03.1
Hybrid ISR platforms
Alternative power, longer flight time, deeper reconnaissance.
- R&D: Research and Development
- NF: Near Future
02 [AIRBORNE SYSTEMS]
Airborne Intelligence and Autonomy
Hybrid UAVs with alternative power and long endurance, built for reconnaissance inside a C5ISR network.
01Overview
Aerospace Intelligence & Autonomous Systems
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Hybrid airframes with alternative power options extend endurance well beyond battery-only platforms, so reconnaissance lasts the mission, not the battery. Every aircraft is a node: sensing, relaying and acting inside a connected C5ISR architecture.
The same network carries counter-strike and strike options that operate from standoff range, outside the reach of the threat they answer.
02Scope
Where we operate.
- 01Hybrid and alternative-power UAVs
- 02Extended-endurance reconnaissance
- 03Airborne EO/IR and RF sensing
- 04Mission computing and autonomy
- 05C5ISR data-link architecture
- 06Standoff aerial systems
03Lines
In the fleet.
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03.2
Standoff systems
Networked aerial effects, held at distance.
- TCR: Transition to Current Readiness
- R&D: Research and Development
- NF: Near Future
- CONTR.: Contractual Collaboration
Status legend
Full status board ↗- PN
- Produced / Operational
- TCR
- Transition to Current Readiness
- R&D
- Research and Development
- NF
- Near Future
- FF
- Far Future
- CONTR.
- Contractual Collaboration
- DER
- Derived
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