能力
面向性能、集成与任务可靠性而设计。
Autopilot electronics, stabilization, sensor integration, and real-time motor control interfaces.
Modular GNSS, cellular, and platform connectivity for unmanned and autonomous systems.
ESC development, thermal management, current handling, and reliable power distribution.
Mission logic, route automation, and ground-control integration across Android, Windows, and Linux.
Hardware and firmware co-development for mission-critical control electronics.
Custom flight controllers, communication boards, and platform-specific electronics engineering.
产品
面向堆叠式无人系统的飞行控制与通信模块。
FC30
可询价30×30 mm flight controller with STM32F722 processing, ICM42688P IMU, and integrated multi-rail BEC for UAV and FPV integration.
LM30-Link
可询价Modular communication expansion board with GNSS and 4G connectivity for 30.5×30.5 mm flight controller stacks.
飞行控制
传感器、电机接口、黑匣子记录与遥测通路。
System-level design of flight control electronics for unmanned platforms.
IMU-driven attitude estimation and control interfaces for stable flight behavior.
Barometer, telemetry, and peripheral sensing paths integrated into the control stack.
Deterministic processing paths for motor commands and flight-state updates.
Multi-channel brushless motor outputs for airframe actuation.
Onboard flight data capture to support tuning, diagnostics, and integration.
UART and peripheral pathways for ground-link and subsystem communication.
通信
GNSS、蜂窝、无线电与工业总线——按架构需要部署。
自主软件
航线自动化、农业任务、货运作业与地面站集成。
Mission routes defined for observation and patrol workflows.
Agricultural mission logic for controlled seeding operations.
Delivery sequences with mission-based release control.
Configurable mission logic tailored to platform requirements.
功率电子
载流、热路径与集成可靠性。
Electronic speed controller design for propulsion and actuation loads.
Copper layout, heatsinking strategy, and thermal path engineering.
High-current carrying design for power stages and distribution.
Board-level rails and platform power integrity for integrated systems.
Electrical and mechanical fitment for production-oriented platforms.
海事与自主
导航、执行器控制与船用级 PCB 工程。
平台能力
Electronics design considerations for moisture-exposed operation.
Material and protection strategies for corrosive marine conditions.
Power path design for actuator and propulsion loads.
Heat dissipation strategies for enclosed marine electronics.
Noise-aware routing and interface protection for reliable control links.
OEM / ODM
定制飞行控制器、通信板、功率电子与嵌入式控制系统。
工程流程
架构、电子、固件、原型与集成。
Capture platform constraints, interfaces, environmental conditions, and performance targets.
Define control topology, sensing, communication, and power distribution structure.
Schematic development for processors, sensors, power stages, and peripheral interfaces.
Multi-layer layout with signal integrity, thermal, and mechanical integration focus.
Embedded firmware and mission software aligned to hardware capabilities.
Bring-up of functional boards for electrical and system-level evaluation.
Bench, thermal, signal, and integration validation against defined requirements.
Airframe, vessel, or platform fitment with mechanical and electrical partners.
Documentation and design transfer readiness for manufacturing partners.
验证
台架、热、信号、集成、固件与环境验证实践。
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行业
无人机、机器人、农业、物流、工业与海事自主。
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Flight control, communication, and power electronics for unmanned aerial and FPV platforms.
02
Embedded control and interface electronics for autonomous robotic systems.
03
Mission software and control hardware for precision agricultural operations.
04
Autonomous cargo and delivery control workflows for unmanned platforms.
05
Custom embedded boards and communication for industrial automation contexts.
06
Navigation, actuator control, and marine-grade electronics for autonomous vessels.
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Platform-specific electronics engineered for specialized autonomous applications.
为何选择 UCC FPV
我们面向自主平台的系统设计方法。
Electronics, firmware, and interfaces developed as a coherent control layer for the target platform.
Stackable and expandable board architectures that adapt to airframe and payload requirements.
OEM/ODM development shaped around mechanical, electrical, and operational constraints.
Control electronics and mission software engineered together for system-level behavior.
Design decisions driven by UAV, FPV, industrial, agricultural, and marine deployment needs.
Prototypes developed with a clear path toward manufacturing readiness and integration transfer.
动态
UCC FPV 公司主页精选工程更新。
Physical prototype of a custom marine-grade electronic control board after design and simulation — humidity/saltwater protection, high-current power planes, and signal integrity for noisy marine environments.
在 LinkedIn 阅读30×30 mm form factor with STM32F722, ICM42688P IMU, 8 motor outputs, 5 UARTs, 128 Mb onboard memory, integrated 10V BEC, Type-C, HD VTx support, and a 4-layer PCB.
在 LinkedIn 阅读30.5×30.5 mm stack module with u-blox MAX-M10 (GPS, GLONASS, Galileo, BeiDou), Quectel L96, 4G UFL antenna output, GPS antenna UFL, and JST 1.25 mm FC connection — including FC30 compatibility.
在 LinkedIn 阅读