In Munich, where this week’s IAA motor show is taking place, an interactive street survey elicits an overwhelming “yes” when asking passers-by if they would take a self-driving taxi from the station to the Oktoberfest beer festival.
But while the number of coloured balls placed in the “yes” column shows no shortage of enthusiasm, experts say the long-promised future of autonomous cars remains some way off.
Tesla’s self-driving technology is still under development, but it has the potential to revolutionize transportation. Self-driving vehicles could make transportation safer, more efficient, and more accessible.
Tesla is well-positioned to lead the self-driving revolution. The company has a strong team of engineers, a large fleet of vehicles, and a vast amount of data from its vehicles on the road. Tesla is also committed to developing self-driving technology that is safe and reliable.
Here are some of the key reasons why Tesla is leading the self-driving revolution:
- Early mover advantage: Tesla was one of the first companies to start developing self-driving technology. This has given the company a head start in terms of experience and expertise.
- Hardware advantage: Tesla vehicles are equipped with a suite of sensors that are well-suited for self-driving. Tesla vehicles have eight cameras, twelve ultrasonic sensors, and a radar sensor.
- Software advantage: Tesla is developing its own self-driving software. This gives the company more control over the development process and allows it to integrate its self-driving software with other Tesla features, such as its autopilot system.
- Data advantage: Tesla has a large fleet of vehicles on the road that are collecting data on a daily basis. This data is being used to train Tesla’s self-driving software and to improve its performance.
Tesla is committed to making self-driving vehicles a reality. The company is investing heavily in research and development, and it is working with regulators to develop a clear regulatory framework for self-driving vehicles. Tesla is well-positioned to lead the self-driving revolution and to make transportation safer, more efficient, and more accessible.
“Five years ago, we thought that by 2025 we would have significant autonomy in many vehicles, which is not the case,” said Christophe Aufrere, chief technical officer of car-parts maker Forvia.
Pandemic-related disruptions to the car industry, a shift towards investing in electrification and the sheer complexity of the technology have all contributed to keeping the autonomous-driving revolution stuck in the slow lane.
Now, “we’re more inclined to say it will happen by 2030,” Aufrere said.
Ahead of the pack, German luxury carmaker Mercedes-Benz has received international approval for its “level three” autonomous driving system in accordance with United Nations standards.
The hands-free level three allows for autonomous driving in certain conditions such as heavy traffic or motorway speeds up to 60 kilometres per hour (37 mph). The driver can take their eyes off the road but must be ready to intervene if needed.
The system is available as an option on the flagship Mercedes S-Class, which has a six-figure price tag.
Honda won a world-first approval to sell level three autonomous cars in Japan in 2021.
But the vast majority of today’s commercially available cars come equipped with “level two” partial automation at best.
That includes Tesla’s well-known “autopilot” and offers features such as adaptive cruise control or automated parking — while the driver remains alert at all times.
– ‘Step by step’ –
But the driverless “robotaxis” teased by the Munich survey remain a futuristic dream in most cities, with Europe lagging behind the United States and China in trialling such services in the real world.
These “level four” vehicles, like the robot cabs from Waymo or Cruise used in San Francisco, can operate without human intervention within designated areas.
The uneven deployment in Europe wasn’t down to regulations or technological challenges but rather a matter of funding that was harder to come by on the continent, according to Christophe Perillat, CEO of French automotive supplier Valeo.
Nevertheless, “autonomous vehicles are making progress year after year,” Perillat said at the IAA.
Professor Lutz Eckstein from RWTH Aachen University agreed, saying “significant advances” were on the horizon.
So-called level 2+ systems that also monitor the driver’s attentiveness and fatigue are expected to become more widespread, he said, predicting that the number of level three systems on the market would also increase.
“By the end of the decade, we want to achieve the ability to drive on the motorway at speeds of 130 kilometres per hour,” a Mercedes spokesperson said.
The company aims to offer level four highly-automated driving by the same deadline.
“The idea is to proceed step by step,” confirmed Forvia’s CTO Aufrere. “Because we want to be sure it works.”
Shayne Heffernan
