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A competition-ready robotics team has five things under control before it travels: accountable owners, a robot tested in the actual game configuration, a completed self-inspection against the current rules, repeatable match and pit routines, and a safe logistics plan. Assign those owners first, then work through the current season documents, test the capabilities you will actually use, record every failure and fix, and rehearse the handoffs that will happen between matches.
FIRST Robotics Competition (FRC) and FIRST Tech Challenge (FTC) are useful examples because each publishes detailed season materials, but their rules, inspection processes, and resources are not interchangeable. Use the current manual, updates, and event instructions for your program and event; another competition may use different dimensions, safety requirements, paperwork, or inspection gates.
Start with accountable owners, not a pile of tasks
Write one name beside every readiness task. A small team can combine jobs, but no responsibility should be ownerless. A practical ownership map covers the robot, software, strategy and scouting, safety, pit operations, and travel or event logistics.
Robot mechanical and electrical owner
This person coordinates the mechanical assembly, wiring, fasteners, batteries, pneumatics or other permitted systems, and the configuration intended for inspection and matches. They maintain a short list of known weaknesses and decide which repairs are safe to make between matches.
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Software and controls owner
The controls owner verifies the deployed code, driver controls, sensors, communications, autonomous routines, and recovery procedure if a software change causes a new fault. They should know which version is on the robot and how to return to the last known-good build.
Strategy and scouting owner
Scouting converts observed performance into useful decisions about partners, opponents, match priorities, and design trade-offs. The strategist or Drive Coach should know the robot’s current status, its previous match performance, and the desired outcome for the next match and the event. FIRST’s FRC guidance allows teams to use the Drive Coach for strategy discussions or to assign a dedicated strategist. Choose one communication path so the drive team does not receive conflicting instructions.
Safety lead
Assign a student safety lead who works with a mentor to identify hazards, document the team’s safety program, and inspect the build area and event pit. FIRST’s safety manual describes these activities for a safety captain. The role is active: it includes stopping unsafe work, checking housekeeping, and confirming that tools and batteries are handled as intended.
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The pit lead controls the work queue during the event. They decide what must be fixed before the next match, what can wait, who is working on the robot, and when the robot is safe to return to the queue. A visible board or shared document should show the symptom, owner, priority, test needed, and inspection impact of each change.
Travel and logistics owner
This owner confirms registration details, schedules, transport, venue restrictions, lodging or meeting points, emergency contacts, chargers, batteries, tools, paperwork, and the route for getting the robot and people to the venue. They also keep a copy of the event schedule available offline in case venue connectivity is poor.
Single-owner versus shared coverage
| Team situation | Best structure | Risk to manage |
|---|---|---|
| Small team with limited specialists | Combine compatible roles, such as strategy with scouting and logistics with packing, while naming one accountable owner for each task. | A combined owner can become a bottleneck; appoint a backup and write down handoff information. |
| Larger team with specialist groups | Use dedicated mechanical, software, scouting, safety, pit, and logistics leads. | Specialists may optimize their area without communicating a change that affects inspection or match strategy. |
| Mixed-experience team | Pair a student owner with a mentor or experienced backup, then let the student make the routine decisions. | Knowledge can remain with one adult; document procedures and train a second student. |
The useful distinction is not how many titles appear on the chart. It is whether every job has a person who can make a decision, record it, and hand it to the next shift.
Turn the current game manual into a short test plan
Begin with the current season’s game manual, official updates, and event-specific instructions. Do not carry a dimension, allowance, scoring interpretation, or inspection assumption forward from a previous season. FRC and FTC publish different season documents and resources; use the set for the program you actually entered.
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Choose the capabilities you will rely on
List the few robot capabilities that matter to your intended strategy. Examples might include a scoring cycle, a defensive maneuver, a climb or endgame action, an autonomous routine, or a reliable pickup. For each capability, state:
- What the robot must do and what counts as success.
- Which game object, field area, starting position, or partner interaction is involved.
- What configuration of mechanisms, software, battery, and controls is required.
- Which failure would make the capability unsafe or unreliable.
This prevents the team from spending its last practice sessions on impressive demonstrations that cannot be repeated in a match.
Write repeatable scenarios
Use the same starting conditions whenever practical: robot configuration, driver or operator assignment, field setup, battery state, and software build. A scenario should be specific enough that another shift can run it without an oral explanation. Include the setup, action sequence, reset, and pass or fail observation.
Run a full match-style sequence as well as isolated mechanism tests. A full run exposes transition problems, driver workload, overheating, cable movement, battery sag, and reset delays that a bench test can miss. Also rehearse loading the robot, placing it in the starting configuration, and returning it to the pit after a run.
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Record failures and fixes
Use a log with at least these fields:
- Date and time.
- Robot configuration and software version.
- Scenario and starting conditions.
- Result and observed symptom.
- Likely cause or confirmed cause.
- Repair or code change.
- Retest required and the person responsible.
After a repair or software change, rerun the scenario that failed and at least one related scenario. A green result is meaningful only when the team can identify what changed and under which conditions it passed.
Use official resources without treating them as a universal test standard
FIRST’s FRC technical resources point teams toward strategy training that includes analyzing the game manual, selecting strategic approaches, project management, and communication. FTC team resources include troubleshooting and wiring documentation with version and update information. These materials support disciplined preparation, but they do not establish a universal number of tests, reliability percentage, or guaranteed match result. Set a readiness threshold that fits your robot, available practice time, safety requirements, and event format, and write that threshold down.
Build a testing schedule that exposes weak links
Practice time is most valuable when it progresses from controlled checks to realistic pressure. Keep the test record open so the next person can see whether a result is current.
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- Configuration check: Assemble the robot exactly as it will be inspected and played, including mechanisms, bumpers or guards, electronics, battery placement, and approved supporting equipment.
- Subsystem check: Exercise each mechanism through its normal range. Look for binding, loose fasteners, unexpected current draw, heat, sensor drift, and cable or hose movement.
- Control check: Verify driver controls, indicators, emergency or disable procedures used by your program, autonomous selection, and communication status.
- Scenario check: Run each capability test from repeatable starting conditions. Record the result rather than relying on memory.
- Match simulation: Run a complete match-style sequence with the actual drive team, timing, field setup, reset, and pit return.
- Recovery check: Introduce a safe, known interruption such as a reset or mechanism jam procedure. Confirm that the team can diagnose it, isolate energy safely, and return to a known state.
- Change retest: After any material repair, wiring change, or software update, repeat the affected test and check whether the change affects inspection status.
Do not turn a simulated failure into an unsafe stunt. A test is useful only if the team can conduct it without exposing people, tools, batteries, or the field to avoidable hazards.
Self-inspect before travel and start official inspection early
Use the current season’s manual, updates, and inspection checklist as a readiness gate. FIRST says its FRC event inspection checklist is used by event inspectors and strongly encourages teams to perform a self-inspection before an event. Treat that as a practical minimum for FRC preparation, not as a rule for every competition.
Inspect the intended event configuration
Measure and check the robot with the mechanisms and supporting equipment that will actually be used. Confirm labels, wiring, fasteners, moving clearances, software or control requirements, and any game-specific restrictions listed in the current documents. Keep the checklist version or date with your records so a later update is visible.
Use partial checks when the event permits them
FRC event guidance encourages teams to begin inspection as soon as possible and notes that partial checks, including size and weight compliance, can begin before the robot is fully ready. Ask event staff what partial inspection is available at your event. Early feedback creates time to correct a problem instead of discovering it immediately before a match.
Recheck after changes
A robot that passed a check can become noncompliant after a mechanism, bumper, wiring, software, or configuration change. Before returning it to the queue, compare the change with the current rules and ask the event inspector whether re-inspection is required. Do not assume that a previous season’s allowance or a prior inspector’s decision carries forward.
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Prepare match communication and drive-team routines
The drive team needs a short, current plan—not a meeting that delays queueing. Establish who gives the final strategy brief and what information must be exchanged.
Information the strategist should receive
- Current robot condition, including disabled, degraded, or unavailable mechanisms.
- Performance from the previous match and any unresolved fault.
- Battery, software, and inspection status.
- The team’s goal for the next match and the event.
- Partner or alliance information that changes the plan.
Use a concise handoff from the pit to the strategist or Drive Coach. If the robot’s condition changes after the handoff, the pit lead updates the same person immediately.
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Keep the match brief actionable
State the opening action, the highest-priority scoring or defensive task, the fallback if a mechanism fails, and the signal for stopping or changing the plan. Drivers should know which instruction has priority when conditions differ from the simulation. After the match, return observations to scouting and the repair queue rather than debating them in the queue.
What should a robotics team bring to a competition?
Build the packing list from the robot and venue rules, not from a generic shopping list. FIRST publishes suggested tool resources, pit checklists, safety information, and robot transportation guidance; adapt those starting points to your event and transport method.
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- Robot in the configuration intended for inspection and play.
- Driver controls, computing or communication equipment, approved cables, and configured software media.
- Chargers, batteries, battery labels or records required by your program, and safe battery transport containers.
- Spare fasteners, wiring, connectors, fuses or equivalent permitted protection, and the parts most likely to fail on your robot.
Tools and pit supplies
- Tools sized for the robot’s actual fasteners and access points.
- Diagnostic equipment and a printed or offline wiring and software reference.
- Floor protection, organizers, labels, tape, markers, tie-downs, and a method for separating charged, used, and damaged batteries.
- Safety equipment and housekeeping supplies appropriate to the venue.
Documents and people logistics
- Current manual, updates, inspection checklist, event schedule, emergency contacts, and consent or registration paperwork required by the organizer.
- Transport plan for the robot, tools, batteries, and people, including loading order and weather protection.
- A phone or printed copy of the scouting and repair logs that the next shift can read.
Check venue restrictions before packing. A tool, battery, chemical, radio, or container permitted in your workshop may be restricted at the competition. Pack only what the event allows and what your team can store safely.
Safety requirements and eyewear: apply the exact scope
Review workspace and pit hazards every day: exposed moving parts, sharp edges, energized wiring, battery damage, tool use, trip hazards, lifting, and blocked access. The safety lead should verify that people know when to isolate energy, which tools require supervision, and how to report a hazard.
For the FIRST example, the Robot Inspector Manual specifies ANSI Z87.1-certified safety glasses for inspectors in pit and competition areas. That statement is tied to the inspector role in that manual; it is not evidence that every participant at every robotics event has the same requirement. Check the current event and program rules for drivers, students, mentors, volunteers, and inspectors before travel.
Event-day operating sequence
On arrival
- Check the event schedule, queueing instructions, pit boundaries, power rules, and assigned procedures.
- Ask event staff whether partial inspection is available and begin inspection early.
- Set up the pit within the marked area, keeping walkways, exits, and shared access clear.
- Confirm robot, controls, batteries, communication systems, and software are ready for practice.
- Review the current scouting and match-communication plan with the drive team and pit crew.
Before each match
- Confirm the robot is in the intended match configuration.
- Verify battery, controls, mechanisms, and driver readiness.
- Confirm inspection status and resolve any post-inspection change with event staff.
- Review the concise match plan with the drive team.
- Relay robot condition and recent performance to the strategist or Drive Coach.
After each match
- Record what worked, what failed, and any damage or software issue.
- Give the pit crew a prioritized repair or adjustment list.
- Re-test material changes and check whether they affect inspection status under the current rules.
- Update scouting and strategy with observed performance.
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Team readiness before travel
- Current game manual and updates reviewed; unresolved rule questions identified.
- Owners assigned for robot, software, strategy and scouting, safety, pit, and logistics.
- Match capabilities translated into repeatable tests; failures and fixes recorded.
- Current official inspection checklist used for a self-inspection.
- Robot and supporting equipment assembled in the intended inspection and match configuration.
- Travel, robot transport, event schedule, and venue requirements reviewed.
Event arrival
- Schedule and assigned procedures checked.
- Inspection started early; partial inspection requested where available.
- Pit set up safely and within event boundaries.
- Robot, controls, batteries, and communication systems checked.
- Scouting and match communication plan reviewed.
Before each match
- Match configuration confirmed.
- Battery, controls, mechanisms, and drivers verified.
- Inspection status checked after every relevant change.
- Concise match plan reviewed.
- Robot condition and recent performance relayed to strategy.
After each match
- Performance, damage, and software symptoms recorded.
- Repair list prioritized and assigned.
- Material changes retested and inspection impact checked.
- Scouting and strategy updated.
Common failure modes and practical recovery
The robot works in the workshop but not in a match
Compare the conditions: battery, starting position, field setup, software build, driver, timing, and reset process. Re-run the scenario with the match configuration and record the changed condition instead of declaring the mechanism unreliable without evidence.
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Stop the queue, identify exactly what changed, and compare it with the current manual and checklist. Ask the inspector whether another check is needed. Keep a known-good configuration available when the rules permit it.
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Strategy and pit reports conflict
Use one named strategist or Drive Coach as the final match-brief owner. The pit lead reports robot status; scouting reports observed opponents and partners; the drive team receives one concise plan.
The team cannot find the right spare or tool
Organize parts by subsystem and label the location in the packing checklist. After each repair, return tools and update the inventory before the next queue call.
A software change is made without a retest
Record the version, run the affected scenario, then run a complete match-style check if the change touches controls, communications, autonomous behavior, or safety-related logic. Do not rely on a successful compile as a functional test.
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How to judge whether your preparation is working
Use evidence that the next shift can understand:
- Can an assigned owner explain the current robot state and the next decision?
- Can another person repeat a capability test from the written setup?
- Are failures linked to a fix and a retest?
- Has the robot been checked in its intended event configuration?
- Can the pit, strategist, and drive team exchange a status update without a long meeting?
- Can the team identify what changed after the last passing test?
These checks measure readiness of the process, not a guaranteed match result. Competition introduces field conditions, partners, opponents, queues, and rule interpretations that practice cannot fully control.
FRC and FTC: what must not be assumed
FRC and FTC both use FIRST documentation, but they are separate programs with different game manuals, robot constraints, inspection materials, and team resources. A checklist, wiring note, size limit, role expectation, or event procedure from one program should not be copied into the other without checking the applicable season documents. The same caution applies when a school team enters a non-FIRST competition: use that organizer’s rules and inspection process first, then adapt the general workflow of ownership, repeatable testing, self-inspection, communication, and logistics.
The Bottom Line
Prepare in this order: assign owners, convert the current game into repeatable tests, log and retest every failure, self-inspect the exact event configuration, rehearse pit and match handoffs, and pack for the venue’s rules. That sequence gives a small or large team a shared operating system without pretending that one competition’s requirements apply everywhere.
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