00:00Welcome to the video from the AutoMagazine Tuning Blog.
00:03On the subject of the L4 vehicle with 10 load sensors,
00:07jointly presented by GAK ION and DD Autonomous Driving at the 2025 Shanghai Auto Show.
00:14This innovation, based on the GEAR ION Real Tyrannosaurus,
00:18marks a remarkable advance in autonomous driving technology.
00:23Its sensor package comprises a total of 33 units,
00:26exceeding the industry average of 20 sensors by 65%.
00:31The 10 sensors consist of 4 long-range sensors that detect objects up to 200 meters
00:39and 6 blind spot units,
00:41which enable 360 degrees detection and can register obstacles from just 10 centimeters away.
00:49The heart of the system is a central processing unit with a performance of 2,000 tops
00:54or trillions of computing operations per second,
00:57which corresponds to the combined performance of more than 60 high-end smartphones
01:01or 10 powerful PC graphics cards.
01:05This enormous computing capacity aims to noticeably increase the safety,
01:10driving experience, and efficiency of autonomous driving.
01:14To prevent failures, the vehicle relies on redundant backup solutions
01:18for eight safety-critical components such as sensors, brakes, and power supply.
01:24GAK ION is thus aiming for a system safety target of one failure in 10 to 9 hours,
01:29internally referred to as one FIT,
01:32making it 1,000 times safer than today's aviation standards.
01:36The redundancy operates on three levels, algorithms, software, and hardware.
01:40GAK ION's all-electric platform forms the basis,
01:45complemented by a globally-compatible safety-redundancy architecture
01:49specifically developed for L4 autonomy,
01:52providing multiple safeguards for braking, steering, communication, and power paths.
01:58The cooperation with GAK also enabled noticeable cost and manufacturing advantages.
02:04According to Didi, the financial outlay is reduced by 74%
02:08compared to retrofitted robo-taxis.
02:11The usable trunk space increases by 88%,
02:15and assembly is seven times more efficient.
02:19Series production is scheduled to begin by the end of 2025.
02:24The first demonstration deployments are planned to begin in 2026
02:28in selected districts of Guangdong and Beijing.
02:32Just one year later, both companies are also planning an L4 version
02:36specifically tailored to private customers.
02:40As always, you can find the link to read the article in our magazine in the video description.
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