New driverless Kar-Go delivery vehicle to hit roads in 2018
British start-up company has raised £321,000 to fund its driverless cargo van that is claimed to cut ‘last-mile’ delivery costs by 90%
Driverless delivery vans will make it onto UK roads next year, helping to drastically cut the industry’s transport costs and enable 24 hour service.
Welsh start-up company The Academy of Robotics, which recently revealed its Kar-Go autonomous vehicle prototype, has received £321,000 in investment from crowdfunding and will receive the same figure again from a yet to be name tech brand. Company boss William Sachiti describes the investor as “one of the largest tech companies” in the world.
With its cash injection, University of Aberystwyth-based The Academy of Robotics can ramp up development of the Kar-Go. The van can control itself using sensors and artificial intelligence (AI) to learn its surroundings, enabling it to drive through unmarked urban roads to reach almost any address.
In the earliest months of its use, Kar-Go will only be able to run on residential roads, but it is intended to eventually be used on all road types. Once this happens, Academy of Robotics estimates that the use of its vehicle could enable savings of up to 90% in the last leg of deliveries, where vans are still the most common method of transportation.
The Kar-Go features storage compartments for different packages, which Sachiti said can “automatically select the package belonging to the corresponding customer”.
The company has a working prototype that can drive itself on unmarked roads and pavements between any two locations. “We are also simultaneously working with Pilgrim to create street-legal versions,” added Sachiti.
The Kar-Go is due to be produced by UK car manufacturer Pilgrim, which makes low-volume cars including a V8 Cobra model at its West Sussex site.
The Kar-Go isn’t the first driverless delivery vehicle to have been produced; Amazon has been experimenting with autonomous flying drones that are able to deliver packages to addresses.
Source: Autocar Online