Lineage-based FPV drone

XCD-7 | Type I multi‑purpose, compatible across all domains

Wingspan across the entire domain,<br> takeoff and landing at your command.

Wingspan across the entire domain,
takeoff and landing at your command.

FCQ-150

Meteorological Operations, Safe and Reliable

Meteorological Operations, Safe and Reliable

GHQ-600

Point Air Defense, Handheld & Portable

Point Air Defense, Handheld & Portable

XCD1G

Product Services

PRODUCT CENTER

Unmanned aerial vehicle products

Developed a variety of mature unmanned aerial vehicle platforms, including multi-rotor, composite-wing, fixed-wing, and honeycomb types.

Simulation Testing Service

Committed to delivering high-fidelity, immersive interactive experiences and comprehensively empowering the digital transformation of complex business scenarios.

Command and Control System Products

Achieve a closed-loop workflow encompassing “unattended operation, automated inspection, and intelligent analysis.”

Avionics System Products

Flight Control and Management System with Multiple Interface Types

Drone services

Customized testing services can be tailored to different user needs by selecting various types of drones.

Unmanned aerial vehicle products

Simulation Testing Service

Command and Control System Products

Avionics System Products

Drone services

Unmanned aerial vehicle products
Simulation Testing Service
Command and Control System Products
Avionics System Products
Drone services

Core technology

CORE TECHNOLOGIES

Series-Based Flight Control and Management System

The core technologies of the series‑based flight control and management system are centered on multi‑scenario adaptability and intelligent control, integrating highly reliable flight control algorithms, multi‑sensor fusion, and redundancy‑based fault‑tolerance techniques to achieve attitude stabilization and precise navigation.

Highly redundant, highly reliable flight control

The core technologies of the series‑based flight control and management system are centered on multi‑scenario adaptability and intelligent control, integrating highly reliable flight control algorithms, multi‑sensor fusion, and redundancy‑based fault‑tolerance techniques to achieve attitude stabilization and precise navigation.

Intelligent Decision-Making and Cooperative Control

The core technologies of the series‑based flight control and management system are centered on multi‑scenario adaptability and intelligent control, integrating highly reliable flight control algorithms, multi‑sensor fusion, and redundancy‑based fault‑tolerance techniques to achieve attitude stabilization and precise navigation.

Specialized Unmanned Aerial Vehicle Design

The core technologies of the series‑based flight control and management system are centered on multi‑scenario adaptability and intelligent control, integrating highly reliable flight control algorithms, multi‑sensor fusion, and redundancy‑based fault‑tolerance techniques to achieve attitude stabilization and precise navigation.

Modeling and Simulation of Complex Large-Scale Systems

The core technologies of the series‑based flight control and management system are centered on multi‑scenario adaptability and intelligent control, integrating highly reliable flight control algorithms, multi‑sensor fusion, and redundancy‑based fault‑tolerance techniques to achieve attitude stabilization and precise navigation.

  • Series-Based Flight Control and Management System

  • Highly redundant, highly reliable flight control

  • Intelligent Decision-Making and Cooperative Control

  • Specialized Unmanned Aerial Vehicle Design

  • Modeling and Simulation of Complex Large-Scale Systems

Series-Based Flight Control and Management System
Highly redundant, highly reliable flight control
Intelligent Decision-Making and Cooperative Control
Specialized Unmanned Aerial Vehicle Design
Modeling and Simulation of Complex Large-Scale Systems

Corporate Video

COMPANY VIDEO

Latest News

LATEST NEWS