Autonomous

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Tesla’s driver assistance systems are currently under the scrutiny by federal authorities, but video footage of its full-self driving package in operation shows just how close it is to replicating real human behavior.

You might even say it’s a little too human-like after watching this video from AI DRIVR. The Tesla-driving YouTuber has been testing out the FSD Beta software for several months on his Model S and produced a number of videos that show the technology attempting to tackle different real-world traffic scenarios. And the latest video shows just how much more confident FSD has become in its latest 10.2 incarnation.

First, in its recent form it seems much better at predicting the behavior of other vehicles, rather than simply seeing their initial movement – something that’s always been one of the biggest issue with basic adaptive cruise control systems. We see a mail truck go to make a three-point turn in the road, and instead of trying to fit through the gap that appears when the truck makes the first part of its maneuver, the Tesla waits for the truck to back up and drive away.

But in other situations its assertiveness is genuinely surprising. It creeps forward at intersections on the Berkley, CA, route, and begins to move into the road before the other cars have fully cleared, just as a human driver might. At one junction it even cheekily cuts in front of a Prius, again, like a human might if they were late for work, and is rewarded by a blast of horn from the irate Toyota driver.

Related: Elon Musk Says Tesla’s Beta Testers Are Ignoring Their NDAs

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The Model Seven treats stop signs like humans often do, not quite coming to a halt as it goes to make a right turn, but simply checking the road is clear before moving out. The maneuver is safe, but an officious cop could still pull you over. And when it needs to move wide to give cyclists room it crosses the central lines, moving deep into the oncoming lane, unperturbed by an approaching car. Which a human might do, too, but is a rather ill-advised move.

Tesla has received criticism from some tech experts for relying solely on camera-based systems rather than highly detailed maps and lidar, a technology Elon Musk has described as a “stupid, expensive and unnecessary”. Instead, it hopes to improve its cars self-driving capabilities by developing a neural network, drawing on the behavior and experiences of Tesla drivers.

Although Musk conceded that Tesla’s FSD Beta was “actually not that great” back in August, on this evidence, FSD does a mostly great job of tackling some tricky traffic situations on Berkley’s narrow, twisty streets. But it doesn’t get everything right, occasionally veering between lanes (fortunately on a quiet bit of road) when it gets confused. And there were a couple of occasions when the driver had to intervene.

Tesla warns drivers participating in the FSD Beta test to keep hold of the wheel at all times, and AI DRIVR claims he does, but you can imagine many other drivers leaving the car to its own devices. So, having seen this footage, would you let a FSD Tesla drive you home?


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Just a few days after Motional unveiled its Hyundai Ioniq 5-based robotaxi at the Munich Motor Show, a prototype has been spied by a CarScoops reader several thousand miles across the Atlantic on American shores.

This heavily-camouflaged prototype was spied testing at an airport in Las Vegas and certainly appears to have turned quite a few heads. It is equipped with an array of sensors previewed through renderings released by Motional last month.

Read More: Hyundai Ioniq 5 Robotaxis With Level 4 Autonomous Tech Coming To Lyft In 2023

The Ioniq 5 robotaxi has no less than 30 sensors that includes a host of cameras, radar, and LiDAR. Sensors can be seen on the roof of the car, as well as its front fascia, front quarter panels, and rear-end. A driver was pictured behind the wheel controlling the car but when development of it is complete, Motional hopes to remove the driver completely and use a remote vehicle assistance as a safety redundancy, allowing a remote operator to control the robotaxi in the event of something unexpected happening.

“For the Ioniq 5-based robotaxi, we have applied various redundancy systems, in addition to a suite of essential technologies to ensure safety and convenience of the passengers,” head of the Autonomous Driving Center at Hyundai Motor Group, Woongjun Jang recently said in a statement. “By successfully integrating the Group’s Ioniq 5 Robotaxi with Motional’s autonomous driving technology, we are proud to announce that we have achieved another important milestone on the road to the commercialization of our robotaxi.”

The vehicle will begin to transport passengers in 2023 through a partnership with ride-hailing giant Lyft, meaning Motional and Hyundai still have plenty of time to get the autonomous EV ready for launch.

Thanks to Aditya Gaur for the photos!

more photos…

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In October, Tesla rolled out its Full Self-Driving Beta software to a handful of owners to test the feature, and this clip offers a glimpse of what the system is capable of.

The Full Self-Driving suite of autonomous technologies is arguably the closest thing currently available to full autonomy, so it’s interesting to see how it performs in a real-world scenario.

During this video, a Model 3 equipped with the system approaches a garbage truck on the road that’s traveling slowly and stopping frequently. The car’s systems soon decide that the best course of action would be to overtake it.

Watch Also: Should You Spend $10,000 On Tesla’s Full Self-Driving System?

As such, the Tesla moves slightly to the left to see if there are any vehicles ahead and if it’s safe to overtake. Before long, the Tesla recognizes that there is no oncoming traffic and overtakes the garbage truck.

On the one hand, this is a pretty impressive demonstration of the vehicle’s abilities. However, it was far from a smooth overtaking maneuver, as the driver did have to intervene at one stage when the Model 3 tried to get back into its lane too soon.

Then, the car stayed in the opposite lane for far longer than it needed to. So, while it did get the job done, the whole process could have been smoother.

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Nissan today unveiled the long-awaited restructuring plan and, as expected, news is not good.

The four-year plan outlines some radical decisions, such as the closing of the Barcelona plant in Spain from December 2020. Operational since 1983, the facility currently employs approximately 2,400 people, with another 600 workers in several related facilities.

The plant builds commercial vehicles, including the Navara pickup which Nissan intends to relocate to South Africa. Also made in Barcelona is the e-NV200 electric van which, according to reports, could be built at Renault’s plant in Maubeuge, France.

See Also: Renault, Nissan Outline New Alliance Strategy Focused On Deeper Cooperation

Nissan e-NV200 electric van made in Barcelona

Closing the Barcelona plant is just one decision included in the four-year plan through which Nissan aims to “achieve sustainable growth, financial stability and profitability by the end of fiscal-year 2023.”

Nissan said it will take “decisive action” to transform its business by streamlining unprofitable operations and surplus facilities, alongside structural reforms. The company will also reduce fixed costs by “rationalizing its production capacity, global product range and expenses.” In addition, Nissan will prioritize and invest in business areas expected to deliver a solid recovery and sustainable growth.

The goal is to achieve a 5 percent operating profit margin and a sustainable global market share of 6 percent by the end of fiscal year 2023. The plan is focused on two strategic areas: rationalization and prioritizing core markets and core products.

Nissan will cut its production capacity and global product lineup by 20 percent

Besides closing the Barcelona plant, rationalization measures also include cutting Nissan’s production capacity by 20 percent to 5.4 million units a year, achieving a plant utilization rate above 80 percent, cutting the global product lineup by 20 percent from 69 to fewer than 55 models, and consolidating North American production around core models.

Other restructuring targets consist of reducing fixed costs by approximately 300 billion yen ($2.78 billion), closing the plant in Indonesia and focusing on the Thailand factory as a single production base in the ASEAN region, and sharing resources with Alliance partners, including production, models, and technologies.

Nissan will leave South Korea and close the Datsun business in Russia

The second part of the plan involves prioritizing core markets and core products. From a market standpoint, actions to be taken include focusing Nissan’s core operations in Japan, China and North America, leveraging the Alliance assets to maintain an appropriate operational level in South America, ASEAN and Europe, leaving South Korea and the Datsun business in Russia, as well as streamlining operations in some markets in ASEAN.

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From a product perspective, Nissan will focus on global core model segments including “enhanced C and D segment vehicles, electric vehicles, sports cars” as the automaker plans to introduce 12 models over the next 18 months. Nissan will expand its presence in EVs and electric-motor-driven cars, including e-Power, with more than 1 million electrified sales units a year by end of fiscal year 2023. In Japan, the company will launch two more electric vehicles and four more e-Power vehicles, therefore increasing the electrification ratio to 60 percent of sales.

Finally, Nissan will introduce the ProPilot advanced driver assistance system in more than 20 models in 20 markets. By the end of fiscal year 2023, the automaker wants more than 1.5 million units to be equipped with this system each year.

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