I. Core Customization Directions
1. Flight Controller Customization
Hardware Adaptation CustomizationCustomize main control chips according to requirements (STM32/AT32 series, etc.). Adjust interface layouts to support both plug-and-play and soldering options for air units and receivers. Reserve expansion interfaces (GPS, OSD, sensor ports) to fit drone frames sized from 2 to 7 inches. Optimize power supply modules for compatibility with 3–12S lithium batteries.
Function & Parameter CustomizationTailor attitude control algorithms to enhance response sensitivity for racing scenarios or improve attitude stability for acrobatic flights. Debug flight controller firmware to support specific signal protocols (Dshot/Oneshot/PWM) and add personalized flight modes (racing mode, freestyle mode, cruise mode). Upgrade anti-interference modules for seamless operation in complex flight environments.
Performance Optimization CustomizationBoost flight controller operating frequency to minimize command latency. Optimize shock absorption structures to reduce the impact of frame vibrations on flight controller data accuracy. Customize practical functions such as real-time battery monitoring and fault alarm systems, catering to both professional competition and casual entertainment needs.
2. ESC Customization
Power Specification CustomizationSelect current ratings on demand (35A–200A available) and voltage compatibility ranges (3–12S). Equip with high-performance MOSFETs (brands like Toshiba/Infineon optional) and customize peak power output to match high-KV or high-pole-count motors, satisfying diverse power requirements for high-speed racing sprints and heavy-load flights.
Firmware & Protocol CustomizationConduct in-depth debugging based on AM32/BLHeli-32 firmware. Customize PWM refresh rates (adjustable from 48KHz to 96KHz), motor startup power, and torque resolution. Support bidirectional Dshot protocol and optimize speed telemetry accuracy. Ensure compatibility with specific flight controller signal protocols to achieve precise synchronization between flight controllers and ESCs.
Structure & Practical Function CustomizationChoose between 4-in-1 integrated and standalone ESC configurations. Optimize circuit board layouts and pad designs (with beginner-friendly large pads or solder-free plug-and-play options). Add built-in fuel gauges, overheat protection, and short-circuit protection functions. Customize mounting hole positions to fit specific drone frames; shock absorption modules can be integrated into select models.
II. Scenario-Specific Customization Adaptations
Racing ScenariosEnhance flight controller response speed and ESC power burst capability. Optimize low-latency command transmission to fit short-wheelbase racing drones, maximizing competitiveness in high-speed races.
Acrobatic Freestyle ScenariosRefine flight controller attitude control precision and ESC power smoothness, enabling precise maneuvers such as sudden stops, rolls, and hovering, ideal for freestyle FPV drones.
Heavy-Load/Cruise ScenariosImprove ESC continuous power output and optimize flight controller stability to fit large-size drone frames, meeting needs for aerial photography and outdoor cruising missions.
Professional Competition ScenariosCustomize exclusive firmware parameters and strengthen anti-interference performance. Precisely match competition-grade motors and flight controllers, fully complying with official tournament equipment standards.
III. Core Advantages of Customization
Precision AdaptationComprehensively align with drone frame dimensions, power requirements, and flight styles, eliminating parameter mismatches common with off-the-shelf products and maximizing overall drone performance.
Controllable PerformanceTargeted enhancement of core functions and optimization of performance bottlenecks, balancing power output, response speed, and stability to address pain points across different flight scenarios.
Flexible CompatibilitySupport customization for niche drone models and special requirements, ensuring compatibility with motors, receivers, and other accessories from various brands, lowering the barrier to hardware matching.
