#
autopilot
Here are 161 public repositories matching this topic...
PX4 Autopilot Software
uav
drone
ros
px4
pixhawk
uas
dronecode
autopilot
mavlink
autonomous
drones
dds
hacktoberfest
ugv
mavros
ros2
multicopter
qgroundcontrol
fixed-wing
avoidance
-
Updated
Oct 25, 2022 - C++
INAV: Navigation-enabled flight control software
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Updated
Oct 24, 2022 - C
APM Planner Ground Control Station (Qt)
open-source
plane
ros
pixhawk
autopilot
gcs
autonomous-vehicles
robot-operating-system
arducopter
ardupilot
arduplane
ardurover
copter
ground-control-station
apm-planner
-
Updated
Oct 25, 2022 - C++
windows
macos
rust
automation
js
cross-platform
x11
ts
autopilot
desktop-automation
corefoundation
hacktoberfest
deno
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Updated
Jul 22, 2022 - Rust
A simple self-driving car module for humans 🚘 🛣️
machine-learning
deep-learning
tesla
autopilot
nvidia
dataset
self-driving-car
research-paper
driving-cars
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Updated
Jun 6, 2022 - Python
Place to store and stay up to date with configs & strategies from the CryptoGnome Group
crypto
bitcoin
trading-bot
autopilot
cryptocurrency
cryptocurrencies
cryptocurrency-trading-bot
bitcoin-bot
profit-trailer
-
Updated
May 6, 2019
Autopilot in Go for docking the SpaceX Dragon capsule in the simulator
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Updated
May 29, 2020 - Go
A lightweight autopilot software for Pixhawk
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Updated
Nov 27, 2021 - C
The dRonin flight controller software.
uav
drone
quadcopter
hexacopter
helicopter
plane
fpv
multirotor
navigation-functionality
openpilot
autopilot
quadrotor
autotune
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Updated
Sep 13, 2021 - C++
BeagleBone ArduPilot DIY Cape
uav
autopilot
imu
diy
beaglebone
arducopter
ardupilot
arduplane
ardurover
ardusub
copter
beaglebone-ardupilot-cape
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Updated
Dec 13, 2020
Dual Universe HUD and Autopilot, with Atmospheric and Space features, and automatic interplanetary autopilot that will put you in a safe orbit for when you wake up
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Updated
Jul 3, 2021 - Lua
This repository intends to enable autonomous drone delivery with the Intel Aero RTF drone and PX4 autopilot. The code can be executed both on the real drone or simulated on a PC using Gazebo. Its core is a robot operating system (ROS) node, which communicates with the PX4 autopilot through mavros. It uses SVO 2.0 for visual odometry, WhyCon for visual marker localization and Ewok for trajectoy planning with collision avoidance.
drone
quadcopter
simulation
paper
ros
px4
autopilot
autonomous
gazebo
marker-tracking
svo
collision-avoidance
visual-inertial-odometry
delivery
mavros
visual-odometry
whycon
trajectory-planning
ewok
autonomous-navigation
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Updated
Jul 2, 2019 - C++
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