Small Tactical UAS (Group 2 / NATO Class I) for Long-Range ISR Missions

Skyeton is a Ukrainian-born manufacturer of unmanned aerial systems (UAS) with record-breaking capabilities. Our systems are designed to collect and process vital data under the most demanding conditions.

Skyeton produces unmanned aviation systems for commercial, industrial, and military applications. Our innovative solutions are currently trusted in a wide range of critical applications such as border monitoring, disaster management for rapid assessment and response, and wildfire prevention. Additionally, our systems provide 3D mapping, deep reconnaissance, and strategic wartime intelligence gathering.

Skyeton’s 18-year journey in aviation began with the production of ultralight aircraft, setting the foundation for superior aviation standards in our unmanned aircraft systems.

Raybird

Small Tactical UAS for long-range reconnaissance missions

Raybird is a small fixed-wing UAS designed for extended reconnaissance missions, featuring an unmatched 28 hours of continuous flight time, an exceptional range of 2,500 km, and a maximum flight altitude of up to 4,500m.

Ready for deployment from unprepared terrain in under 25 minutes, it can operate in any weather conditions and offers mission flexibility with easy payload swaps in under one minute. The Raybird’s reliability has been tested and battle-proven by the Armed Forces of Ukraine, a valued Skyeton client.

Raybird is a comprehensive UAS solution featuring a long-endurance UAV, ground control system, catapult launcher, payload options, and robust antenna for reliable communications. Raybird’s flexibility comes from 1-minute hot-swappable payload options (up to 5kg), including a gyro-stabilized multi-sensor gimbal for intelligence gathering, specialized radars and sensors for targeted missions, and a high-resolution aerial camera for detailed mapping.

Exceptional Versatility for Mission Success

Unmatched Endurance
With up to 28 hours of flight time, Raybird can execute missions others can’t: extended surveillance, long-range reconnaissance, continuous target tracking, and other assignments that demand exceptional persistence.

Rapid and User-Friendly
Fast, tool-free assembly in under 25 minutes. Straightforward operation with automatic takeoff and landing.

Resilient
Raybird’s mechanical catapult launch empowers takeoff even from the roughest terrain, and in strong winds where other systems such as VTOL fail. Built to withstand harsh weather, extreme temperatures, and even EW threats, Raybird ensures mission completion.

Intelligent Autonomy
Raybird overcomes challenges with its intelligent autonomous system. Whether facing electronic warfare (EW), low fuel levels, complex environments, or unforeseen hazards, it adapts for mission success.

Multi-Tool
Raybird’s 1-minute payload hot-swapping capability enables swift adaptation to your mission requirements: video, photo, SAR, laser target designators, etc. Just like the F-16 fighter jet, Raybird embodies versatility and mission readiness.

Reliable
Designed for repeated missions, Raybird ranks as one of the most long-lasting UAVs in its class. Such durability is ensured by its automatic parachute recovery system and a market-leading airframe with the flipping technique and retracting mechanism to guarantee the integrity of the payload and UAV during missions.

Raybird Use Cases

Reconnaissance missions
Raybird is especially efficient for long-range reconnaissance. A 120 km digital data link allows live video transmission as far as 100 km into the enemy territory. When operating in autonomous mode, Raybird can reach over a thousand kilometers beyond the front line, gathering crucial intel through ultra-high-resolution imagery and advanced radar.

Enhanced Targeting and Precision Fire Control
Raybird’s ability to stay airborne for up to 28 hours ensures continuous transmission of precise coordinates and guarantees the fixation of damage to enemy targets. With a 120 km digital data link, Raybird provides real-time target correction up to 100 km behind enemy lines. Its payload flexibility includes the option for a laser designator, enabling high-precision guidance of laser-guided bombs, missiles, or precision artillery munitions. High-quality video transmission from a height of 2,500 meters guarantees the safety of the aircraft against most air defenses while providing valuable intelligence.

Maritime Surveillance
Raybird’s long endurance flights vastly expand maritime surveillance areas, allowing it to monitor extensive stretches of the ocean for illegal activity or pollution incidents. The ability to operate from a safe distance behind the frontlines greatly enhances operator safety.

Border Surveillance
Raybird enhances border surveillance with its long-range video link, all-weather operation, and automatic target tracking. This enables continuous monitoring of extensive border areas, even in challenging weather conditions, while automatically detecting and tracking potential threats for quick response.

Wildfire Mitigation and Prevention
Raybird’s high-altitude flights provide a wide aerial view, enabling early detection of potential ignition sources and real-time monitoring of fire spread. This allows for faster response times and more effective firefighting strategies, ultimately helping to minimize fire damage.

Power Line Inspection
Raybird streamlines power line inspection with integrated high-resolution cameras and data processing services. It can identify damage and problem areas through aerial photography reducing the need for physical inspections.

Pipeline Monitoring
Oil theft detection, surface temperature monitoring. In emergency scenarios, Raybird enables rapid damage assessment and leak location. Additionally, integration with data processing and 3D mapping provides detailed pipeline visualizations, making Raybird a valuable tool for proactive pipeline maintenance and security.

Road Inspections
Comprehensive diagnostics for road management. Raybird’s high-resolution cameras detail the road surface, aiding the identification of cracks, potholes, and other damage, as well as controlling traffic flow and monitoring engineering structures.