Taxi Drone to Be Tested in Nevada

The autonomous drone, dubbed 184, can carry one passenger and was developed by Chinese company EHang. A prototype was shown off at this year's Consumer Electronics Show in Las Vegas, with the company hoping to sell the drones later this year, said BBC News.

Officials from the Nevada Institute for Autonomous Systems granted permission for the drone to be tested and offered to help EHang submit the results to the Federal Aviation Administration in a bid to win further approval. It is not clear whether the drone will carry a passenger during tests. It is likely to sell for $200,000.

The prototype drone is more than 4-ft. tall, weighs 440 lbs. and has eight propellers.It can carry a single passenger for 23 minutes at 60 mph. Passengers enter their destination on a 12-in. touchscreen in front of their seat, and the drone's on-board computer works out the best route.

There is no passenger over-ride function, meaning the user cannot take control in an emergency. In the event of a malfunction, the drone would land in the nearest available area. Regulation of commercial drones has proved tricky in both the United States and Europe, and some doubt passenger drones will ever get off the ground.

"It feels like it is a long way off," said Douglas McNeill, a senior analyst at consultancy Macquarie. "Drones will first have to prove their worth in less people-facing roles such as deliveries of small cargo. The other question is whether people will be willing to fly in a pilotless aircraft, and that seems like a big leap. People are sensitive to reduced journey times, and if drones could do that it would be a big plus, but I'm not sure that they can. Consumers are led by what regulators say are safe. And if they say these drones are safe, people might be more willing."

Read more:

Suggested Articles

Apple finishes week at all-time high on news of a tentative trade deal with China

A study conducted by AAA revealed that automatic emergency braking systems with pedestrian detection were ineffective, particularly at night.

HIR document watches if components from different makers will function in a system