ElevonX has introduced two new elastic-powered UAV launchers, the Scorpion 2.0 and Scorpion 4.0, designed to enhance the efficiency and safety of UAV deployment.
Engineered for mobility and ease of use, both UAV launchers can be transported and assembled by two operators. Prioritizing safety, reliability, and user-friendliness, the Scorpion systems are suited for commercial, tactical, and research-oriented missions. The elastic-powered mechanism delivers consistent launch velocities with a margin of error within just 0.2 m/s, enabling precise and repeatable performance.
The launchers are compatible with all UAV platforms and are available in two sizes. The Scorpion 2.0 measures 3.2 meters and delivers up to 2.2 kJ of launch energy, while the Scorpion 4.0 measures 4.6 meters and provides up to 4.0 kJ. Both are designed to launch UAVs at a speed of 15 m/s, with the 2.0 supporting a maximum take-off weight (MTOW) of 14 kg and the 4.0 supporting up to 28 kg.
Setup and operation are designed to be straightforward, with adjustable settings that allow the launchers to accommodate different UAV configurations. The elastic components are enclosed within the launcher tube, reducing the risk of damage or injury in the event of a band failure.
The systems are constructed using CNC-machined aluminum and stainless steel components, feature a marine-grade pulley system, and are finished with powder coating for added durability. An optional 12V electric winch is available and can be used to bring the system to full tension in approximately 60 seconds. The carriage and foldable arms can be modified to suit specific UAVs, with ElevonX offering custom-machined adapters for platform integration.
Built for durability and efficiency, the Scorpion launchers are capable of performing hundreds of launches with minimal maintenance and are designed for consistent operation in a range of applications.
