Launch ArduPilot SITL simulators for copter, plane, and rover vehicles.
npx skills add https://github.com/fossuav/aap --skill sitl
Please help me install this Agent Skill. Skill: sitl Source: https://github.com/fossuav/aap/tree/main/claude/skills/sitl Command: npx skills add https://github.com/fossuav/aap --skill sitl
This Skill allows users to easily launch the ArduPilot Software In The Loop (SITL) simulator for interactive testing and development of autopilot software.
Use the sitl skill to launch a copter simulator with a map display.
High-intent search queries and answers about installing and using this skill.
To launch the ArduPilot SITL simulator, use this Skill to run sim_vehicle.py, which automates the configuration and build process for interactive vehicle testing across copter, plane, and rover types.
Yes, you can configure ArduPilot SITL options. The Skill applies common simulation settings including specific frame types, starting locations, speed multipliers, and debugging flags during the launch process.
The best way to test ArduPilot flight modes without a physical vehicle is using the SITL simulator, which provides a software-in-the-loop environment for interactive development and hardware configuration testing.
No, manual building is not required before starting SITL. The Skill utilizes sim_vehicle.py to handle the automated configuration and build processes needed to launch the simulator environment.
Yes, the SITL simulator supports ArduPilot rover vehicles. It handles various vehicle types including copter, plane, and rover, allowing developers to test different autopilot configurations interactively.
Use SITL simulation for ArduPilot development to safely test new flight modes and hardware configurations without risking a physical vehicle, enabling rapid iterative testing through configurable simulation options.
fossuavBuild and execute ArduPilot unit tests with waf and Google Test.
gganbukim1Orchestrate multi-agent coding missions with dependency and concurrency control.
fossuavLocate ArduPilot code implementations using Grep and Glob tools.
baphledTest embedded firmware on hosts using GTest/GMock and hardware mocks.
