DRONE TECHNOLOGY DEVELOPED, OPTIMIZED AND MANUFACTURED FOR YOUR USE
USING DRONES SUCCESSFULLY
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Drones (UVA) for a wide range of applications:
- Advice on reconnaissance drones and other drones for multiple applications
- Creation of customized offers
We would be happy to provide you with personal information on this subject!
UAFD DEFINE F 12 R1 STEALTH
DEFINE F 12 R1 STEALTH
UNMANNED AUTONOMOUS FIXED WING FLYING VEHICLE
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DEFINE F 12 R1 STEALTH AIRCRAFT IA AN UNMANNED AUTONOMOUS FIXED WING AIRCRAFT, DESIGNED AND DEVELOPED ACCORDING TO THE PRINCIPLES OF NATURAL INTELLIGENCE PRODUCT BEHAVIOUR. THE DEFINE F 12 R1 STEALTH COMBINES MULTIPLE FACTORS FORMING A HIGHLY EFFICIENT AIRPLANE. THE AIRPLANE IS BASED ON A HIGH-END MODULAR AND ADAPTIVE SOFTWARE AND HARDWARE PLATFORM WITH PLENTY OF OUTSTANDING PROPERTIES.
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- All weather, long range unmanned stealth airplane
- High energy efficiency
- Updateable soft- and hardware to adopt to changing environments over time
- Easy to operate, automatic starting and landing procedure
- Low radar cross-section
- Highly radiation absorbent airbody
- Low noise emission
- Low thermal IR emission
- Low laser beam reflection
- Low Light reflection
- Low electromagnetic emission
- High security against jamming
- Low total cost of ownership
UAFV DEFINE F 12 R1 STEALTH
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HIGHEST TOTAL EFFICIENCY
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TECHNICAL SPECIFICATION (PROVISIONALLY, VALIDATED DATA SECOND HALF OF 2024)
- Maximum take-off weight: 1200kg
- Wingspan: 5900mm
- Length: 5100mm
- Maximum airspeed: 600 km/h
- Maximum range at 400 km/h: 8.000 km at 10.000m flight altitude
- Total surface area of the airbody: 240.000 cm²
- Total Radar wave reflection (best 70 % average): < 5 cm² (radar cross section)
(wavelength independent and wavelength dependent)
- Total radar wave reflection (best 90 % average): < 50 cm² (radar cross section)
(wavelength independent and wavelength dependent)