How to Start an FRC Team: A Complete Beginner's Guide

Starting a FIRST Robotics Competition team feels huge — a 120-pound robot, a six-week build season, thousands of dollars. But thousands of teams started exactly where you are. Here's the honest, practical path from "we want a team" to your first match.

What FRC actually is

FRC is the flagship high-school program of FIRST. Each January, every team worldwide gets the same game at Kickoff, then has about six weeks to design, build, and program a robot to play it. Teams compete at Regional or District events in the spring, with the season culminating at the FIRST Championship in Houston.

It is not just engineering: a strong team needs people doing mechanical, CAD, programming, electrical, scouting, strategy, business, fundraising, and outreach. That breadth is good news — there's a role for almost anyone.

Step 1: Find your people

You need three things before anything else:

• Students. You can start with as few as 5–10 committed members. Quality of commitment matters far more than headcount in year one.
• At least one adult mentor / lead coach. This is required for registration. A teacher, parent, or local engineer all work — they don't need robotics experience, just reliability.
• A host organization. Usually a school, but homeschool groups, libraries, and community organizations can charter teams too.

Step 2: Understand the real costs

Budget honestly up front. For the current season, the core fees are:

• Season registration: ~$6,500 (this is your entry and includes a Kit of Parts).
• Each additional Regional event: ~$3,200.
• Plus robot parts, tools, and travel — FIRST's published median total for a Regional team is around $24,000/season, though many teams run leaner.

The number scares people, so here's the part nobody tells rookies: you rarely pay full freight your first year. Rookie teams are eligible for substantial grants — most notably the NASA FRC Sponsorship Grant, which can cover your first event's registration entirely. Check the FIRST Team Grant Opportunities page early; deadlines cluster in the fall.

Step 3: Register and get your Kit of Parts

Register your team at firstinspires.org. New teams get a rookie Kit of Parts with a control system, motors, and a drivetrain option to get you moving. Get your adult leads' Youth Protection screening done early — it's a common bottleneck.

Step 4: Get a space and basic tools

You need a room you can leave a half-built robot in, plus power and a few feet of open floor to drive on. Tool-wise, start minimal: drill, hand tools, a way to cut aluminum, and a soldering/crimping kit for electrical. You can borrow CNC or machining time from a veteran team or a sponsor's shop.

Step 5: Train before Kickoff

This is where most rookie teams stumble — they spend the first two weeks of build season learning the basics instead of building. Use the fall and early winter to get members comfortable with the fundamentals of each department: drivetrains, wiring that passes inspection, the programming control system, and basic strategy. (That's exactly what we built LearnFRC for — free, structured lessons across every department. Start with the Getting Started guide.)

Step 6: Survive your first build season

A few rules that save rookie teams:

• Keep the robot simple. A reliable robot that drives and scores one way beats an ambitious robot that doesn't work.
• Wire it well. A large share of robot failures at events are electrical. Crimp cleanly and build a tidy CAN bus.
• Start scouting early. You pick alliances on data, not vibes.
• Document everything. Your seniors graduate; written knowledge is how the team survives.

The mindset that matters most

Your first season's goal is not to win — it's to finish a robot, compete, and build a team that comes back next year. Lean on the community: Chief Delphi, your regional veterans, and Open Alliance teams are remarkably generous. Ask questions early and often.

Ready to train your team? Browse the free department guides on LearnFRC — built by an FRC student, for new teams.