The FM outlines our core skills, policies and guides to ensure every member stands ready for the mission ahead.
FM/BG-1648 · v1.01
RPV sensor awareness and ISR interpretation
- Code
- FM/BG-1648
- Kind
- Guide
- Version
- v1.01 7mos ago
- Views
- 175
- Platforms
- As its document
- Published by
- Cpl Ross 3 Mar 2026
- Last material change
- v1.00 Initial Version
No words changed between v1.00 and v1.01.
v1.00
RPV sensor systems provide situational awareness for ISR and targeting support. Operators should focus on interpreting sensor information rather than platform-specific interface layouts.
Displays typically present:
Left side: Speed, altitude, camera angle, grid location, and time.
Centre: Bearing, camera direction, target range, crosshair alignment, and magnification.
Right side: Target grid and range data.
Common imaging modes include visual, night vision, and thermal (white-hot or black-hot).
Auxiliary sensors or AI-assisted detection systems may display contact markers within the sensor field of view. Detection reliability may vary based on platform capability and environmental conditions.
Map and navigation overlays may be used to maintain spatial awareness and confirm platform orientation.
v1.01
RPV sensor systems provide situational awareness for ISR and targeting support. Operators should focus on interpreting sensor information rather than platform-specific interface layouts.
Displays typically present:
Left side: Speed, altitude, camera angle, grid location, and time.
Centre: Bearing, camera direction, target range, crosshair alignment, and magnification.
Right side: Target grid and range data.
Common imaging modes include visual, night vision, and thermal (white-hot or black-hot).
Auxiliary sensors or AI-assisted detection systems may display contact markers within the sensor field of view. Detection reliability may vary based on platform capability and environmental conditions.
Map and navigation overlays may be used to maintain spatial awareness and confirm platform orientation.
RPV sensor systems provide situational awareness for ISR and targeting support. Operators should focus on interpreting sensor information rather than platform-specific interface layouts.
Displays typically present:
Left side: Speed, altitude, camera angle, grid location, and time.
Centre: Bearing, camera direction, target range, crosshair alignment, and magnification.
Right side: Target grid and range data.
Common imaging modes include visual, night vision, and thermal (white-hot or black-hot).
Auxiliary sensors or AI-assisted detection systems may display contact markers within the sensor field of view. Detection reliability may vary based on platform capability and environmental conditions.
Map and navigation overlays may be used to maintain spatial awareness and confirm platform orientation.
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FM/G366 Operating the UAV terminalOn role cards
On 5 role cards in 1 combat area.
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