e-flight-journal

VFS EAS

You can get more info and may still book now at https://vtol.org/eas

As VFS is working together with Flying pages for many years, Flying pages partners receive a discount on the participation fee which includes the lectures and meals. Yust write to willi@flying-pages.com with subject EAS to receive the code.

AERO ASIA and  Flying Pages today signed a contract

at June 16th day at Paris Airshow

to hold a one day  “Sustainable Aviation Forum “

as part of the 2025 AERO Asia.

More details soon.

Strong presence of electric flying

Archer Beta Wisk strong american eVTOL presence!

more details and images later today – Willi Tacke

It was a historical moment on 12 April 2025. With the help of Flying Pages, the founder of e-Flight-Expo segment at AERO, the world’s first Part 23 certified electric airplane RX4E made a demo flight for the public at the 31th AERO Friedrichshafen. As the airplane was a four-seater, for this matter it is also the world’s first certified fou-seat electric airplane.

The RX4E, coming all the way from China for the show, flew for about 12 minutes which was an easy task for its 1.5-hour duration. This demo flight was its first flight outside of China and another RX4E’s static display at AERO was the world premieres of RX4E. The chief pilot of RX4E, Mr.Xu Xiaoben and the electric aviation veteran Frank Anton, the former head of Siemens eAviation, piloted the airplane for the demo flight.  

RX4E was developed by Liaoning General Aviation Academy, had its first flew in October 2019 and obtained the type certificate under Part 23 normal category from the Chinese regulator CAAC in December 2024. The airplane has a maximum takeoff weight of 1260kg, empty weight of 952kg, payload 308kg, maximum speed of 289km/h, an electric motor from Emrax of Slovenia with 150kw peak power, 69kwh battery packs and about 230km range.

Stay tuned for a detailed report of flying RX4E from European pilots!

On 28 March 2025, the operator of EHang’s EH216-S 2-seat unpiloted eVTOL obtained the unmanned aircraft system operator certificate (OC) issued by CAAC, which makes EH216-S the world’s first eVTOL being legal and ready for commercial operation. However the OC imposes certain limitations on the operation such altitude and flight distance. The limitations of both the OC and the eVTOL’s performance such as flight duration and range make sightseeing the most feasible use case for EH216-S in foreseeable future. Now let’s wait for the ticket price and the market reaction of taking off in an eVTOL for sightseeing!

On 10 March 2025 the Chinese holding company of Diamond Aircraft, Wanfeng Group, published a filing documentation concerning asset acquisition according to the regulation of publicly traded company in China.

In this filing Wanfeng annouced that it sealed a deal for acquiring Volocopter with Tobias Wahl, the current asset manager of Volocopter, on 5 March.

Wanfeng will acquire Volocopter through a special vehicle company heptus 591. GmbH which was established in Munich on 17 Janurary 2025.

The assets of both tangible intangible assets of Volocopter are valued at 42 million euros. Wanfeng sealed the acquisition deal for 10 million euros with Volocopter. The valuation and the acquisition offer are both much lower than those of Geely made at the end of last year of 95 million USD for 85% shares (valued at 111.7 million USD) as reported by Bloomberg.

On 7 Februray 2025 Airbus confirmed that its plans to bring hydrogen-powered airliners into commercial service will not be achieved by the 2035 target date because the work is taking longer than expected.

Airbus told officials at the Force Ouvrière trade union that the objective could take five to 10 years longer than first anticipated. The union also claimed that the ZeroE research and development budget has been cut by 25%. However, according to news report, a spokesperson of Airbus said that the group remains committed to the goal “of bringing a commercially viable, hydrogen-powered aircraft to market.”

Airbus announced the ZeroE project in September 2020 with three design concepts of hydrogen airplanes.

On 31 January 2025  Pipistrel announced the successful first hover flight of the Nuuva V300, a long-range, large-capacity hybrid-electric VTOL (vertical takeoff and landing) unmanned aircraft.

The Nuuva V300 is designed to carry a 600-pound payload over a range of up to 300 nautical miles and is capable of operating from paved or unimproved surfaces. The aircraft is engineered to load cargo through the nose of the fuselage, simplifying the process for operators and allowing for multiple payload configurations. Built to support a capacity of more than 100 cubic feet, it can hold up to three cargo pallets or be loaded with loose cargo, enhancing its utility for a variety of logistics needs.

The aircraft, which is equipped with automatic Beyond Visual Line of Sight (BVLOS) flight capabilities, will transition from vertical to forward flight on its wings and follow the most recent flight plan until landing. The first air vehicle is powered by a fly-by-wire, triple-redundant flight control system supplied by Honeywell.

To support the continued expansion of the aircraft’s flight envelope, a second Nuuva V300 air vehicle will also join the flight program in 2025. This addition will further enhance the aircraft’s performance and ensure it meets the highest standards of safety and reliability.

The ENGINeUS 100 electric motor of Safran Electrical & Power was awarded by the European Union Aviation Safety Agency (EASA) with certification.

The motor obtained certification after a campaign involving 1,500 hours of motor certification tests and more than 100 flight hours on an aircraft in real-world conditions. It is the result of four years of collaboration with EASA to define the specific airworthiness rules for electric propulsion and design the right methods to properly assess and certify it.

The ENGINeUS 100 electric motor design includes power and control electronics directly integrated into the motor. It can be easily integrated into all propulsion architectures, thanks to its compactness, lightness and its air cooling system. It delivers maximum power of 125 kW, with an unrivalled weight-to-power ratio of 5 kW/kg.

Safran Electrical & Power is preparing to mass-produce the ENGINeUS range with the creation of four semi-automated production lines in 2026 in Niort (France) and Pitstone (UK), enabling production of more than 1,000 electric motors per year, with capacity to increase production.

The ENGINeUS electric motor is designed to meet the varying requirements of the new mobility market thanks to its inherent ability to integrate into multiple architectures: from 100% electric propulsion for small two to four passengers aircraft, to distributed hybrid-electric propulsion for 19-passenger small regional transport aircraft, right up to the electric hybridization of future generations of commercial aircraft engines, capable of carrying 150 passengers. Many planemakers operating in new air mobility have already opted for Safran’s ENGINeUS motor range or GENeUS motor-generators: AURA AERO, Bye Aerospace, CAE, Diamond Aircraft, Electra, TCab Tech, and VoltAero. The certification of the ENGINeUS 100 is a major milestone towards the production and market launch of the first aircraft.

On December 24, 2024, the Civil Aviation Administration of China (CAAC) Eastern China Regional Office issued the Production Certificate (PC) for the V2000CG cargo drone eVTOL to Autoflight making it the world’s first large eVTOL ready for commercial operation. In March 2024, V2000CG obtained the Type Certificate (TC), which was the world’s first type certificate for a large eVTOL at the time.

V2000CG has a maximum takeoff weight of 2 tons, is purely electric-powered, unmanned, and has a carrying capacity equivalent to that of a small helicopter. It will be used for logistics, disaster relief, and emergency rescue. Targeted customers include logistics companies, emergency rescue service providers, and government departments. The passenger-carrying model of V2000CG is currently under certification of CAAC.

This is not only an important milestone for the V2000CG eVTOL to enter the mass production stage, but also marks a solid step for the low altitude economy that the Chinese government has been promoting since last year.