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Group 2 UAS Compliant
Designed for trusted mission operations with a compact airframe, reliable payload capacity and field-ready deployment profile.
Rayvatek UAV systems are built on proven aerospace engineering from Taiwan's tiSpace launch vehicles, delivering complete mission solutions from persistent surveillance to precision strike.
Long-endurance surveillance eVTOL UAV optimized for persistent intelligence gathering, vertical takeoff and landing, and operations in high-wind environments including coastal and mountainous terrain. Group 2 UAS compliant with wind tolerance up to Beaufort 9, averaging 24 m/s.
Designed for trusted mission operations with a compact airframe, reliable payload capacity and field-ready deployment profile.
Stable flight capability in coastal, mountain and complex weather environments with tolerance up to 24 m/s average wind.
Supports EO/IR, LiDAR and ISR payload swaps for rapid adaptation across surveillance and reconnaissance missions.
Vertical takeoff and landing design reduces field setup complexity and supports quick launch from constrained locations.
Persistent surveillance eVTOL UAV optimized for continuous monitoring, vertical takeoff and landing, and flexible deployment in complex operational environments. Full system setup requires only 2 personnel in approximately 20 minutes.
Two-person deployment in about 20 minutes delivers strong operational readiness for time-sensitive missions.
EO/IR, LiDAR and ISR payloads can be integrated quickly to match surveillance, patrol and monitoring requirements.
Designed to support coordinated autonomous operations across multiple aircraft for expanded coverage and efficiency.
Optimized power system and airframe architecture support 180+ minutes of airborne time for sustained ISR operations.
LM1 is a portable loitering munition delivering ISR and precision strike capability within a single deployable platform. It enables small units to detect, track and engage time-sensitive targets without requiring traditional air support.
| Endurance | 60 min |
|---|---|
| Max Cruise Speed | 125 km/h |
| Max Speed | 250 km/h |
| Payload Capacity | 4.5 kg |
| Ceiling | 5,000 m |
| Max Wind Gusts | 28 m/s |
| Protection Rating | IP43 |
| Camera Option | EO/IR |
| Assembly Time | <10 min |
Field assembly and launch preparation
Portable launcher for forward teams
Integrating UAV platforms, maritime systems, communications and mission data links to support air, sea and ground operations with rapid situational awareness.
Combines aerial ISR, maritime monitoring, real-time communications and mission data links for rapid situational awareness and deployment decisions.
Explore Case StudiesMission payload, target recognition and real-time guidance integration.
USV patrol, sea-surface monitoring and vessel mission support.
Extends mission links for long-range and complex environments.
Path planning, sensor fusion and autonomous control algorithms.
Integrated collaboration between aerial, maritime and ground platforms.
Maintenance, deployment, testing, validation and field support.
Bringing unmanned platforms and engineering technologies into real operating environments, from defense and maritime operations to infrastructure and industrial missions.
Reconnaissance, surveillance, border patrol, target recognition and mission deployment.
Sea patrol, offshore monitoring, search-and-rescue missions and remote observation.
Disaster-area reconnaissance, communication relay, supply delivery and field information return.
Inspection for power, pipelines, bridges, ports and large facilities.
Forest protection, ocean surveys, environmental monitoring and resource mapping.
Custom mission development combining UAVs, 3D printing and systems integration.
Rayvatek UAV systems cover six core application domains, from border security to scientific research, delivering reliable aerial capability wherever it is needed.
Every Rayvatek UAV is built on aerospace engineering derived from Taiwan's tiSpace launch vehicles. Three core technology modules ensure each platform meets aerospace-grade reliability standards.