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Media

Wolverine III Helicopter UAV 2011 Video This video demonstrates the multiple modes of flight the Wolverine III is capable of to include automatic takeoff and landing, navigation via GPS waypoint mission definition, as well as via a joystick at the ground station. This video also shows the superior position hold accuracy of the Wolvering III. For more information please see our contact page.
Wolverine III Helicopter UAS This video shows the newest addition to our helicopter UAS products: the Wolverine III. The Wolverine III is the result of years of development in helicopter unmanned systems at Viking Aerospace.
Virginia Tech Helicopter Tension Control of Ground Robot The Virginia Tech Mechanical Engineering Department's Unmanned Systems Laboratory (USL) demonstrates a helicopter-deployed ground robot. The robot is lowered from the helicopter and can drive around and send video back to the ground station. Other features, including an emergency release, are also tested. The helicopter is controlled with the wePilot 1000 flight control system. The robust contol methodology guarantees stability even with varying dynamics.
Simdrone UAV Simulator This video shows the Simdrone UAV Flight Simulator (www.h-sim.com). Simdrone is a real-time UAV flight simulator that has been integrated with the wePilot flight control system.
Wolverine III UAS Tethered Power Testing This is a short clip of the endurance testing Viking Aerospace has been doing for the Wolverine UAV helicopter. The helicopter is 25 lbs, 3 blade head configuration, DC power supply on the ground feeding the helicopter through a tether so that we can stay in the air as long as we pay the electric bill.
Swinging Payload Autopilot Test The following situation shows the wePilot Flight Control System in the situation of managing a moving payload. The video demonstrates the ability of the Autopilot to correct the Helicopter real time and correct the situation of an 2 lb payload that is moving via a connected swinging rope. The autopilot’s program will continually make corrections to the helicopter to balance and manage the payload. This is an example of the sophistication and capability of the platform to stabalize itself in uncertain trim points.
RMAX Helicopter Demonstration This video shows an automatic flight demonstration of a Yamaha RMAX helicopter uav outfitted with a wePilot4RMAX flight control system.

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