UAVisus S1
Redundant Multi-Sensor Fusion
The dual optical radars and one millimetre-wave radar provide centimetre-level altitude data for safe takeoff and landing, even if one sensor fails. The true altitude algorithm ensures safe landing, even if all sensors fail.
LIGHTWEIGHT, HIGH-CAPACITY
The dual optical radars and one millimetre-wave radar provide centimetre-level altitude data for safe takeoff and landing, even if one sensor fails. The true altitude algorithm ensures a safe landing, even if all sensors fail.
ENDURANCE & POWER
Intelligent Battery
S1 features an advanced distributed power management and battery health monitoring system. Batteries can be configured based on payload to maximize endurance and maintain flight stability. The lightweight payload design enables ultra-long endurance of up to 240 minutes.
System composition
The S1 drone features a multi-sensor redundancy design and advanced material construction to ensure flight reliability and safety. With a high-efficiency propulsion system and distributed power management, it supports long endurance and multi-payload compatibility, fully optimizing flight performance.
STRONG AERODYNAMICS
S1’s composite wings provide outstanding aerodynamics and wind resistance, ensuring lift, stability, and efficiency for reliable performance in tough weather.
STABLE AND PRECISE
The S1's composite tail enhances stability and control, ensuring smooth, precise flight. Its aerodynamic design minimizes drag and improves balance for extended, reliable performance.
RELIABILITY AND VERSATILITY
The S1 drone's multi-sensor redundancy and advanced materials ensure reliability and safety. Its efficient propulsion and distributed power management enable long endurance and multi-payload compatibility for optimized performance.
QUICK ASSEMBLY
The S1’s modular design, with detachable wings and tail, simplifies transport and maintenance.
50KM IMAGE TRANSMISSION CAPABILITY
GCS 2000 Dual-Screen Ground Station(Front)
The GCS 2000 Dual-Screen Ground Station is a high-performance control hub for UAV operations, featuring a 50KM transmission range.
GCS 2000 Dual-Screen Ground Station(Back)
Its dual-screen design enables real-time video monitoring and flight data management, offering precise control and seamless operation for various professional applications.
Commonly Used Payloads
The S1's carrier can be swapped based on different requirements. The Dual Light Photoelectric Pod is equipped with a visible light camera and an infrared thermal camera. The Triple Light Photoelectric Pod adds a LiDAR system to the Dual configuration.
Payload Compatibility
S1 features an interchangeable payload design, compatible across various applications for enhanced reusability. It uses universal intelligent batteries for cross-platform compatibility and cost efficiency.
S1 In-Field Photo Gallery
The following high-resolution images provide a clear view of the S1 UAV system’s airframe structure, payload configurations, and real-world deployment details.
UAVISUS-W1
The UAVisus W1 is a lightweight, high-precision VTOL UAV designed for efficient wildfire detection and GCP-free mapping, with a modular quick-release design for easy setup and flexibility.