Product Description
AFC-F8 Unmanned Control System
Eight reasons to choose the AFC-F8 Unmanned Control System:
Ultra-strong vibration resistance for stable and reliable operation;
dual compass redundancy to ensure precise heading at all times;
intelligent wind resistance for smooth and responsive control;
multi-sensor fusion with dual-feed ceramic antenna GPS;
open and compatible architecture supporting multiple vehicle types with a single controller;
professional aerial surveying and intelligent control with optional RTK module for centimeter-level mapping accuracy;
5G remote control to break distance limitations; detailed flight logs for data traceability and custom development;
and intelligent route planning with terrain adaptability.
Functional Features
Ultra-Strong Vibration Resistance
Ultra-Strong Vibration Resistance
No external vibration damping is required. Advanced built-in anti-vibration technology ensures rock-solid flight stability even in complex and harsh environments.
Dual Compass Redundancy for Always-Accurate Heading
Two compasses operate as mutual backups, combined with intelligent heading algorithms to effectively eliminate electromagnetic interference. This guarantees reliable heading performance across land, water, and aerial scenarios.
Intelligent Wind Resistance, Silky-Smooth Control
High-precision disturbance compensation algorithms significantly improve control accuracy and wind resistance, delivering an exceptionally smooth flight experience even in adverse weather conditions.
Professional Surveying & Intelligent Control for High-Precision Mapping
Supports waypoint surveying, precise return-to-point, and intelligent takeoff and landing. With optional RTK modules, the system achieves centimeter-level positioning accuracy, meeting the demands of surveying, inspection, and other high-precision operations.
5G Full-Area Connectivity for Remote Command
Break through distance limitations with real-time dispatch and control of unmanned vehicles, vessels, and aircraft. Supports UAV ground control stations, HD 2.4G/5G video transmission, real-time 5G network control, voice broadcast and intercom systems, and external payload control.
Greatly improving GNSS performance in
complex electromagnetic conditions
Dual-Feed Ceramic Antenna GPS for Reliable Global Positioning
Designed for strong electromagnetic interference resistance. Ensures fast satellite acquisition and accurate positioning in challenging environments such as urban canyons, dense forests, and open seas.
Multi-Sensor Fusion with Intelligent Fault Tolerance
Continuously monitors sensor health and switches to backup solutions within milliseconds in case of anomalies, providing multiple layers of safety for land, water, and aerial missions.
Rich Interface Expansion with No Limits
12 Motor Outputs: M1–M12 PWM ESC interfaces, supporting DSHOT1200 for high-speed ESCs
10 Servo Outputs: S1–S10, compatible with robotic arms, gimbals, and other peripherals
GPS / RTK Module Interfaces
External IMU Sensor Interface
External Status Indicator (GPS LED) Interface
Multiple Serial Ports
Easily integrates cameras, surveying equipment, sensors, and payloads to build a versatile intelligent operation platform.
Data Empowerment & Custom Development
Comprehensive logging functions enable full data traceability, recording complete system operation logs for fault diagnosis and performance optimization. Open APIs support third-party integration and customized feature development.
Standard Mode
Efficient climb followed by level cruising,
ideal for logistics delivery and area inspection
Intelligent Route Planning with Terrain Adaptation
· Standard Mode
· 3D Dynamic Mode
· Wind Turbine Blade Inspection Routes
3D Dynamic Mode
Continuous 3D trajectory flight with automatic obstacle
avoidance and terrain following, suitable for
mountainous surveying and complex environments
Wind Turbine Blade Inspection Routes:
When used with the ground control app,
the system can automatically generate inspection
routes around fixed-structure objects such as
wind turbines and transmission towers.
Product parameters
Item | Value |
Place of origin | China |
Model | AFC-F8 |
compatible brand | For fpv |
Private mold | Yes |
Material | Plastic |
Application
The AFC-F8 Unmanned Control System is designed for a wide range of unmanned platforms and mission-critical applications. It is widely used in multi-rotor UAVs, fixed-wing aircraft, VTOL platforms, helicopters, unmanned surface vessels (USVs), unmanned ground vehicles (UGVs), and autonomous forklifts. Typical applications include aerial surveying and mapping, infrastructure inspection, agricultural operations, logistics and transportation, emergency response, industrial automation, and intelligent patrol systems across land, sea, and air environments.
