eFlyer 2 begins flight testing with Siemens production motor
Bye Aerospace begins a new flight test phase for its two-seat composites-intensive all-electric eFlyer 2 prototype with the new 90 kW Siemens SP70D production motor.
Source | Bye Aerospace
Bye Aerospace (Denver, Colo., U.S.) has begun its next flight test phase for its two-seat composites-intensive all-electric eFlyer 2 prototype, testing the new 90 kW Siemens (Munich, Germany) SP70D production motor.
Following successful flight tests earlier this spring, Bye Aerospace completed the pre-production lower-power prototype motor test program and installed the fully capable, higher-power production motor.
“During the prototype eFlyer 2 flight tests that began on July 17, the new Siemens production motor met or exceeded expectations in all performance indicator areas,” says George E. Bye, CEO of Bye Aerospace. “These important tests are validating the eFlyer’s incredible operating economy, efficiency, and performance while producing no CO2.”
The eFlyer family of aircraft, beginning with the 2-seat eFlyer 2 aims to be the first FAA-certified, practical, all-electric airplanes to serve the flight training and general aviation markets. Siemens is providing the electric propulsion system for the eFlyer 2 airplane—the 57 lb. electric motor with a 90kW peak rating (120 HP), and a continuous power setting of 70kW (94 HP).
“We are excited to see the aircraft in operation for the first time with the SP70D and look forward to continuing the joint path to certification,” says Olaf Otto, Head of Siemens eAircraft business unit. “From my point of view, the eFlyer 2 is going to create a whole new category of training aircraft, really demonstrating the capabilities of electric propulsion systems.”
In addition to the new Siemens production motor, other modifications to the eFlyer 2 prototype include an additional battery pack, a new three-blade developmental propeller from Hartzell Propeller Inc. (Piqua, Ohio, U.S.) among the propellers being evaluated, plus an updated cowling, a new spinner, and a charger plug-in port. The return to flight begins a period of extensive flight test that will provide important flight performance data for the new Siemens motor that will also help determine other suppliers for the conforming production aircraft.
Related Content
-
Pusan National University researchers introduce method to enhance thermally conductive composites
The proposed method has the potential to control the orientation of composite fillers without surface modification, improving thermal management.
-
Women in the Composites Industry brings together women for networking, educational opportunities
Aiming to support the growth of women in this industry, the WCI industry group and its partners recently held its first live training event hosted by Owens Corning.
-
NASA names university teams for aeronautics research challenges
As part of the agency’s University Leadership Initiative, three multidisciplinary teams will address topics related to growth in AAM, while a fourth examines electricity generation for future airliners.
