• kylin05 Fixed wing patrol navigation flight control system
  • kylin05 Fixed wing patrol navigation flight control system
  • kylin05 Fixed wing patrol navigation flight control system
  • kylin05 Fixed wing patrol navigation flight control system

kylin05 Fixed wing patrol navigation flight control system

PWM output channel
8
sbus channe
1
voltage test channel
3
serial port
3 RS232 ,1 RS422
CAN port
1
Satellite Positioning System
GPS/GLONASS
Attitude Angle Measurement Range
pitch: ±90°,roll : ±180°
Attitude Angle Measurement
Attitude Measurement Accuracy
10m
Airspeed Measurement Range
0~80m/s
  • kylin05 Fixed wing patrol navigation flight control system
  • kylin05 Fixed wing patrol navigation flight control system

Description

kylin05 Fixed wing patrol navigation flight control system

Flight Control Characteristics

  • A navigation flight control system designed specifically for patrol

missiles.

  • Supports hand-throwing takeoff, ejection takeoff, tube ejection

takeoff, parachute descent, and other take-off and landing modes, can be

connected to remote control receiver.

  • It integrates GNSS module, MEMS inertial measurement unit,

barometric altimeter, and airspeed meter, capable of measuring the

position, speed, airspeed, barometric height, altitude, attitude, heading,

angular velocity, acceleration, voltage, number of positioning stars, flight

time, journey, distance from home, and other information about the

aircraft.

  • It has functions such as take-off climb, route flight, hover in place,

fixed-point hover, one-key fly to target point, semi-increased stability

flight (using the joystick to control roll), homing, loss of star protection,

chain disconnection protection, low voltage protection, etc.

  • Supports pass-through pod control; when used with our

company's pod, it can follow the flight, target point guidance, target

position estimation, lock and attack target; in training mode, it can exit

the attack mode and pull up to hover before hitting.

  • No need for magnetic compass calibration, it can take off after

positioning

Integrated navigation and flight control design
Supports multiple takeoff and landing modes Real-time GNSS and inertial data fusion
Stable and reliable autonomous flight capability

Integrated Navigation and Control Capability

This system integrates Global Navigation Satellite System (GPS/GLONASS) positioning, a microelectromechanical system (MEMS) inertial measurement unit, and airspace data sensing technology to provide real-time flight information. It can measure position, velocity, altitude, attitude, heading, angular velocity, and acceleration, thereby ensuring precise navigation and control.

Through onboard processing and sensor fusion technology, the controller can maintain flight stability even under dynamic conditions, thus improving mission reliability.

Multi-mode flight support

Supports hand-launch, catapult/launch, and parachute landings, adapting to different deployment scenarios.

Integrated GNSS navigation

Compatible with GPS/GLONASS systems for precise positioning and navigation.

High stability control

Provides stable attitude control with a pitch angle range of ±90° and a roll angle range of ±180°.

Designed for Patrol and Autonomous Missions

The Kirin 05 system is optimized for fixed-wing UAV patrol operations, providing reliable navigation and control over long distances. Its lightweight and compact design makes it easy to integrate into various UAV platforms without significantly impacting payload.

The system supports long-duration missions, offering stable performance and ensuring continuous operation in both standard and complex environments.

Specifications
Product Name Kylin05 Fixed Wing Patrol Navigation Flight Control System

Operating Temperature

-40℃~+55℃

Power Consumption

3W

size

90mm×55mm×33mm

weight

100g

power voltage

9V~25V

Application Scenarios

This flight control system is suitable for a variety of fixed-wing UAV applications, including

Fixed-wing UAV patrol missions Autonomous flight path navigation Surveillance and reconnaissance operations Target tracking and localization missions

FAQ

1.What type of drone is this system designed for?

It is designed for fixed-wing drone platforms.

2. Which positioning systems does it support?

It supports GPS and GLONASS satellite positioning.

3. Is it suitable for low-power platforms?

Yes, it consumes only 3W of power, making it ideal for energy-sensitive drones.