Guide to UAV sensor choice

A SpaceAge Control product story
Edited by the Engineeringtalk editorial team Feb 7, 2006

Free nine page long guide lets engineers and technicians evaluate the system requirements and technology choices associated with selecting displacement sensors for unmanned aerial vehicles.

Designers and test professionals can better understand how to specify displacement sensors for unmanned aerial vehicles (UAVs) by reviewing a free guide.

The UAV Displacement Sensors guide, nine pages in length, lets engineers and technicians evaluate the system requirements and technology choices associated with selecting displacement sensors for UAVs.

The sensor evaluation process for UAVs is contrasted to that for manned aircraft.

The guide looks at the displacement sensor applications in aircraft including flight controls, landing gear, environmental control systems and bay doors.

The differences in displacement sensor requirements for manned and unmanned aircraft are explored including mass, MTBF, ease of use and cost.

The guide reviews the total cost of ownership of a generic displacement sensor and provides a comparison of various displacement sensor types with regards to capabilities and cost of ownership.

The reader should gain an understanding of the tradeoffs between cost and performance as related to displacement sensors.

Spaceage Control's UAV Displacement Sensors: Reducing Cost of Ownership gives casual and expert aerospace observers information to select the displacement sensor for UAV projects.

The guide is available for viewing and download from the company's web site.

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