01
Flight control
Industrial flight controllers with 400 Hz update rates, failsafe protection and automatic takeoff, landing and return-to-home.
Technology
The technology behind the aircraft
Advanced drone operations require an integrated ecosystem of aircraft, flight systems, payloads, communications, software and operational infrastructure.
02
Navigation
GPS, BeiDou and GLONASS multi-constellation positioning with dual-antenna RTK for centimeter-level accuracy.
03
Payload integration
Flexible payload architecture for cameras, gimbals, sensors, spray systems, cargo hooks and specialized equipment.
04
Communication
Long-range data links with adaptive frequency hopping and AES encryption; up to 200 km line of sight on the Hybrid VTOL.
05
Sensors & imaging
Optical zoom, thermal, EO/IR gas detection, LiDAR and millimeter-wave radar options depending on platform.
06
Power systems
High-voltage smart batteries, semi-solid and solid-state packs, fast chargers up to 12 kW and hybrid fuel-electric propulsion.
07
Autonomous operations
Waypoint missions, terrain following, A-B patterns, geofencing and automated return on low battery or signal loss.
08
Fleet management
One-to-many control and multi-UAV coordination to integrate several aircraft into one workflow.
Technology
Engineered as a complete system
From propulsion to ground control, each layer is specified to work together.
01
Coaxial heavy-lift propulsion
Paired motors on each arm increase thrust density for 200 kg-class cargo aircraft.
02
360° perception
LiDAR scanning and millimeter-wave radar detect obstacles from 1 to 40 m with ±0.1 m accuracy.
03
One-to-many control
A single ground station can monitor and command multiple aircraft for coordinated operations.
04
Ground control
7-inch sunlight-readable controllers with 8–10 hours of operation, telemetry and mission planning.
05
Real-time kinematic (RTK)
Satellite positioning on its own is accurate to about a metre. RTK adds a fixed reference — a base station on the ground or a network RTK service — that receives the same satellite signals, calculates the error and sends corrections to the aircraft in real time. The result is centimetre-level positioning: on the QY-QX-420, hover accuracy improves from ±1 m with GNSS alone to ±0.1 m with RTK.
- Repeatable routesThe aircraft flies the same line on every sortie — for even spray swaths, survey lines and cargo routes.
- Precise drops and hoveringCargo is released where it was planned, and cleaning drones hold their distance to facades and panel rows.
- Dual-antenna headingTwo antennas measure heading directly, so direction stays accurate near steel structures and power lines that can disturb a compass.
RTK in the current range
RTK needs a base station or network RTK coverage at the operating site. The X-Series Advanced configuration includes a handheld RTK base station.
Payload system
Sensor options
- High-resolution opticalVisible-light cameras with up to 30× optical zoom for detail at a safe stand-off distance.
- Thermal imagingDetect hot spots, insulation failures and thermal anomalies in electrical and process equipment.
- Gas detectionAI-assisted methane and VOC visualization, with rapid leak detection at around 200 m.
- Mapping & trackingAutomatic target lock, mission recording and evidence collection for reporting.
Business inquiry
Tell Us About Your Requirements
Tell us what you need to accomplish. Whether you are evaluating a single drone, building a commercial fleet or looking for a customized aerial solution, our team will review your requirements and recommend an appropriate platform.