The proposed Glider design concept is based on quantitative tradeoffs between cost and performance. Existing glider technology has been analyzed, and two significant design details have led to a simplified design that will result in a compact, less expensive glider and a simplified delivery/launching mechanism. Using its high fidelity simulation and design tools, VCT has gained important new insights into glider design for performance. This has led to tradeoffs among wing parameters, vertical fin size, Ycg shift and rudder deflection for optimizing turn performance. Combining these discoveries has led to the design of the proposed wingless glider that can achieve equal or better turn performance of the legacy winged gliders. Legacy gliders use a weight-shift method pitch, roll and heading control. This increases the internal complexity of the system as it requires the weight to be mobile, and also increases the size of the pressure housing, effectively increasing the gliders size, weight, buoyancy required, and ultimately, cost. The low-cost expendable glider we are proposing would use a lift-up mast to transmit information. The mast is raised using the same actuator that operates the variable buoyancy engine, but at an extended stroke position.
Benefit: The technology solution that is proposed here will allow for expendable ocean gliders that will not require recovery when the mission is completed. This eliminates the need for a surface vessel for recovery, and also for launch if they are air-dropped. The total cost for deployment to the Navy is dramatically reduced due to the gliders mass-production design.
Keywords: Expendable Glider Oceanographic Research Manufacturing Processes Wingless Glider Simplified Antenna Extension, Expendable Glider Oceanographic Research Manufacturing Processes Wingless Glider Simplified Antenna Extension
