top of page
Key Features and Advantages
Fast take-off and landing, high-precision inspection, for a variety of complex operating environments
Max payload 5KG
Max endurance 60min
Semi-solid
lithium battery
Multi-redundant GPS
Autonomous flight beyond visual range
Multiple payload compatibility
Semi-Solid Lithium Battery
The integration of semi-solid lithium battery technology enhances performance and safety by 30–35% compared to traditional batteries, delivering reliable power output and ensuring stable, efficient operation for UAV systems.
Carbon Fiber Composite Material
The UAV airframe is precision-engineered from aerospace-grade carbon fiber composites, offering an optimal balance of strength and lightweight performance. This advanced material reduces structural weight by up to 30% compared to traditional alloys while enhancing durability, corrosion resistance, and flight stability—enabling greater payload capacity and extended mission endurance.
Intelligent Flight Control System
The advanced flight control system enables multi-rotor hovering, autonomous takeoff/landing, and BVLOS route planning, with real-time switching between auto/manual modes, precise attitude/altitude/position control, dynamic waypoint-based mission updates, redundant dual GPS/IMU architecture, external data link compatibility, and strict no-fly zone enforcement for fail-safe operations
INDUSTRY APPLICATIONS
​FIRE & EMERGENCY SERVICES
Facilitate early detection of latent fire threats and critical payload delivery to inaccessible zones—improving responder safety and mission effectiveness
URBAN INFRASTRUCTURE
Automate structural inspections, detect maintenance needs, and assess construction progress - delivering real-time data to optimize asset management and extend infrastructure lifespans
SURVERYING & MAPPING
Rapid topographic mapping, real-time volumetric analysis, and high-precision cadastral surveys—transforming geospatial data acquisition with unparalleled speed and accuracy
bottom of page