDAR sensors provide both accurate distance and velocity information, which can be checked against similar information from a RADAR sensor for redundancy. RADARs typically also provide distance and velocity information and operate under more challenging weather conditions, but they lack the angular resolution needed to make certain critical maneuvers at speed. When used together, cameras, LIDARs, and RADARs can complement each other to create a robust and fault-tolerant sensing suite that operates in a wide range of environmental and lighting conditions.” said Vogt in a blog post on Medium.

LIDAR on the other hand uses laser or concentrated light to map a high resolution 3D view of a the world, which arguably provides a higher precision view of a self-driving car’s surroundings. GM’s Director of autonomous vehicle integration has recently spoken up against Musk’s narrative that Tesla Autopilot will be fully autonomous and capable of piloting a car from California to New York on its own by the end of the year.

“The level of technology and knowing what it takes to do the mission, to say you can be a full level five with just cameras and radars is not physically possible,” said Miller about Tesla’s Autopilot suite. “Could you do it with what’s in a current Tesla Model S? I don’t think so.”

As the race to produce a fully autonomous car continues to heat up between Tesla, GM, Uber, and Google, and hardware prices decline, it’s only a matter of time before a tried and true combination of hardware will become the de-facto self-driving hardware suite. What will it be?

Advertisement

 

News

Tesla dominates JD Power tech survey with double VW’s score, but gets no award

Tesla was not eligible for awards because the company did not “meet study award criteria.”

Published

on

Credit: Tesla

Tesla has emerged as the clear leader in JD Power’s latest technology survey, dominating with a score twice that of veteran automakers like Volkswagen. 

This was despite Tesla not receiving any official awards in the survey due to eligibility issues.

Survey results

As per JD Power, its 2025 U.S. Tech Experience Index (TXI) Study collected responses from 76,230 owners of new 2025 model-year vehicles. This was the 10th year that the auto firm has conducted its study. Based on the raw scores of automakers in the survey, Tesla was the clear winner with a rating of 873 points out of 1,000. As noted in a CarUp report, Tesla’s ratings was more than twice as much as veteran automakers like Volkswagen or Toyota, which scored 432 and 436 points, respectively.

Rivian ranked second in the results with an impressive 730 points out of 1,000. That being said, JP Power noted in its press release that both Tesla and Rivian, the two highest-scoring automakers in its survey, are not eligible for awards because the companies do not “meet study award criteria.” In its report, CarUp alleged this criteria required automakers to be sold in all U.S. states. 

As a result, Genesis was officially awarded the top rank in JD Power’s study despite its 538 score. Following Genesis was Cadillac, which received a score of 526, and Lincoln, which received a score of 523 out of 1,000.

Advertisement

Driver insights

According to JD Power, technology-related problems reported by drivers decreased by 6.3 per 100 vehicles compared to last year, contributing to a stronger user experience overall. Respondents identified automatic climate control as one of the most appreciated features, thanks to its ability to manage heating, ventilation, and air conditioning seamlessly.

“Smart technology not only seems to anticipate the driver’s needs but also reduces the cognitive workload and some of the difficulties that drivers face with digital systems,” said Kathleen Rizk, senior director of technology at JD Power.

Car wash mode, a feature meant to prepare vehicles for automated cleaning, was a frequent source of frustration due to its placement within infotainment menus. Drivers also voiced concerns over recognition systems that occasionally malfunction. In contrast, the blind spot camera received widespread praise, with 93% of drivers reporting regular use and 74% stating that they would like the feature in future vehicles.

Continue Reading

News

Tesla trims Model 3 Long Range RWD price in China by RMB 10,000

The update was implemented by Tesla just weeks after the variant’s introduction.

Published

on

Credit: Tesla Asia/X

Tesla has cut the price of its recently introduced long-range rear-wheel drive (RWD) Model 3 in China.

The update was implemented by the electric vehicle maker just weeks after the variant’s introduction. 

Tesla China’s Model 3 lineup

The Model 3 RWD Long Range, which carries a CLTC range of 830 kilometers, is now priced from RMB 259,500 ($36,390), down RMB 10,000 ($1,400) from its initial RMB 269,500 ($37,800) price. Deliveries for the updated variant are currently listed at 1-3 weeks for new orders.

Tesla introduced the long-range RWD Model 3 in China on August 12, positioning it as a longer range alternative to the entry-level Model 3 RWD, which is priced at RMB 235,500 ($33,000). Despite the recent update to the price of the Model 3 RWD Long Range, the cost for the other three Model 3 trims remains unchanged. 

Delivery times for the base Model 3 RWD and Model 3 Dual Motor AWD are listed at 1–3 weeks across the range, while the Model 3 Performance is listed at 3–5 weeks.

Advertisement

Sales momentum and exports

Tesla continues to offer purchase incentives this month, including five-year zero-interest financing and an RMB 8,000 insurance subsidy, as noted in a CNEV Post report.

Model 3 sales in China reached 9,851 units in July, down 0.78% year-on-year and 40.8% month-over-month compared to June. Still, cumulative sales for the Model 3 between January and July totaled 101,770 units, reflecting a 26.5% year-on-year increase in sales.

Exports of the Model 3 stood at 12,197 units in July, down 46.5% year-on-year but surging 228.8% from June. For the first seven months of 2024, Model 3 exports totaled 70,718 units, a 42% decline.

Continue Reading

News

Mysterious smaller Tesla spotted at Giga Texas crash test facility

The vehicle happened to be sandwiched between Tesla Model Y units, emphasizing its seemingly smaller dimensions.

Published

on

Credit: @JoeTegtmeyer/X

A rather mysterious Tesla vehicle was spotted during a recent drone flyover of the Giga Texas complex.

The vehicle, which was covered in a protective sheet, happened to be sandwiched between Tesla Model Y units, emphasizing its seemingly smaller dimensions.

A recent sighting

The covered vehicle was sighted by longtime Giga Texas watcher and drone operator Joe Tegtmeyer, who has long been following the developments and progress of the facility. In his recent flyover, which was done on August 29, the drone operator was also able to snap some footage near Giga Texas’ crash test facility.

Based on the video, one could see that Tesla has been busy crash testing some of its vehicles. A number of Model Y units could be seen near the test site, including one that had coverings on its front. In between two Model Ys was a vehicle that looked smaller and whose roofline looked a bit different. This vehicle has caught the attention of electric vehicle watchers, some of whom speculated whether it was the Cybercab or perhaps Tesla’s more affordable car.

Affordable models

During the second-quarter earnings call, Elon Musk highlighted that Tesla started production of more affordable models in June. These vehicles, the executive noted, would be made available to everyone this coming fourth quarter. “We’ll be running with the more affordable models available for everyone in Q4,” Musk said at the time. “The goal with those products was not to negatively impact revenue or gross margin, but just to make a car that everyone loves and wants at a more affordable price.”

Advertisement

While an affordable Tesla is exciting, some Tesla watchers also suggested that the covered vehicle in the drone operator’s recent flyover could have been a Cybercab, which has already been unveiled and which is notably smaller than a Model 3 or Model Y. The Cybercab is expected to start mass production sometime next year, with initial runs likely starting this 2025. 

Watch the drone operator’s recent video of the Giga Texas facility below.

Continue Reading

Trending