Survey Flying Area
30 minutessurvey flying area with precision, following established drone racing methods and verifying results at each stage.
Intermediate1 week
Race Track Design
Learn race track design from scratch with a clear step-by-step workflow, recommended tools, safety guidelines, and expert tips.
race organizersclub leaders
Workflow
Design Gate Layout
45 minutesdesign gate layout with precision, following established drone racing methods and verifying results at each stage.
Calculate Track Length
60 minutescalculate track length with precision, following established drone racing methods and verifying results at each stage.
Mark Safety Zones
75 minutesmark safety zones with precision, following established drone racing methods and verifying results at each stage.
Test with Pilots
1-2 hourstest with pilots with precision, following established drone racing methods and verifying results at each stage.
Tools Used
Checklist
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Planning
Prep
Baseline
Quality
Tracking
Reference Materials
Race Track Design ReferenceTable
Key benchmarks for race track design.
| Component | Typical | Notes |
|---|---|---|
| Frame | 5 inch | Race spec |
| KV | 1700-2300 | 4S |
| VTX | 25-800mW | Pit mode |
Flight TimeFormula
Time (min) ≈ (capacity mAh × 0.8) ÷ avg draw A
LiPo SafetyStandard
Never charge unattended; storage voltage 3.8V per cell.
Sim Hours First
Log simulator time before flying expensive race quads — muscle memory prevents crashes.
Battery Discipline
Land at 3.6V per cell — over-discharging LiPo permanently damages packs.
Prop Safety
Remove props when working on bench and never arm near spectators.
Safety Notes
- Use prop guards in practice and never fly near spectators without netting.
- Charge LiPo batteries in fireproof bags and never leave unattended.