SkyDrive Inc, a Japanese developer of compact eVTOL aircraft, has accelerated its SKYDRIVE SD‑05 to 100 km/h in high‑speed tests, a benchmark speed for short‑hop inter‑urban air mobility. The campaign confirmed stability, controllability and maneuverability at higher speeds, as well as the performance of propulsion, flight control and onboard avionics systems. The data collected allows engineers to validate the aircraft’s dynamic behaviour against prior design simulations and analyses, reducing uncertainty on the path to type certification and planned commercial entry into service in 2028. For SkyDrive’s multicopter concept, which uses 12 independent rotors without fixed wings, demonstrating safe, stable high‑speed forward flight is a key proof point that existing aviation data cannot provide.
The significance of reaching 100 km/h
SkyDrive stresses that reaching 100 km/h is part of a broader effort to show that compact multicopters can operate reliably in urban airspace, with simple structures, flexible take‑off and landing locations and manageable operating costs. Ongoing work will focus on expanding the flight envelope, gathering certification‑grade data and confirming that real‑world performance continues to match design expectations as the company advances toward commercial operations.
