PROBLEM?

Fixed-wing aircraft can travel long distances but consume large amounts of energy when surveying a stationary location. To stay within a close proximity to a ground location, a fixed-wing aircraft must perform circle holding patterns, as it needs continuous forward movement to stay airborne. This is neither cost-effective nor energy-efficient, and significantly impairs an aircraft’s ability to survey ground locations from above over long periods of time.

SOLUTION?

CASSIE (COMPUTER AUTOMATED SOARING SENSOR INDUCTING ENERGY)

• • Sensor integrated into the aircraft's electrical system, allowing for:

    • Control of the aircraft's control surfaces and thrust.

    • Maintain a balancing maneuver known in nature as “kiting” or “soaring.”

    • Effective hovering and control surface tilt, all allowing for energy saving.