Raybird UAS
Product descripton: Raybird UAS by Skyeton
Raybird Flight
Raybird is an autonomous unmanned aerial system designed for complex missions with minimal operator involvement. Even in manual mode, most control functions are handled by the autopilot, reducing the risk of human error and ensuring stable flight.
The system is engineered to operate in GPS-denied environments where navigation signals are lost or actively jammed. If communication with the ground station is interrupted, Raybird continues its mission along a preprogrammed route and returns to base using an autonomous navigation system resistant to interference and extreme conditions.
Mission Profiles
Deep Reconnaissance
Intelligence missions deep behind enemy lines. High-resolution video. Compact form = low detectability by air defense systems
Target Acquisition and Precision Fire Control
Provides accurate coordinates for artillery systems (Caesar, Krab), adjusts fire missions, and confirms target elimination. Interacts with HIMARS and other long-range systems
Radio Frequency Reconnaissance
Raybird uses radio frequency payloads to detect and identify enemy systems
Extend Data Transmission
Data Link Extension by 50–80 km
Border Control
24/7 Border Patrol. Target Detection and Tracking
Maritime Surveillance
Round-the-clock aerial support for maritime operations. Detection of illegal activities such as drug trafficking and unauthorized fishing. Identification and monitoring of pollution
Power Line Inspection
Performing large-scale aerial video of power line routes (M 1:1000 – 1:10000). Detection of insulator damage on poles. Measurement of wire and cable attachment heights on transmission towers. Identification and monitoring of landslide and karst-prone areas, including analysis of their development dynamics
Pipeline Monitoring
High-resolution video of pipelines, auxiliary equipment, and surrounding infrastructure. Infrared imaging to detect pipeline damage and potential oil or gas leak areas. 2D orthomosaics and 3D models of pipelines and the surrounding environment. HD video recording for real-time visual monitoring and condition assessment of the pipeline
Road Inspection
Rapid road surface diagnostics and traffic flow monitoring. Accurate detection of road surface damage type and severity. Monitoring of bridges and other civil engineering structures. Early detection of hazardous geotechnical phenomena such as suffosion, karst activity, and flooding. Real-time data collection during emergency situations
Wildfire Prevention and Response
Aerial reconnaissance for wildfire prevention and illegal logging detection. Coordination of firefighting and deforestation response operations. Marking hazardous zones to support firefighters in planning and coordination. Surveying disaster-affected areas
Technical specifications
Capabilities & Advantages
Endurance
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Flies 28+ hours for deep recon, long surveillance, and target tracking
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Over 350,000+ combat flight hours
Efficiency
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A small tactical system delivering performance comparable to medium+ class platforms
War-Hardened
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Operates in any weather
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Resistant to electronic warfare
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Functions without GPS
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Survives 90%+ of missions
Versatile Platform
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Payload swaps in under 1 minute
(video, photo, SAR, and more)
Best-in-Class Resilience
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Operates in extreme environments
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Up to 200 flights lifespan, reducing cost per mission
Speed and Ease of Use
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Assembly in 25 minutes
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Fully automated takeoff and landing
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Tool-free operation
Takeoff and Landing System
Raybird is equipped with an automated landing system that operates in both standard and emergency scenarios. The landing process relies on a parachute and a pneumatic airbag.
During descent, a mechanism flips the aircraft, allowing it to land upside-down onto the airbag, protecting both the payload and the system itself.
The system autonomously determines the optimal moment to deploy the parachute and activate the airbag. Safety features prevent accidental or unauthorized deployment.
Technical Specifications
| Parameter | Value |
|---|---|
| Combat Flight Hours | 350,000+ hours |
| Attrition Rate | <10% |
| Flight Duration | 28+ hours |
| Wingspan | 2.96 – 4.2 m |
| MTOW | 23 kg |
| Maximum Flight Range | 2,500 km |
| Maximum Flight Altitude | 5,500 m |
| Data Link Range | 200+ km |
| Payload Capacity | 5–10 kg |
| Speed | 80 / 110 / 140 km/h |
| Powerplant | EFI, four-stroke engine |
| Fuel Type | Gasoline AI-95 |
| Deployment Time | Up to 25 minutes |
| Operating Temperature Range | -35°C to +55°C |
| Automatic Takeoff and Landing | Mechanical catapult launch, parachute recovery onto airbag |
Payload Types
Gyro-Stabilized Multisensor Gimbals
• Medium-Wave Infrared (MWIR) and Electro-Optical (EO) imaging
• 4-axis stabilization
• Dual simultaneous H.265 video streams provide situational awareness and detailed target view
• Built-in video processing, including image stabilization and target tracking
• Half the weight and power consumption compared to industry standard
Aerial Photo Cameras
• Resolution: up to 11,664 × 8,750 pixels
• Pixel Size: up to 5.3 μm
• Frame Rate: up to 3 fps
• Operating Temperature Range: -10°C to +40°C
SAR
• Resolution: from 0.3 to 10 meters
• Maximum Imaging Range: up to 20 km
• Moving Target Detection: up to 15 km
• Operating Altitude: up to 5,000 meters
• Weight: 4 kg
Radio Frequency Locator
• Effective triangulation of enemy electronic systems at distances over 25 km
Ratings and reviews
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VladFebruary 10, 2025Is the 2,500 km range accurate?
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TonyFebruary 10, 2025Raybird vs Shark? I'm all ears too!