Renewable Revolution

Technology => New Inventions => Topic started by: AGelbert on May 03, 2014, 10:22:44 pm

Title: The Electric Powered Ultralight Aircraft HAS ARRIVED.
Post by: AGelbert on May 03, 2014, 10:22:44 pm

When solar cells become incorporated in the wing, they'll be able to FLY ALL DAY!  ;D
Title: Re: The Electric Powered Ultralight Aircraft HAS ARRIVED.
Post by: AGelbert on May 03, 2014, 10:33:25 pm
Title: Re: The Electric Powered Ultralight Aircraft HAS ARRIVED.
Post by: AGelbert on May 03, 2014, 10:41:46 pm
Title: Electric Powered Flying BICYCLE!
Post by: AGelbert on May 19, 2014, 01:16:07 am

Title: Electric Aircraft
Post by: AGelbert on August 11, 2018, 03:15:03 pm
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Electric Flight Dominates Air Mobility News At The 2018 International EAA AirVenture Oshkosh Event

August 10th, 2018 by Nicolas Zart

EAA AirVenture Oshkosh 2018

The great thing about air events is that airplanes can come from far away. The not so great thing is that if the event is far, you too have to travel to it. But this year’s 2018 EAA AirVenture Oshkosh was well worth the travel, as it attempted to show a clearer picture of our near future mobility.

EAA AirVenture Oshkosh 2018

eVTOL Aircraft, Air Taxis, and ePlanes Becoming Popular Terms

Drones, going beyond their military origins, have reached almost every form of aerial transportation. It’s fresh new target: reopening the door to personal air mobility.

The Black Fly is a personal air mobility vehicle from Opener we covered a little while ago. It is now fully qualified via FAA Part 103 as an ultralight air mobility vehicle and is thus limited to 62 mph (100 km/h or 53 knots), with a range of 25 miles (40 km). Its maximum performance is higher than that. Opener is intelligently marketing its Black Fly, via Plane & Pilot magazine, as a fun aerial mobility device which needs no special pilot license.

We covered the Kitty Hawk Flyer eVTOL flight recently, and the Kitty Hawk team is now inviting certain press members to test fly the Flyer in Nevada. This eVTOL aircraft is also a certified (FAR) Part 103 ultralight aircraft. Hey, Kitty Hawk team, you know we live in Los Angeles, don’t you?

EAA AirVenture Oshkosh 2018

Following our Rolls Royce air taxi story last month, we learned that Aston Martin has now partnered with the company for its Volante, a luxury autonomous aircraft (AV). The idea piggybacks on the Rolls-Royce eVTOL platform and shows that the companies are aiming to tackle our future mobility needs.

EAA AirVenture Oshkosh 2018

There was also excellent news from the Sun Flyer team, with a release stating the company received another 20 orders from the Spartan College training school (h/t FlyingMag). Essentially, Bye Aerospace announced that a Siemens electric motor is powering its electric two-seat Sun Flyer 2 proof of concept. The 90 kW (115 hp) electric motor propels it to 135 knots (155 mph).

If you know how expensive operating an airplane is, hang on to how much it is for the Sun Flyer 2 — $3 an hour for electricity  ;D. Pipistrel also estimates the cost of flying its electric plane is $3 an hour, and the total operating cost would be $25 an hour — far, far below most airplanes. (

Lastly, you may recall our Aero Verdego e-plane story that we ran a while back. The company has just announced a radical shift in strategy. It will now focus on leveraging its ability with hybrid powertrains, electric aerospace propulsion, and altitude control of VTOL aircraft for the new Urban Air Mobility market that is developing. We say, congratulations!

Not bad for a summer 2018 EAA AirVenture Oshkosh!
Title: Re: The Electric Powered Ultralight Aircraft HAS ARRIVED.
Post by: AGelbert on August 11, 2018, 06:41:13 pm
BlackFly ⚡ Ultralight Attracts Attention in AirVenture's Innovation Showcase


Published on Jul 25, 2018

Opener, Inc. brought version three of its BlackFly ultralight aircraft to AirVenture 2018. In this video, Alan Eustace explains the history of the aircraft and some of its features.

Title: Re: The Electric Powered Ultralight Aircraft HAS ARRIVED.
Post by: AGelbert on August 11, 2018, 06:54:26 pm


Minds Eye Design

Published on Jun 21, 2018

Are these 10 electric planes the future of aviation? Here is our list of 10 amazing electric aircraft - the future of aviation.
Title: Electric ⚡ Air Taxi 🦅
Post by: AGelbert on August 12, 2018, 05:43:39 pm
Meet Cora 🦅

Kitty Hawk

Published on Mar 12, 2018

Meet Cora, Kitty Hawk's prototype air taxi that was designed and built to bring the freedom of flight to our everyday lives.

Cora combines electric propulsion, vertical take-off and self-flying software to pioneer an entirely new way to move.

Title: Re: The Electric Powered Ultralight Aircraft HAS ARRIVED.
Post by: AGelbert on October 24, 2018, 02:04:10 pm
FAA OKs Third Ultralight eVTOL

October 22nd, 2018 by Nicolas Zart


Apparently, “WORLD’s FIRST No pilot LICENCE, No aircraft CERTIFICATION official approved personal drone HOVERBIKE S3 2019″ really irked the FAA. Officially, the FAA determines whether an aircraft, such as the Hoversurf model, meets the aviation § 103.1(a), (c), and (e) requirements. The Hoverbike S3 does, so take that to mean it’s been approved if you like, but don’t go too far with the claim if you don’t want to upset the FAA. eVTOLNews posted the FAA letter.


What surprised me is the relatively small battery pack, which is 12.3 kWh. While small on paper, the battery pack gives the HoverBike S3 40 minutes of autonomy in drone mode. That comes down to 10 to 25 minutes dependent on the weight of the pilot and weather conditions. The Hoverbike can be charged in 2½ hours without removing the batteries.

How much is the beast? The Hoverbike S3 2019 limited edition will cost $150,000 ( and requires a $10,000 reservation deposit for an estimated delivery of 2 to 6 months.  :P

Full article:

Agelbert COMMENTS: I am an experienced pilot and former Ultralight Aircraft Flight Instructor. I know exactly how these butterfly type aircraft fly and how they handle winds and/or turbulence.

The difference between an Ultralight and 'normal' aircraft (from "light" aircraft to a Commercial Jumbo jet) comes down to the fact that the weight of the pilot is a LARGE percentage of the total weight being flown above the ground. The weight rules (empty weight - aircraft without fuel and pilot(s) - versus gross weight) vary by country but you can assume that the pilot weight represents at least  40% of the gross weight.

This means that if you are a midget or anorexic, the aircraft will perform much better.  😀
But of course, most people are not midgets or anorexic thin.

These E-VTOLs have the drone software to keep the pilot from, in theory, making mistakes. BUT, since a pilot is so heavy in comparison to the overall machine, the software CAN be overcome temporarily by a large side force from a sudden pilot movement. Add to that gusty wind conditions and you have a very precarious situtation.

Controlling an Ultralight in gusty winds is very difficult. I know all about it. We did not fly in those conditions. We would run out to the runway on either side of an ultralight trying to land in gusty conditions to grab the wing ends (Quicksiilver aircraft) so the wind would not flip the plane when the pilot got it on the runway. They are just too light to resist wind gusts with flight controls while on the ground at speeds below 20 mph.


The E-VTOLS have the advantage of not having large wing surfaces. BUT, they will be every bit, if not more so, as hard to handle in gusty winds as the typical Ultralight.

IOW, the E-VTOL is a fair weather flying machine ONLY👎 .  It will never be a commuter vehicle or a work vehicle (e.g. herding animals in remote areas, boundary secority patrol, transmission tower power line inspection, routine wind turbine inspection, etc.).

All the advantages of a a drone are lost when you put a pilot into a drone software controlled machine. 😟

I would love to have one of these E-VTOLs for fun, but I doubt they will be affordable for the average person. They will be a toy for the rich, period.👎

All that said, IF they make an all weather E-VTOL (more powerful motors with a large battery pack and enclosed cabin), then it can become a practical commuter or work vehicle.

I think it is cheaper to just electrify ⚡ Ultralights. They don't need a lot of space to take off (even less to land!) and they can fliy at 45 mph to inspect and observe for hours with a nice battery pack.👍 😎


They really need enclosure ducts around those pedestrian slicing fans. With these motorcycle-like vehicles, the rider is equally in danger from them.

   Kurt Lowder > Andy
my thoughts exactly. that looks terrifying

      Brent Jatko > Kurt Lowder
I can see grisly (is there any other kind?) pedestrian decapitations already.

         Agelbert >  Brent Jatko

Well said. If I were to design one of these E-VTOLs, I would put the pilot/passanger location BENEATH the props, not above it. It looks kike they took a drone, upsized it, and slapped a pilot seat on it 👎 . Yeah, they may claim the added structure framework to get the motors and props above the pilot adds "too much weight". I beg to differ.

1. With the pilot beneath the motors, the pendulum effect increases stability. The reverse is true with the pilot above the motors.

2. As you observed, the props on the present pilot above props  unstable design will have to be shielded. The weight of the shielding will be a factor in performance degradation.  Housing the props is not necessary when they are above the pilot.

3. Pilot visbility below is vaslty improved with motor and props above the pilot.

Title: Re: The Electric Powered Ultralight Aircraft HAS ARRIVED.
Post by: AGelbert on March 29, 2019, 02:28:14 pm
DIY Electric PARAMOTOR with 12 Drone Motors! - RCTESTFLIGHT (


Published on Dec 9, 2017

Test flying my homemade electric paramotor that uses 12 Freefly Alta motors. Thanks to Freefly Systems for letting me use their CNC router and cosmetically defective Alta motors.

If anyone is selling a used paramotor wing let me know.

Additional Filming by Calen Albert

Category Science & Technology
Title: Re: The Electric Powered Ultralight Aircraft HAS ARRIVED.
Post by: AGelbert on March 29, 2019, 04:42:09 pm
Born to Design: Solar ⚡ Ship ( - Innovation Takes Flight - SOLIDWORKS


Published on Jun 7, 2017

Born to Design: Solar Ship - Innovation takes flight - SOLIDWORKS. Solar Ship is revolutionizing disaster relief efforts with a solar-powered aircraft that can reach more places and save more lives.

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Category Science & Technology