ArduCopter Flight Controller APM2.8 Kit
Price in Sri Lanka

The APM 2.8 Flight Controller Kit is an advanced, open-source autopilot solution designed for hobbyists, students, and drone developers who want reliable and customizable flight performance. Built on the proven ArduPilot platform, this controller provides exceptional stability, mission-planning capability, and full autonomous flight features for quadcopters, hexacopters, and other multirotor setups.

With its integrated sensors, easy configuration using Mission Planner, and extensive community support, the APM 2.8 is an ideal choice for DIY drone builders looking for professional-grade performance on a budget.

Key Features

• Open-source ArduPilot firmware for continuous updates and flexibility
• 8-bit Atmega2560 processor with Atmega32U2 for USB connection
• Onboard sensors:
  • 3-axis gyroscope
  • 3-axis accelerometer
  • Barometric pressure sensor
• External GPS & Compass support (GPS module included depending on kit version)
• Integrated power module port for clean, stable power supply
• Failsafe features including RTL (Return-to-Launch)
• Waypoint mission planning using Mission Planner
• Compatible with PPM, PWM, Futaba, and S.Bus receivers
• Vibration-damped mounting plate included for stable flight performance

Specifications

• Microcontroller: Atmega2560
• USB Interface: Atmega32U2
• Input Voltage: 5V via power module or BEC
• IMU Sensors: MPU-6000 (accelerometer & gyroscope)
• Barometer: MS5611 high-precision altitude sensor
• Firmware: ArduCopter/ArduPlane/ArduRover supported
• I/O Ports:
  • 8 PWM outputs for ESC/servo
  • PPM/S.Bus input
  • GPS/Compass I2C port
  • Telemetry port (3DR/SiK radios supported)

What’s Included in the Kit

• APM 2.8 Flight Controller (with shock-absorbing case)
• Power Module
• GPS Module with Compass
• USB configuration cable
• Vibration-damped mounting plate
• Connection cables and accessories

Ideal For

• DIY multirotor drone projects
• FPV and aerial photography platforms
• Robotics and research applications
• Students and developers learning autonomous flight