By Cheng Yu
Asia News Network
“Our self-driving truck is expected to achieve inter-city cargo transportation this year, within-city freight delivery by 2019 and inter-province delivery by 2020,” said He Xiaofei, founder and chief executive of Fabu, who was also former senior deputy president and a top self-driving expert of Chinese ride-hailing giant Didi Chuxing.
He said that the company’s self-driving truck is able to run automatically on roads 24 hours a day and seven days a week with a maximum speed of 70 kilometres per hour on fine days.
The move reflects a broader trend that China is gearing up to revamp its road delivery with unmanned trucks. An array of companies including Manbang Group, China’s largest Uber-like freight service provider, is jumping on the bandwagon to develop automation technologies with the aim of improving overall efficiency of the trucking industry.
According to global management consulting firm Bain & Company, China has become the world’s biggest road transportation market and the nation’s road freight has amounted to 6.1 trillion tonne-kilometres with a fleet of more than 5 million heavy-duty trucks and over 14 million light and medium trucks.
Bullish on the burgeoning market prospects, he left Didi and founded the company in July last year and has suince raised an undisclosed sum of money from Sinovation Ventures, a leading early stage venture capital firm.
“Compared with driverless passenger vehicles, commercial vehicles including unmanned trucks follow a fixed route, for example, from one warehouse to another, and run in a relatively simple road condition,” said He, adding that it’s also one of the reasons why commercial vehicles are likely to be up and running faster than passenger vehicles.
However, he said that developing driverless trucks faces a number of obstacles including stability and manoeuvrability, which poses higher requirements on technologies.
To solve the problem, Cao Yu, co-founder of Fabu, said that the company will develop independently dedicated chips and will integrate algorithm with chips to improve the reaction speed and power consumption.
“While the reaction speed of common driving and the current autonomous driving is 0.7 seconds and 0.3 to 0.5 seconds, respectively, it will only take 0.05 seconds for our trucks to react, which is even faster than that of F1 racing drivers,” he added.