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UCC FPV

UCCFPV
Contrôle de vol

Autopilote, communication, électronique de puissance et systèmes embarqués pour UAV, FPV, industrie et marine.

Fondé
2024
Focus
Contrôle
Périmètre
HW + SW
FC30 flight controller PCB, 30×30 mm form factor

FC30

STM32F722 · ICM42688P · BMP280 · 30×30 mm · 4-layer PCB

Flight Controller

Produits

Plateformes vérifiées

Contrôle de vol et modules de communication pour systèmes empilés.

FC30 flight controller PCB, 30×30 mm form factor

FC30

Disponible sur demande

FC30 Flight Controller

30×30 mm flight controller with STM32F722 processing, ICM42688P IMU, and integrated multi-rail BEC for UAV and FPV integration.

Processor
STM32F722
IMU
ICM42688P
Barometer
BMP280
UART
5 interfaces
Motor outputs
8 brushless
Blackbox
128 Mb
BEC
3.3V / 5V / 10V
Form factor
30×30 mm
LM30-Link communication board with GNSS and cellular modules

LM30-Link

Disponible sur demande

LM30-Link Communication Board

Modular communication expansion board with GNSS and 4G connectivity for 30.5×30.5 mm flight controller stacks.

GNSS
u-blox MAX-M10
Module support
Quectel L96
Connectivity
4G
Constellations
GPS / GLONASS / Galileo / BeiDou
Compatibility
30.5×30.5 mm FC

Contrôle de vol

Électronique d’autopilote avec profondeur d’intégration.

Capteurs, interfaces moteur, blackbox et télémétrie.

  • Autopilot architecture

    System-level design of flight control electronics for unmanned platforms.

  • Stabilization

    IMU-driven attitude estimation and control interfaces for stable flight behavior.

  • Sensor integration

    Barometer, telemetry, and peripheral sensing paths integrated into the control stack.

  • Real-time control

    Deterministic processing paths for motor commands and flight-state updates.

  • Motor control interfaces

    Multi-channel brushless motor outputs for airframe actuation.

  • Blackbox logging

    Onboard flight data capture to support tuning, diagnostics, and integration.

  • Telemetry integration

    UART and peripheral pathways for ground-link and subsystem communication.

SensorsIMU / BAROEstimatorATTITUDEControllerREAL-TIMEActuatorsMOTORSFEEDBACK / TELEMETRYCONTROL LOOPSensor → Estimate → Command → Actuate → Sense

Communication

Connectivité modulaire.

GNSS, cellulaire, radio et bus industriels — selon l’architecture.

GNSS4G / 5GSATCOMRadioTCP/IPWi-FiBluetoothCAN-BusRS485UARTNMEA 2000
FCCONTROLGNSSPOS4G/5GLINKRADIORFBUSCAN/UARTSATCOMOPTNMEAMARINECOMM PATHS

Logiciel autonome

Logique de mission

Automatisation d’itinéraires, missions agricoles, cargo et intégration sol.

Route-based surveillance

Mission routes defined for observation and patrol workflows.

Precision seeding

Agricultural mission logic for controlled seeding operations.

Autonomous cargo drop

Delivery sequences with mission-based release control.

Mission-based autonomous control

Configurable mission logic tailored to platform requirements.

AndroidWindowsLinux
Mission control software interface for autonomous operations

Électronique de puissance

ESC et distribution.

Courant, chemins thermiques et fiabilité d’intégration.

ESC development

Electronic speed controller design for propulsion and actuation loads.

Thermal management

Copper layout, heatsinking strategy, and thermal path engineering.

Current handling

High-current carrying design for power stages and distribution.

Power distribution

Board-level rails and platform power integrity for integrated systems.

Integration reliability

Electrical and mechanical fitment for production-oriented platforms.

Power electronics and ESC PCB with high-current copper layout

Marine et autonome

Au-delà de l’aérien

Navigation, actionneurs et PCB marine.

Capacités plateforme

  • Autonomous navigation
  • Triple GPS fusion
  • Virtual anchor
  • SATCOM integration
  • Radio communication
  • 4G / 5G
  • TCP/IP
  • Wi-Fi
  • Bluetooth
  • NMEA 2000
  • CAN-Bus
  • RS485
  • UART
  • H-Bridge actuator control

High humidity environments

Electronics design considerations for moisture-exposed operation.

Salt-water exposure

Material and protection strategies for corrosive marine conditions.

High-current carrying

Power path design for actuator and propulsion loads.

Thermal management

Heat dissipation strategies for enclosed marine electronics.

Signal integrity

Noise-aware routing and interface protection for reliable control links.

Systèmes marins

OEM / ODM

Conçu autour de votre plateforme.

Contrôleurs de vol, cartes de communication, puissance et contrôle embarqué sur mesure.

Démarrer un projet OEM / ODM
  • Custom flight controller design
  • Communication-board development
  • Power electronics
  • Embedded control boards
  • Firmware / software integration
  • Mechanical / electrical integration support
  • Interface customization
  • Brand customization

Processus d’ingénierie

Besoin → Production

Architecture, électronique, firmware, prototype et intégration.

Aperçu R&D
  1. 01

    Requirement

    Capture platform constraints, interfaces, environmental conditions, and performance targets.

  2. 02

    System Architecture

    Define control topology, sensing, communication, and power distribution structure.

  3. 03

    Electronics Design

    Schematic development for processors, sensors, power stages, and peripheral interfaces.

  4. 04

    PCB Development

    Multi-layer layout with signal integrity, thermal, and mechanical integration focus.

  5. 05

    Firmware / Software

    Embedded firmware and mission software aligned to hardware capabilities.

  6. 06

    Prototype

    Bring-up of functional boards for electrical and system-level evaluation.

  7. 07

    Testing

    Bench, thermal, signal, and integration validation against defined requirements.

  8. 08

    Integration

    Airframe, vessel, or platform fitment with mechanical and electrical partners.

  9. 09

    Production Preparation

    Documentation and design transfer readiness for manufacturing partners.

Validation

Tests en boucle

Banc, thermique, signal, intégration, firmware et environnement.

01

Bench testing

02

Thermal testing

03

Signal validation

04

Integration testing

05

Firmware verification

06

Environmental validation

Industries

Secteurs d’application

UAV, robotique, agriculture, logistique, industrie et autonomie marine.

01

UAV / FPV

Flight control, communication, and power electronics for unmanned aerial and FPV platforms.

02

Robotics

Embedded control and interface electronics for autonomous robotic systems.

03

Agriculture

Mission software and control hardware for precision agricultural operations.

04

Logistics

Autonomous cargo and delivery control workflows for unmanned platforms.

05

Industrial Systems

Custom embedded boards and communication for industrial automation contexts.

06

Marine Autonomous Platforms

Navigation, actuator control, and marine-grade electronics for autonomous vessels.

07

Custom Embedded Systems

Platform-specific electronics engineered for specialized autonomous applications.

Pourquoi UCC FPV

Principes d’ingénierie

Notre approche de la conception système pour plateformes autonomes.

Integration-first Design

Electronics, firmware, and interfaces developed as a coherent control layer for the target platform.

Modular Architecture

Stackable and expandable board architectures that adapt to airframe and payload requirements.

Custom Engineering

OEM/ODM development shaped around mechanical, electrical, and operational constraints.

Hardware + Software Co-Development

Control electronics and mission software engineered together for system-level behavior.

Real-world Platform Focus

Design decisions driven by UAV, FPV, industrial, agricultural, and marine deployment needs.

Production-oriented Development

Prototypes developed with a clear path toward manufacturing readiness and integration transfer.

Engager

Vous construisez une plateforme autonome ?

Concevons ensemble le contrôle de vol, les communications, l’alimentation et l’embarqué selon vos besoins.