Wingcopter Design. Wingcopter GmbH is a German aerospace company that designs a
Wingcopter GmbH is a German aerospace company that designs and manufactures unmanned eVTOL delivery drones capable of providing last-mile Wingcopter relies on Ansys’ multiphysics and safety analysis solutions to validate its drone design featuring a redundant battery system and ANSS tech helps Wingcopter refine VTOL drones for tough conditions, longer range and fast-tracked aviation certification. Wingcopter relies on Ansys’ multiphysics and safety analysis solutions to validate its drone design featuring a redundant battery system and Jonathan Hesselbarth: We have recently launched our new flagship drone, the Wingcopter 198. Using ANSS tools, Wingcopter improved payload design and extended drone About Wingcopter : Wingcopter is a German technology company developing, manufacturing, selling and operating eVTOL uncrewed aircraft systems for beyond-visual-line-of . When it comes to design, the major differences from A new triple-drop delivery drone design from Wingcopter could make drone deliveries a lot more efficient, enabling three trips in one go. Our drone technology saves and improves lives every day. However, hydrogen Wingcopter relied on Ansys multiphysics, safety analysis tools to verify drone design, eight motors, tiltrotor technology redundant battery system. This model has an aerodynamic design, eight motors, and uses Wingcopter’s patented tilt-rotor technology. The redundant system architecture We at Wingcopter design innovative, high-performance drones that are operated all over the world in commercial and humanitarian operations. The results are validated against real Comprising an impressive 1,150 parts, the BOM represents a comprehensive blueprint for the Wingcopter 198, a testament to the company’s unwavering commitment to engineering excellence. Weiterstadt, Germany/Tokyo, Japan, January 7, 2026 – Wingcopter’s authorized partner in Japan, ITOCHU Corporation, has signed a Memorandum of Understanding (MOU) to collaborate on Wingcopter 198 drones to be used in Japan for large-area LiDAR aerial surveying and disaster management mapping. Wingcopter uses Ansys simulation tools to improve drone design, boosting flight range and speed for critical healthcare deliveries. Wingcopter authorized partner in Japan, ITOCHU Corporation, has signed a MOU to collaborate on the practical use of Wingcopter’s long-range drones in aerial surveying together with Wingcopter’s unique selling point lies in its innovative technology, which includes a drone blending multi-copters’ versatility with fixed-wing Ansys provides the tools necessary to validate Wingcopter’s drone design, which includes a redundant battery system and eight motors—four featuring tiltrotor technology—to ensure stable Air Methods will make this possible by deploying fleets of Wingcopter’s new flagship delivery drone, the Wingcopter 198. The Wingcopter 198, their flagship drone, is getting a serious tech boost — high-end laser scanning and camera systems — to make mapping and The Wingcopter already achieves higher ranges and speeds than most competitors' models thanks to the added lift of its wings and its aerodynamic design. Recently, the company announced it will sell long-range BVLOS lidar surveying Wingcopter relies on Ansys' multiphysics and safety analysis solutions to validate its drone design featuring a redundant battery system and Wingcopter's new Wingcopter 198 can deliver up to three packages to multiple locations during a single flight. It is optimized Wingcopter uses Ansys multiphysics and safety analysis tools to evaluate its drone design, which includes a backup battery system and eight Wingcopter’s new flagship aircraft, the Wingcopter 198, is a state-of-the-art, all-electric delivery drone, designed for safe, reliable, fast, and bi-directional deliveries across a wide range of Wingcopter’s authorized partner in Japan, ITOCHU Corporation, has signed a Memorandum of Understanding (MOU) to collaborate on the practical use of Wingcopter’s long Wingcopter's weather-ready design The Wingcopter 198 features winglets extending its wings' surface, improving performance in fixed-wing mode without sacrificing compactness. This document sets forth the airworthiness criteria the FAA Ansys provides the tools necessary to validate Wingcopter’s drone design, which includes a redundant battery system and eight motors—four featuring tiltrotor technology—to ensure stable ANSS enables Wingcopter to develop advanced VTOL drones for critical supply delivery and LiDAR surveys. The team at Wingcopter has the proven technology and Wingcopter, a pioneer in drone technology for delivering vital supplies to remote areas, is advancing its aircraft design with support from Ansys (NASDAQ: ANSS) simulation technology and Weiterstadt, Germany, 10 February 2025 – Wingcopter, a leading German drone manufacturer, seller and service provider, has announced that it will expand its offering beyond cargo drones to include German drone provider Wingcopter is known for its cargo drones. The FAA announces the special class airworthiness criteria for the Wingcopter GmbH Model 198 US unmanned aircraft (UA). Wingcopter relied on Ansys’ multiphysics and safety analysis tools to verify their drone design, which has eight motors, including four with tiltrotor Simulations run in Ansys help Wingcopter predict drone behavior under varying conditions, such as strong winds, rain and different altitudes.