Introduction
Purpose of This Guide
This document provides the official Getting Started guide for JTA-01, a high-performance flight control unit designed in compliance with the Pixhawk FMU v6x RT hardware standard.
The purpose of this guide is to help users:
- Understand the capabilities and scope of JTA-01
- Safely power and connect the flight controller
- Perform initial setup and configuration
- Prepare the system for first operation using supported autopilot firmware
This guide is intended for:
- Drone system integrators
- UAV developers and researchers
- OEMs and solution providers
- Advanced hobbyists familiar with Pixhawk-class flight controllers
It focuses on correct usage and integration rather than firmware development or low-level hardware modification.
What is JTA-01
JTA-01 is a real-time, safety-oriented flight control unit designed for modern unmanned systems, including multirotor, fixed-wing aircraft, VTOL platforms, and ground or marine robots.
JTA-01 follows the Pixhawk FMU v6x RT architecture, incorporating:
- A real-time multicore microcontroller architecture
- Redundant inertial sensing
- Deterministic I/O for motor and actuator control
- High-integrity power management and monitoring
- Support for modern communication buses such as CAN (DroneCAN), UART, SPI, I²C, and USB
The design philosophy of JTA-01 emphasizes:
- Deterministic real-time control
- Sensor redundancy and isolation
- Electrical robustness
- Firmware compatibility with established autopilot ecosystems
JTA-01 is intended to be used as the primary flight controller in safety-critical and performance-oriented UAV platforms.
Supported Firmware
JTA-01 is compatible with autopilot firmware that supports the Pixhawk FMU v6x RT standard.
Supported firmware includes:
- PX4-based autopilot stacks
- ArduPilot-based autopilot stacks
Firmware is typically installed and configured using standard ground control software tools such as:
- QGroundControl
- Mission Planner
ℹ️ Note - JTA-01 is shipped with a factory-tested bootloader compatible with Pixhawk FMU v6x RT firmware layouts. Users are not required to build or modify firmware to begin operation.