smithery/ncssm-robotics

robot-dev

>- Helps with FTC robot development workflow including building, deploying, and debugging. Use when connecting to robot, troubleshooting ADB, building code, deploying to Control Hub, viewing logs, or controlling OpModes from the command line.

Installation

$ npx skills add smithery/ncssm-robotics --skill robot-dev

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More details

Agent compatibility

Declared targets from SKILL.md / docs. Unmarked agents are not listed — the skill may still install via the CLI.

Claude Code Declared
Cursor Declared
Codex Declared
GitHub Copilot Declared
Windsurf Not declared
Gemini CLI Not declared
Cline Not declared
OpenCode Not declared

Skill metadata

Parsed from SKILL.md frontmatter.

Version1.1.0
LicenseMIT
CompatibilityClaude Code, Codex CLI, VS Code Copilot, Cursor
Declared agents claude-code cursor codex github-copilot vscode
More metadata
author
ncssm-robotics
version
1.1.0
category
tools

Package contents

Files included with this skill beyond the listing page.

  • skill md SKILL.md 3,394 B
  • docs SUMMARY.md 256 B

History

  1. First recorded snapshot · 0 installs

SKILL.md

FTC Robot Development Tools

Commands and guidance for the FTC robot development workflow. Designed to help rookies get up and running quickly.

Quick Start

1. Check Your Setup

/doctor

This checks if ADB is installed and helps you install it if needed.

2. Connect to Robot

/connect

Connects to your robot via WiFi (default) or USB.

3. Build and Deploy

/build    # Compile your code
/deploy   # Build and install to robot

4. Debug

/log              # View robot logs
/log --errors     # View only errors

5. Control OpModes

/opmodes          # List available OpModes
/init TeleOp      # Initialize an OpMode
/start            # Start the OpMode
/stop             # Stop the OpMode

Available Commands

Command Description
/doctor Check environment setup (ADB, connection)
/connect Connect to robot via WiFi or USB
/build Compile robot code
/deploy Build and deploy to robot
/log View filtered robot logs
/opmodes List available OpModes
/init Initialize an OpMode
/start Start the initialized OpMode
/stop Stop the running OpMode

Connection Basics

WiFi Connection (Recommended)

  1. Power on your robot
  2. Connect your computer to the robot's WiFi network (usually TEAMNUMBER-RC)
  3. Run /connect

USB Connection

  1. Connect USB cable from computer to Control Hub
  2. Run /connect --usb

Common Issues

See [TROUBLESHOOTING.md](TROUBLESHOOTING.md) for solutions to:

  • "ADB not found"
  • "Cannot connect to robot"
  • "Deploy failed"

Environment Setup

See [ADBSETUP.md](ADBSETUP.md) for platform-specific ADB installation instructions.

Status HUD

When connected, the status line shows:

🤖 Connected (12.4V) │ TeleOp Test [INIT] │ 192.168.43.1

See [HUD.md](HUD.md) for configuration options.

Anti-Patterns

Don't: Skip /doctor on a new machine

# BAD - Jump straight to connecting
/connect  # "ADB not found" error

# GOOD - Check environment first
/doctor   # Identifies missing dependencies
/connect  # Now it works

Don't: Ignore build errors and deploy anyway

# BAD - Deploy after build fails
/build    # Shows errors, you ignore them
/deploy   # Deploys old working code, not your changes!

# GOOD - Fix errors before deploying
/build    # Fix any errors shown
/build    # Verify clean build
/deploy   # Now your changes are deployed

Don't: Forget to connect before deploying

# BAD - Deploy fails silently
/deploy   # "No device connected" error

# GOOD - Ensure connection first
/connect  # Establish connection
/deploy   # Deploy succeeds

Don't: Debug without filtering logs

# BAD - Overwhelmed by system noise
/log      # Thousands of unrelated messages

# GOOD - Filter to what matters
/log --errors     # Only error messages
/log --tag=MyOp   # Only your OpMode's logs