Skip to main content

This 32-rotor eVTOL aircraft is a one-seater that you build yourself

While plenty of money is being pumped into efforts to create a so-called “flying taxi” for viable urban mobility services, a startup founded in Japan three years ago is intent on creating a personal electric vertical-takeoff-and-landing (eVTOL) machine for solo flights.

The latest version of TeTra Aviation’s single-seater recently took to the skies in a test flight at Byron Airport about 50 miles east of San Francisco, with the 32-rotor Mk-5 aircraft captured soaring through the air in a video (below) posted on YouTube.

Open air eVTOL demonstration from teTra aviation / 空飛ぶクルマMk-5飛行試験 テトラ・アビエーション

This particular test flight, which appeared to go without a hitch, was operated remotely and had no one on board, but the next one will be flown by a pilot in the cockpit.

Designed to fly at speeds of up to 100 mph (160 kph), TeTra’s aircraft has a range of 100 miles (160 km) and can carry a single person weighing up to 250 pounds (113 kg).

The startup says it has already taken orders for its aircraft, which it hopes to start selling toward the end of next year. Potential customers are invited to inquire about pricing.

But take note — TeTra’s eVTOL aircraft isn’t for aviation amateurs, as you’ll need a pilot’s license to fly it. Oh, and it comes in kit form, too, so you’ll have to put it together yourself — and then have it inspected by an official from the Federal Aviation Administration to check that it’s airworthy.

Recognition

The efforts of Tokyo-based TeTra received a boost last year when it picked up a $100,000 award from U.S. aerospace manufacturer Pratt & Whitney as part of the Boeing-backed GoFly contest, an initiative launched in 2017 to encourage the development of personal flying machines.

But while TeTra is targeting its vehicle for personal use, a slew of companies big and small are working to design similar eVTOL aircraft for city-based flying taxi services.

Regulators will of course have the final say, but with advances in technology allowing for safer and more efficient flights of such vehicles, and efforts being made to create a robust traffic control service to handle the aircraft, some believe it won’t be too long before folks are zipping across town in the diminutive flying machines.

Editors' Recommendations

Trevor Mogg
Contributing Editor
Not so many moons ago, Trevor moved from one tea-loving island nation that drives on the left (Britain) to another (Japan)…
Volocopter offers tickets for first flights on its unique aircraft
volocopter offers tickets for flights on its unique aircraft images

If $250,000 for a seat on one of Virgin Galactic’s upcoming space tourism flights sounds a little on the pricey side, then how about a more modest $350 to become one of the first passengers on the extraordinary Volocopter?

A decade in development, the two-seat autonomous aircraft is the work of a German firm of the same name. When regulators give it the green light, Volocopter plans to use the vertical-takeoff-and-landing machine for air taxi services in urban areas.

Read more
How Intel and Microsoft are teaming up to take on Apple
An Intel Meteor Lake system-on-a-chip.

It seems like Apple might need to watch out, because Intel and Microsoft are coming for it after the latter two companies reportedly forged a close partnership during the development of Intel Lunar Lake chips. Lunar Lake refers to Intel's upcoming generation of mobile processors that are aimed specifically at the thin and light segment. While the specs are said to be fairly modest, some signs hint that Lunar Lake may have enough of an advantage to pose a threat to some of the best processors.

Today's round of Intel Lunar Lake leaks comes from Igor's Lab. The system-on-a-chip (SoC), pictured above, is Intel's low-power solution made for thin laptops that's said to be coming out later this year. Curiously, the chips weren't manufactured on Intel's own process, but on TSMC's N3B node. This is an interesting development because Intel typically sticks to its own fabs, and it even plans to sell its manufacturing services to rivals like AMD. This time, however, Intel opted for the N3B node for its compute tile.

Read more
How much does an AI supercomputer cost? Try $100 billion
A Microsoft datacenter.

It looks like OpenAI's ChatGPT and Sora, among other projects, are about to get a lot more juice. According to a new report shared by The Information, Microsoft and OpenAI are working on a new data center project, one part of which will be a massive AI supercomputer dubbed "Stargate." Microsoft is said to be footing the bill, and the cost is astronomical as the name of the supercomputer suggests -- the whole project might cost over $100 billion.

Spending over $100 billion on anything is mind-blowing, but when put into perspective, the price truly shows just how big a venture this might be: The Information claims that the new Microsoft and OpenAI joint project might cost a whopping 100 times more than some of the largest data centers currently in operation.

Read more