DRES Remotely Piloted Vehicle and Drone Development and Testing Facilities

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DRES Remotely Piloted Vehicle and Drone Development and Testing Facilities

A. B. Markov / T. E. Ollevier / S. G. Penzes / A. E. Turner / D. M. Bergeron / T. V. Meidinger / W. A. Jones

In support of Canadian Forces remotely piloted vehicle and drone research requirements, the Defence Research Establishment Suffield (DRES) has acquired an in-house expertise in aerial targets, drones and remotely piloted vehicle design, development and testing. Overviews of current range capabilities and proposed range improvement programs are given with emphasis on telemetry and video tracking capabilities, and on laboratory structural and engine Past and ongoing research programs are also reviewed.

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Title :

DRES Remotely Piloted Vehicle and Drone Development and Testing Facilities

Contributors:

A. B. Markov (author) / T. E. Ollevier (author) / S. G. Penzes (author) / A. E. Turner (author) / D. M. Bergeron (author) / T. V. Meidinger (author) / W. A. Jones (author)

Publication date :

1984

Size :

54 pages

Type of media :

Report

Type of material :

No indication

Language :

English

Keywords :

Aircraft , Laboratory & Test Facility Design & Operation , Drones , Remotely piloted vehicles , Test facilities , Aerial targets , Data processing , Field tests , Flight testing , Instrumentation , Radar , Towed targets , Crv-7 , Crv7 bats , Flight test facilities , Flight test instrumentation , Milkcan , R2p2 , Radar augmentation , Radar augmented rounds , Range instrumentation , Robot-5 , Robot-9 , Robot-x , Rocket boosted targets , Structural testing , Tats-102 , Aerial target programs , Ground testing facilities , Foreign reports