Does this skill work with the official FTC SDK?

Yes, the skill is designed to generate code that is fully compatible with the official FIRST Tech Challenge Robot Controller SDK and Android Studio environments.

What is the FTC Robotics Skill for Claude Code?

It is a specialized plugin that provides Claude with the context and code patterns necessary to help developers write Java code for the FIRST Tech Challenge robotics competition.

Can this skill help with autonomous routine logic?

Absolutely. It includes templates and patterns for state machines, sensor-based navigation, and PID control loops frequently used in the 30-second autonomous period.

Is this skill compatible with VS Code?

Yes, it is compatible with Claude Code, Codex CLI, and can be used as a reference for VS Code Copilot and Cursor users.

FTC Robotics Skill Template

Name: FTC Robotics Skill Template
Author: ncssm-robotics

byncssm-robotics

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Mobile Development

Streamlines the development of FIRST Tech Challenge (FTC) robotics software by providing standardized Java patterns and hardware configurations.

소개

The FTC Robotics Skill Template serves as a foundational bridge between Claude Code and the FIRST Tech Challenge ecosystem. It enables Claude to assist developers in writing robust Java code for robot controllers, including hardware mapping, autonomous routines, and tele-operated control schemes. By providing domain-specific guidance on the FTC SDK, this skill ensures that generated code adheres to competition standards and best practices for sensor integration and motor control.

주요 기능

Autonomous routine boilerplate generation
Standardized FTC hardware mapping templates
Sensor integration and data processing snippets
TeleOp control loop implementation patterns
2 GitHub stars
PID controller and motion profiling logic

사용 사례

Creating efficient driver-controlled tele-operated routines
Developing complex autonomous paths using sensor feedback
Generating robot configuration and initialization code

소개

주요 기능

Autonomous routine boilerplate generation
Standardized FTC hardware mapping templates
Sensor integration and data processing snippets
TeleOp control loop implementation patterns
2 GitHub stars
PID controller and motion profiling logic

사용 사례

Creating efficient driver-controlled tele-operated routines
Developing complex autonomous paths using sensor feedback
Generating robot configuration and initialization code