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Ford BlueCruise, GM SuperCruise ranked as best Driver Assistance systems, Tesla Autopilot ranks 7th

(Credit: Tesla)

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Ford’s BlueCruise and General Motors’ SuperCruise were ranked in the top two spots in Consumer Reports’ recent analysis of twelve Active Driving Assistance Systems, while Tesla Autopilot was ranked seventh.

Among the manufacturers involved in the study, Ford and GM performed better than Mercedes-Benz, BMW, Toyota/Lexus, Volkswagen/Audi, Tesla, Rivian, Nissan/Infinity, Honda/Acura, Volvo/Polestar, and Hyundai/Kia/Genesis. Ford and GM’s driver monitoring systems were also lauded during CR’s 2022 testing.

Systems were tested around a track at CR’s Auto Test Center and on a 50-mile loop on public roads from September to December 2022. Each system had forty separate tests, and was evaluated in five specific categories:  capability and performance, keeping the driver engaged, ease of use, clear when safe to use, and unresponsive driver.

According to the report directly from CR, Ford and GM’s ADAS options use “direct driver monitoring systems,” or DDMS, that require driver eyes to remain on the road, even while actions like steering, acceleration, and braking are being automated by the vehicles. These systems are crucial in CR’s grading scale, and the firm said it awards extra points to options that hold drivers accountable with DDMS. Additionally, systems that do not have DDMS will have points deducted.

Ford bluecruise

Ford BlueCruise (Credit: Ford)

Here are the gradings and ratings:

  • Ford BlueCruise/Lincoln ActiveGlide – 84
  • Chevrolet/GMC/Cadillac/General Motors Super Cruise – 75
  • Mercedes-Benz Driver Assistance – 72
  • BMW Driving Assistance Professional – 69
  • Toyota Safety Sense 3.0/Lexus Safety System+ 3.0 – 65
  • Volkswagen Travel Assist/Audi Adaptive Cruise Assist – 62
  • Tesla Autopilot – 61
  • Rivian Highway Assist – 59
  • Nissan/Infiniti ProPILOT Assist – 58
  • Honda Sensing/Acura AcuraWatch – 58
  • Volvo/Polestar Pilot Assist – 53
  • Hyundai/Kia/Genesis Highway Driving Assist – 47

The Elephant in the Room: Where Tesla Fell Short, according to CR

Tesla was given the following grades in the five categories that were assessed:

  • Capabilities and Performance – 9/10
  • Keeping Driver Engaged – 3/10
  • Ease of Use – 5/10
  • Clear When Safe to Use – 3/10
  • Unresponsive Driver – 4/10

CR said that Tesla has fallen from its second-place spot in 2020 to mid-pack because the automaker “hasn’t changed Autopilot’s basic functionality much since it first came out, instead just adding more features to it.”

“After all this time, Autopilot still doesn’t allow collaborative steering and doesn’t have an effective driver monitoring system,” Jake Fisher of CR said. “While other automakers have evolved their ACC (adaptive cruise control) and LCA (lane-centering assistance) systems, Tesla has simply fallen behind.”

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One portion of the testing where CR was most critical was when Tesla and Mercedes-Benz’s systems allowed the vehicle to drive down the highway completely hands-free for roughly thirty seconds before audible alerts were given. Kelly Funkhouser, CR’s Manager of Vehicle Technology, estimated that it was roughly a half mile on a highway before the vehicles alerted the driver to pay attention to the road.

Tesla does have cabin cameras that monitor driver inattentiveness. The Model Y Owners Manual says the following:

“The cabin camera can determine driver inattentiveness and provide you with audible alerts, to remind you to keep your eyes on the road when Autopilot is engaged. By default, images and video from the camera do not leave the vehicle itself and are not transmitted to anyone, including Tesla, unless you enable data sharing. If you enable data sharing and a safety critical event occurs (such as a collision), Model Y shares short cabin camera video clips with Tesla to help us develop future safety enhancements and continuously improve the intelligence of features that rely on the cabin camera.”

In May 2021, Tesla activated camera-based driver monitoring. “The cabin camera above your rearview mirror can now detect and alert driver inattentiveness while Autopilot is engaged,” Tesla said in the notes. Tests of Tesla’s driver monitoring tests showed the system was effective in some instances, especially when looking at cell phones, with alerts coming in 15 seconds.

Tesla was complemented with its lane centering, as it gave smooth steering inputs and kept the car near the center of the lane on straight and curved roads.

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However, more compliments came from CR with Tesla’s Adaptive Cruise Control. “The ACC function of Tesla’s Autopilot system is capable of stopping the car, such as at a red light behind another vehicle, for an unlimited amount of time before resuming again. But without an adequate driver monitoring camera,” Funkhouser said,” this is potentially unsafe as there’s no way to know whether the driver is paying attention when the vehicle starts moving again.”

Tesla’s system apparently differs from GM and Ford’s in the sense that BlueCruise and Super Cruise as “both point infrared cameras at driver faces and sound an alert if the driver stops paying attention to the road, even if just for a few seconds.”

You can read Consumer Reports’ full report here.

I’d love to hear from you! If you have any comments, concerns, or questions, please email me at joey@teslarati.com. You can also reach me on Twitter @KlenderJoey, or if you have news tips, you can email us at tips@teslarati.com.

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Joey has been a journalist covering electric mobility at TESLARATI since August 2019. In his spare time, Joey is playing golf, watching MMA, or cheering on any of his favorite sports teams, including the Baltimore Ravens and Orioles, Miami Heat, Washington Capitals, and Penn State Nittany Lions. You can get in touch with joey at joey@teslarati.com. He is also on X @KlenderJoey. If you're looking for great Tesla accessories, check out shop.teslarati.com

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Tesla Robotaxi makes major expansion with official public app launch

Tesla officially announced on early Thursday morning that its Robotaxi suite is officially public, launching its separate Robotaxi app to iOS users for the first time, allowing them to test out the driverless ride-hailing platform.

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Tesla has made a major expansion with its Robotaxi platform, marking its official public launch of the app for iOS users.

Tesla has had an active Robotaxi program for two and a half months now, launching it for the first time in Austin, Texas, in late June.

It was not a public beta, as the company extended invitations to a select group of relevant influencers and media in the space, aiming to keep things relatively private until confidence in its performance was established.

Over the past ten weeks, Tesla has expanded its fleet size, its geofence, and its list of invitees on several occasions. However, it was still not offering rides to anyone on the street. That has changed.

Tesla officially announced on early Thursday morning that its Robotaxi suite is officially public, launching its separate Robotaxi app to iOS users for the first time, allowing them to test out the driverless ride-hailing platform:

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Once you download the app, you will be put on a waitlist to enter the company’s list of riders. It seems that the earlier you download and join, the sooner you will be able to test one of the company’s driverless Model Y vehicles in the city.

The expansion of the app marks a major achievement for Tesla in the sense that the company is confident to begin allowing more riders to utilize the platform. It may also be looking for a more local consumer base, as many users of the app do not reside in Austin. Tesla may hope to attract more daily users who would utilize Robotaxi for their commute to work, rides to dinner and social events, and other regular uses.

In its nearly three months of operation, Tesla has expanded the Robotaxi geofence in Austin on three occasions, with the most recent bringing the Service Area to 190 square miles.

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Tesla Robotaxi geofence expansion enters Plaid Mode and includes a surprise

The most recent growth included new territories, including Giga Texas, the company’s manufacturing facility, Austin-Bergstrom International Airport, and freeway driving for the first time.

Freeways are where Tesla has taken a slightly different approach, as it will be moving the safety monitor to the driver’s seat for those trips for the time being.

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Tesla’s next-gen Optimus prototype with Grok revealed

The video shows a new Optimus prototype answering questions and taking some very robotic steps, evidently revealing that the next-generation version is in its early stages of development.

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Tesla’s next-generation Optimus robot with AI assistant Grok has been revealed in a new video shared on X.

Tesla CEO Elon Musk was with Salesforce CEO Marc Benioff last night, and it appears the frontman gave Benioff an exclusive look at some upcoming technology.

Tesla talks Semi ramp, Optimus, Robotaxi rollout, FSD with Wall Street firm

The video shows a new Optimus prototype answering questions and taking some very robotic steps, evidently revealing that the next-generation version is in its early stages of development. It features Grok for some additional utility, as it answered questions Benioff asked in the short video.

Here’s what was uploaded to X:

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It appears that there are several big changes to this next-generation version of Optimus, some of which have been discussed by Musk and Tesla in the past.

The first is purely cosmetic, but the gold color that Optimus is wearing in this is a new and fresh look that we have not seen before.

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Perhaps the most interesting change that is evident here is the hands, which are much more detailed than past versions of Optimus:

However, we’re not too sure that these are what will be released with the next-gen Optimus, because they don’t appear to be functional, and they are more reminiscent of mannequin hands than anything.

The hands on Optimus have been a significant part of the program, as they are among the most crucial pieces of equipment on a robot. It needs to be able to perform both delicate and more imposing tasks. Tesla has aimed for Optimus to be able to thread needles or play the piano.

It was one of the most discussed improvements the company mentioned in past comments regarding how it planned to improve from Gen 2 to this next version.

Musk mentioned regarding Optimus:

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“Next-generation Optimus hand, which we have in prototype form, has actuators that have moved to the forearm, just like humans, and they operate the fingers through cables, just like human hands.”

Within Optimus lies a significant opportunity for Tesla to gain considerable strength in terms of market share and valuation.

If Tesla can efficiently develop and deploy the humanoid robot over the next several years, the company stands to gain, as companies will utilize it for tasks that require tedious labor.

Musk recently said Optimus will be a major contributor to Tesla’s valuation moving forward. He believes it will make up roughly 80 percent of the company’s value.

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Tesla CEO Elon Musk to provide more details for Master Plan Part IV

Musk stated that he would be adding specifics to the plan in a later update.

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Credit: xAI/X

Tesla CEO Elon Musk will be adding more specifics to the recently-released Master Plan Part IV. Musk shared the update on social media platform X amidst conversations about the general nature of the Master Plan Part IV. 

In a conversation on X, Musk responded to a post from Tesla retail shareholder and bull Dave Lee, who observed that the currently released Master Plan Part IV could really just be the introduction to the real plan due to its absence of specifics.

Elon Musk responded, stating that he would be adding specifics to the plan in a later update. “Fair enough. Will add more specifics,” Musk wrote in his post.

Tesla has been following Elon Musk’s Master Plans for decades. The first Master Plan, released in 2006, outlined the company’s path from the original Tesla Roadster to the Model 3, as well as the first steps for Tesla Energy. Master Plan Part Deux, released in 2016, covered the ramp of Tesla Energy, the expansion of Tesla’s vehicle lineup, and the rollout of a Robotaxi service.

Master Plan Part 3 was more ambitious as it was generally an in-depth proposal for achieving a global sustainable entry economy by transitioning to electricity-powered vehicles, homes, and industry, which will, in turn, be powered by renewable energy sources like solar and wind. Master Plan Part 3 also included a five-step plan to accomplish this, allowing the world to transition to a fully electrified future. 

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Master Plan Part IV, which was released a few days ago, focused on automation and artificial intelligence to achieve sustainable abundance. But while the first two Master Plans were very clear and specific and Master Plan Part 3 was very in-depth, Master Plan Part IV was quite general and vague in comparison. It was easy to tell that Optimus would play a big role in the pursuit of sustainable abundance, but apart from that, there were no specifics as to how Tesla intended to achieve its goals.

Fortunately, these specifics would be discussed by Musk in a later update to the plan.

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