Aircraft

Toyota-based SkyDrive aims Japanese flying car at daily driving masses

Toyota-based SkyDrive aims Japanese flying car at daily driving masses
The SkyDrive SD-05 takes to the air ahead of its official unveiling later this year
The SkyDrive SD-05 takes to the air ahead of its official unveiling later this year
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The SkyDrive SD-05 takes to the air ahead of its official unveiling later this year
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The SkyDrive SD-05 takes to the air ahead of its official unveiling later this year
SkyDrive employees pose with the SkyDrive SD-05
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SkyDrive employees pose with the SkyDrive SD-05
SkyDrive's path to type certification in Japan and US
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SkyDrive's path to type certification in Japan and US
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SkyDrive has long taken a leadership role in Japan's nascent eVTOL industry with sights on eventually making its flying cars as ubiquitous as automobiles. With time winding down on its long-time goal of unveiling its first production-bound multirotor electric aircraft to the world at this year's World Expo Osaka, the company has released the first photos of its vessel after taking the next step toward type certification.

Headquartered in Toyota, Japan, with early links back to the global automaker of the same name, SkyDrive has been a pioneer in Japan's eVTOL industry. Its "Skydrive2020" website reads a little out of date today, indicating its initial plans for 2020 Tokyo Olympics demo flights, but the company has continued making major strides and knocking off milestones each step of the way.

While the 2020 Olympics got pushed back to 2021, SkyDrive was still able to complete its first public demonstration flight in August 2020, following what it called the first manned multirotor flight in Japan in late 2019. Last year, it got the production lines for its reworked SD-05 eVTOL up and running in cooperation with manufacturing partner Suzuki.

Now, SkyDrive has announced that the Japan Civil Aviation Bureau (JCAB) has issued the company a G-1 certification basis for the three-seat SD-05, which it will call simply "Skydrive" moving forward. An essential step toward type certification and commercialization, the G-1 is effectively an agreement between SkyDrive and the JCAB as to the specific airworthiness and performance criteria that will be required for certification.

"The road to aircraft certification is broad and complex, particularly for new aircraft such as eVTOLs, where existing regulations are still under development and no standardized certification basis is available to anchor the process," SkyDrive explains. "This additional agreement now provides further clarity and direction."

SkyDrive's path to type certification in Japan and US
SkyDrive's path to type certification in Japan and US

As shown in the graphic above, the G-1 certification basis is the second step in the intensive certification process, following acceptance of the original application. SkyDrive has also had its application accepted by the FAA but has yet to be issued a certification basis by the US aviation authority. It is aligning its certification work in both Japan and the US to help expedite its path to globalized operations.

In Japan, SkyDrive's next step will be to work closely with the JCAB toward developing a comprehensive certification plan, complete with a testing schedule and procedures. After that plan is finalized, the builder will commence ground and air testing ahead of final verification.

As those remaining steps show, the G-1 certification basis issuance is still a far ways from putting Skydrive eVTOLs into operation across the skies, but it is another step toward SkyDrive's bigger goal, the deadline for which is fast-approaching. The World Expo in Osaka begins this April and runs until October. Here, SkyDrive will host the official world debut of the Skydrive aircraft and its first public demonstrations.

SkyDrive employees pose with the SkyDrive SD-05
SkyDrive employees pose with the SkyDrive SD-05

In anticipation of that debut, SkyDrive accompanied this week's certification update with the first official photos of the Skydrive/SD-05, which had previously been shown only in rendered form.

Plans call for the 37.7-foot-long (11.5-m) Skydrive to be powered by 12 electric rotors surrounding a cockpit with front pilot seat and two rear passenger seats. The 3,100-lb (1,400-kg) battery-powered craft will ultimately be capable of trips between 9 and 25 miles (15 and 40 km) on a full charge and speeds up to 62 mph (100 km/h). SkyDrive aims to offer a lighter, simpler and quieter alternative to the helicopters of today.

SkyDrive's ultimate vision is to make eVTOLs an everyday part of city life. With the launch of the first and successor Skydrive models, the company hopes to mold a future in which everyone has access to eVTOLs for daily transportation, both in Japan and across the world.

Source: SkyDrive

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11 comments
11 comments
YourAmazonOrder
Surrounded by spinning Ginsu knives… there has to be a better way.
riczero-b
Not sure of your point Amazon, in a conventional copter you're surmounted by a spinning mediaeval broadsword .
HokenPoke
Looks like vocopter
HokenPoke
@youramazonorder. Clearly you did not even look at the pic.
The blades are atop. Nonetheless even if they are next to you so what ?
You are inside the cockpit. The motors stop almost instantly before you step out.
Furthermore there are 1000s upon 1000s of turbine turboprops operating worldwide for decades with much bigger and more powerful momentum carrying propellers housed right next to passenger seats.
HokenPoke
Looks like Volocopter
Aermaco
The point being debated is that blades that spin at the living flesh level are the problem.
The difference between turboprops and all horizontal shaft aircraft props is that they exist in "cleared" areas as seen and controlled by the pilots and airport personnel but most importantly are not landing vertically anywhere near where bloody flesh travels; like animals, children, deaf, blind and suicide options exist etc potential to happen at the infinite VTOL sites everywhere.
No problem with the Volo and the ones that have their slicers above head level where only tall animals may suffer.
Komakai.Okane
At a weight of approx. 3,100 lbs., 2 passenger capacity and has a range of only 9 - 25 miles at full charge. What problem is this device solving?
Arcticshade
@Aermaco The shared belief by many of the population that Evtols will land and park next to each other like cars is a fairy tale. That will never ever happen Unless it has an anti gravity drive.
That out of the question means parking amidst people will never ever occur not just because of the danger of blades but because of the tremendous downwash it will create.
So the risk of turboprops and evtols remain the same. Except turbo props carry much more momentum, yet they operate legally everyday.
Steve Pretty
The issue that concerns me about this technology is the mention of the need for a pilot. If the pilot in question is going to be a highly trained professional such as today's helicopter pilots - where are we going to find the number needed to run a fleet of these things? They will not come cheap, and in this case, they take up one third of the available seats. If the pilot is to be the end user, I still imagine they will need extensive training and testing. No - the only way devices like this can succeed on a large scale is to be fully autonomous. I do believe the Chinese e-hang does that already?
Arcticshade
@ komakai. It solves A heap load of problems. Most driving occurs in and around your own city.
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