the video version
The same lesson as a narrated video. Watch it on YouTube
Starting a team is a project of its own#
Launching a rookie FRC team takes planning months before Kickoff. Here's the roadmap.
Step 1: Recruit mentors and students#
- You need at least two adult mentors/coaches (a school often requires a teacher sponsor). Mentors don't need to be engineers — FIRST provides free training.
- Recruit a starting core of students (a viable team can begin with around 8–10, though more helps spread the workload across sub-teams).
- Identify a meeting/build space with power and room for a robot and tools, plus basic safety provisions.
Step 2: Register on firstinspires.org#
- Create a team registration through the FIRST Dashboard. Registration is what unlocks the season and your team number.
- Plan ahead: registration opens in the fall, before January Kickoff, and the Kit of Parts is tied to it. Choose whether to pick up your Kickoff Kit at a local Kickoff event (free shipping) or have it shipped to you (the 'MySite' option, for an added fee).
Step 3: Budget realistically#
- The base season registration fee is $6,500 for the 2026–27 season (the same for rookie and veteran teams; check the official Cost & Registration page, as it changes year to year). Each additional event has its own fee.
- Beyond registration, budget for tools, materials, travel, and spare parts. Rookie teams commonly spend several thousand dollars more in their first year.
- Grants are frequently available from FIRST and sponsors (corporate, regional, and rookie-specific grants) to offset first-year costs — apply early via the FIRST Team Grant Opportunities page.
Step 4: Understand the Kit of Parts#
Your registration includes a Kit of Parts, which has three pieces:
- Kickoff Kit: physical components delivered around Kickoff, including a 'Season-Specific' box, a black tote, and a Drive Base Kit (the AndyMark AM14U6 chassis). It supports the KitBot — a beginner-friendly, buildable robot designed so rookies can field a functional machine for the current game. (REV separately publishes its own REV ION FRC Starter Bot as an alternative starter robot — it is not the FIRST KitBot.)
- Virtual Kit: software licenses, credits, and digital resources (CAD, design tools).
- FIRST Choice credits: a points-based system to order additional components from a curated catalog.
The KitBot is a genuine lifeline for rookies: FIRST releases build instructions (and Java starter code) shortly after Kickoff so a new team can build a competitive baseline robot without designing from scratch. Veteran teams can opt out of the drive base or tote in exchange for vendor vouchers.
Step 5: Get the official documents#
At Kickoff, download:
- The Game Manual (the rulebook): https://firstfrc.blob.core.windows.net/frc2026/Manual/2026GameManual.pdf
- Season Materials and field drawings: https://www.firstinspires.org/resources/library/frc/season-materials
Step 6: Connect to the community#
- Chief Delphi (chiefdelphi.com) is the main FRC forum — invaluable for rookie questions, build threads, and advice.
- Find a nearby veteran team to mentor you; many will share parts, space, and knowledge (Gracious Professionalism in action).
Learn more#
- FRC Cost & Registration: https://www.firstinspires.org/robotics/frc/cost-and-registration
- Kit of Parts: https://www.firstinspires.org/resources/library/frc/kit-of-parts
the part worth keeping
Key takeaways
- Recruit at least two adult mentors and a student core, secure a build space, and register on firstinspires.org in the fall — the Kit of Parts is tied to registration.
- Budget about $6,500 for base registration (same for rookies and veterans) plus tools, travel, and materials; apply for rookie and sponsor grants to offset first-year costs.
- The Kit of Parts includes the Kickoff Kit (AndyMark AM14U6 drive base plus the buildable FIRST KitBot), a Virtual Kit, and FIRST Choice credits, letting rookies field a functional robot without designing from scratch.
Getting Started with FRCGetting Started: Your First Stepslesson 2 of 3
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where this came from
Sources and corrections
This lesson is AI-assisted: drafted from primary sources, then reviewed and edited by hand. Errors still get through. When one is reported we fix it and write down what changed, in public, in the corrections log.
sources and further reading
- firstinspires.orgFRC Cost & Registration
- firstinspires.orgFRC Kit of Parts
clipped to this lesson
Articles that go further on this
The lesson gets you through the topic. These go wider on it, and they read in one sitting.
- 7 min readHow Much Does an FRC Team Cost? A Rookie Season Budget WorksheetWhat a rookie FRC season really costs in 2026 — the $6,300 registration, travel, tools, and spares — plus a copyable budget worksheet and the grants that offset it./blogread it
- 14 min readThe 2027 FRC Season Calendar: Every Deadline & FeeEvery verified 2027 FRC deadline and fee: event registration rounds from Sept 24, payment due Nov 17, Kickoff on Jan 9, and what the $6,500 fee covers./blogread it
- 8 min readFRC Build Season Timeline: A Week-by-Week Plan from Kickoff to CompetitionA practical week-by-week FRC build season timeline, from Kickoff and game analysis through prototyping, CAD, fabrication, wiring, programming, and driver practice./blogread it
answer sheet
Lesson quiz
All 3 right completes the lesson. Miss one and only that question comes back, anything you already answered correctly stays banked.
0 of 3 answered
01The Kickoff Kit includes a Drive Base Kit. What physical chassis does that drive base provide?
02The Kit of Parts is made up of three pieces. Which set correctly names them?
03Beyond the physical parts, what does completing FRC registration give a brand-new team?
Answer every question to submit.
All 28 lessons in Getting Started with FRCopenclose
01 / what-first-and-frc-are
02 / the-season-and-the-game
03 / culture-teams-and-roles
04 / getting-started-your-first-steps
05 / worked-examples-mini-projects
- Not read yet:Project 1 — Make a NEO Spin with the REV Hardware Client
- Not read yet:Project 2 — Deploy a Real Arcade-Drive Program
- Not read yet:Project 3 — Refactor into a Command-Based Drive Subsystem
- Not read yet:Project 4 — Build a Fuel Launcher for REBUILT
- Not read yet:Project 5 — A One-Button Autonomous Routine
06 / common-mistakes-troubleshooting
- Not read yet:The Connection Chain: When the Driver Station Won't Connect
- Not read yet:Brownouts: Why the Robot Goes Limp Mid-Match
- Not read yet:CAN Bus Gremlins: Missing and Conflicting Devices
- Not read yet:Software Gotchas: Inverted Drives, Scheduler Stalls, and Reading the RioLog
- Not read yet:Inspection-Day Failures: Bumpers, Size, and Weight
07 / advanced-techniques-case-studies
- Not read yet:Closed-Loop Control: PID + Feedforward for a Consistent Shot
- Not read yet:Swerve Drive: Omnidirectional Movement with YAGSL
- Not read yet:AprilTag Vision: Knowing Where You Are with PhotonVision
- Not read yet:Data-Driven Strategy: Scouting, EPA/OPR, and Alliance Selection
- Not read yet:Choosing Your Hardware Ecosystem: REV vs CTRE