● Not sure what to do?
1. Complete Today’s Focus  •  2. Log a notebook entry  •  3. Ask your squad: “What did we learn and what changed?”
★ Spartan Design Program

Spartan Design
Team Hub

Train · Build · Compete · Improve
★ For Spartan Design Program Students — VEX V5RC
130 guides across Build, Code, Strategy, and Competition. Pick your role below, or begin with the New Student guide.
📖 New Student? Start Here ⭐ Returning? Use this daily for training
⚡ Practice Shortcuts
⏱ Match Timer 📉 Self Score 🏆 Picklist 📝 Session Log 📚 Library
📝 Kickoff Week — Before You Build
Game reveal happened. Before anyone cuts metal: analyze the game, open the notebook, define the problem, brainstorm mechanisms, run a decision matrix.
🕮 Read the Manual ⚡ Game Analysis 🗺 Notebook Pathway 📝 Start Notebook
Who are you on this team?
🏆 Competition Week — Tournament Mode
The day of competition is too late to prepare. Scout, plan, inspect, and practice before you queue.
📊 Scouting 🏆 Auton Strategy 🏎 Driver Practice 🚫 Inspection 📝 Notebook & Judge Prep 🏁 Match Day
🏎 Role 01 — Driver Driver You perform under pressure. Score points every match. Know your robot, know the field, and execute when it counts.
Drills Match Timer Session Log Self Score
Go to Driver →
⚙️ Role 02 — Engineer Engineer You build reliable systems. Keep the robot competition-ready — before, during, and after every match.
Build Log Auton Tracker CAD / Onshape Troubleshoot
Go to Engineer →
📊 Role 03 — Strategist Strategist You make winning decisions. Know the game, know the opponents, and plan the match before the robot turns on.
Match Plan Scouting EV Calculator Notebook
Go to Strategist →
Next Competition
Set your event date below
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Days
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Browse the full guide library →
⚙ Daily Tools — for returning students
🏆 Competition Readiness
Complete before your next tournament
0 / 5
★ Who We Are
Think. · Build. · Adapt. · Lead.
Team 2822 · Mary R. Stauffer Middle School · Downey, CA
⚔️ Creed
Six lines we live by
What we believe, on and off the field.
🏅 Values
Seven ideas we practice
From scouting opponents to staying calm under pressure.
🧠 Philosophy
Why we think this way
Four thinkers behind Think, Build, Adapt, Lead.
● SEASON PHASE
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✦ Match Debrief · Powered by Claude

After a match or tournament, log what happened. Claude generates a structured debrief: what to fix, what to protect, and a specific practice drill.

⚠ Notebook use — RECF EN4
Output from this tool is a thinking prompt, not engineering-notebook content. Rewrite every insight in your own words before putting anything in your notebook. RECF rule EN4 prohibits AI-generated notebook content — teams have been disqualified for copy-pasting AI output. Use this to think; write the notebook yourself.
Result
Your score
Opp score
What worked
What failed
Opponent strategy (one line)
Today’s Focus
● Today’s Practice Tasks 0 / 4 done
Practice Week
✅ Everything done! What’s next?
  • Improve something
  • Run another test cycle
  • Help another squad
✎  Coach: edit the tasks list in spartan.html — search for WEEKLY_TASKS to update each week.
☰ Today’s Work
Daily Workflow
01
⚡
Analyze
Game analysis. Scoring efficiency. Strategic constraints.
02
📝
Document
Open the notebook. Define the problem before choosing a solution.
03
🔄
Design
Brainstorm 3+ concepts. Run a decision matrix. CAD before cutting.
04
🔧
Build
Assemble, test, iterate. Log every change in the notebook.
💬 Squad Communication When to talk to each other
Most squad problems are communication failures, not skill failures.
🧰 Engineer → Driver
  • › “Code uploaded — test the auton.”
  • › “Robot ready — give me drive time.”
  • › “Intake changed — does it feel different?”
🏎 Driver → Engineer
  • › “Robot is pulling left — check the drive.”
  • › “Intake feels slow — can we tune it?”
  • › “Something sounds wrong when I turn.”
📊 Strategist → Squad
  • › “We need the auton reliable for next match.”
  • › “Match is in 3 — do a quick pre-check.”
  • › “We need a notebook entry before leaving.”
🔧 Build & Design Support
⚙️ Mechanisms
🎰 Intake Design Rollers • Compression • Anti-Jam ⬆️ Lift Systems Arm • Four-Bar • DR4B 🎯 Flywheel Shooter Velocity • Compression • Accuracy 🚀 Launchers Catapult • Slingshot • Puncher 🔁 PTOs Motor Sharing • Shifting • Hang
🔄 Onshape in Spartan Design How we use CAD
How We Design

Spartan Design uses Onshape as our main design tool. Every robot starts as a digital model before we cut metal. Designing first means the robot goes together right and the whole team can see the plan.

🚗
Design
Full robot layouts in 3D
🗣
Communicate
Shared live with squad
🎓
Train Rookies
See systems before touching hardware
🔧
Build Accurately
Right shaft lengths, verified clearances
For parents: Onshape is free, browser-based CAD used by engineers in industry. Students access via dusd.onshape.com.
Start CAD → ▶ Video Series
Quick Access
🔧
Engineer Hub
Build • CAD • Hardware • Code
→ 🔬
PID Diagnostics
Symptom → diagnosis → fix
→ 🏆
Strategist Hub
Scouting • Match Prep • Analysis
→ ⚡
Game Analysis
Scoring • Efficiency • Decisions
→ 🔬
Testing System
Protocols • Data • Iteration
→ 📝
Notebook Pathway
EDP • Design process • Judging
→ 🔄
CAD / Onshape
Setup • Drivetrain • Mechanism
→ 🔧
Tools Guide
Hand • Power • Safety
→ 🎯
Pit Crew System
Roles • Workflow • Repairs
→
🏆 Competition Day
🏆 Tournament Day Logistics Schedule, protocols, common mistakes
Competition Day
Most competition failures are logistics failures, not robot failures.
⏰ Schedule
  • › Check Robot Events the night before
  • › Queue = 2 matches before yours. Be in pit at −3
  • › Strategist watches the schedule
⚙ Between Matches
  • › Return robot to pit immediately
  • › Drive check + screw check + battery swap
  • › Strategist logs result + scouts next opponent
🚫 Competition Don’ts
  • › No major code changes day-of — test first
  • › No mechanism rebuilds between qual matches
  • › Never miss your queue window
📊 Practice vs Maintain
  • › Robot reliable → Driver practices
  • › Robot has issues → Engineer fixes
  • › Skills: only if robot is competition-ready
🔨 Pit Crew System Roles, between-match flow, emergency rules
Pit Operations
You have 3–5 minutes between matches. How you use that window is a skill — not luck.
👥 Pit Roles
  • Engineer — fixes the robot
  • Driver — prepares for next match
  • Strategist — reviews last match, plans next
Only the Engineer touches the robot.
🔄 Between-Match Flow
  1. Robot returns to pit
  2. Quick damage check — 30 seconds
  3. Battery swap
  4. Quick fix only if something is broken
  5. Strategist updates plan
🚨 Emergency Fix Rule
Fix only what affects performance right now.
Working → practice
Inconsistent → test first
Broken → fix it
❌ Common Mistakes
  • × Everyone on the robot at once
  • × Panic changes between matches
  • × No clear roles — mixed signals
  • × Major changes during eliminations
Browse All 130 Guides Setup • Programming • Hardware • Competition • Notebook
Full Library →
📝 End of Session
End of Session
📝 Squad Reflection Takes 3 minutes. Do it before you leave.
This site is an informational reference. RECF EN4 prohibits AI-generated content in engineering notebooks and programming code. Rewrite everything in your own words. About EN4 →  ·  References & Sources →
← ALL GUIDES
Team 2822·Mary R. Stauffer Middle School·Downey, CA