Turn your Raspberry Pi®
into a drone controller
by using the might of sensors and controllers on board
GNSS receiver
Tracks GPS, GLONASS, Beidou, Galileo and SBAS satellites. External antenna with MCX connector
Dual IMU
Accelerometers, gyroscopes and magnetometers for orientation and motion sensing
RC I/O co-processor
Accepts PPM/SBUS input and provides 14 PWM output channels for motors and servos
High resolution barometer
Senses altitude with 10 cm resolution
Extension ports
Exposed ADC, I2C and UART interfaces for sensors and radios
Triple redundant power supply
With overvoltage protection and power module port for voltage and current sensing
IMU
Barometer
PWM output
Comes with preconfigured software
and documentation
Navio2 board
With dual IMU, barometer, GNSS receiver and RC IO co-processor
OS image
Emlid Linux distro with pre-installed ArduPilot and ROS
Docs and community
Open-source drivers, detailed tutorials and active forum for discussion
Preconfigured OS image
This is a Raspbian you know with ArduPilot and ROS preinstalled and ready to run with a couple of simple commands. Also comes with DroneKit and GStreamer.
Most advanced and full-featured open-source autopilot software. With Navio2 its code is executed directly on Raspberry Pi with preemptive Linux kernel.
6 supported vehicles
Copter, plane, rover, boat, heli and sub
Advanced flight modes
Auto, follow me, guided and others
Waypoint navigation
Full control of missions with multi-platform GCS
A collection of software frameworks for robot software development, providing operating system-like functionality on a heterogeneous computer cluster.
Program missions
Use ROS or DroneKit to make your drone perform preprogrammed actions and respond to changing conditions.
Stream video
Transfer low-latency video from Raspberry Pi camera module to the ground control station using GStreamer.
Control over the Internet
Plug in 3G/LTE modem to connect to your drone from anywhere in the world and access video and telemetry data.
Emlid education program. More than 200 universities around the world use Navio in studies and research
To support science and education, we offer special conditions for students, teachers and educational institutions. Contact us for more details.
Apply
Awesome Navio2 projects
from the community
Navio2-powered Mini Bike that overcomes a main challenge with two-wheeled vehicles: not falling over. Photo by Alain Herzog
An autopilot and client controller written in GoLang from scratch for an RC Blimp with Navio2 on board
Waterproof quadcopter that can land over water with built-in line drop system working with a servo. The project is selected in the Guardian's favourite projects of 2016
UAS for search and rescue operations using object recognition to find a target and deliver a payload, e.g. to help an injured climber on traditionally inaccessible terrain
The drone for agricultural purposes i.e. crop scouting for water management and pests
Nice Rover build with gimbal holding Raspi camera and GoPro. The rover has dual GPS and triple compass.
Well-documented project of an autonomous Car with Rasbperry Pi and Navio2 running Donkey
Documentation
Quickstart guides and comprehensive feature overview. Step-by-step tutorials covering most common applications. Regularly updates by our support team according to mostly asked questions.
Community forum
Share your project or ask any question on our community forum to get answers from experienced users and Emlid team. Stories about using Emlid products from users all over the world.
Navio2 in the Emlid Store
Have a question?
Ask our team
Email us at support@emlid.com or fill in a contact form. We normally reply within one working day. However, in most cases, you will hear from us in a few hours.