Having been strategically positioned in the drone and industrial testing fields for many years, we focus on R&D of core components for professional drones such as multi-rotor and compound-wing models. Meanwhile, we provide customized testing instruments for specific industrial scenarios. Leveraging our strengths in technological innovation and precise adaptation capabilities, we have established ourselves as trusted technical partners for industry clients.
Our independently developed range of core drone components covers the full-chain requirements of drone flight across the "control-power-simulation" spectrum:
• Flight Controllers: Serving as the "brain" of drones, these controllers integrate high-performance computing chips and adaptive control algorithms. They enable attitude stabilization, path planning, and operation in complex environments (e.g., strong winds, electromagnetic interference) for multi-rotor, compound-wing, and other drone types. Compatible with mainstream flight control protocols, they can be customized to address specialized mission requirements of industrial-grade drones (e.g., payload capacity, extended endurance).
• Custom Electronic Speed Controllers (ESCs): Optimized for high-power motors, these ESCs deliver precise speed control and rapid response. They are compatible with diverse motor types-including carbon fiber and brushless motors-while balancing lightweight design with durability, thereby enhancing drone flight efficiency and power stability.
• Flight Simulation System: Built on physical engines and real-world meteorological data, this system constructs virtual flight environments to validate flight control algorithms, simulate faults (e.g., motor failure, signal loss), and pre-test mission scenarios. It helps customers reduce R&D cycles and mitigate risks in actual testing.
• Customized Testing Instruments: Precision diagnostic tools tailored for industrial applications.
