Solid honeycomb and pneumatic commuter tyres wear faster on brick and rough tile than smooth asphalt. This e-scooter tyre wear life calculator turns weekly km, tread depth, and surface into total km life and weeks until replacement.
Benefits
- Surface presets scale wear: smooth asphalt, urban mixed, and rough/brick routes.
- Usable tread depth (mm) × km/mm baseline yields total tread life in kilometres.
- Weekly distance converts km life into weeks remaining for maintenance planning.
How it works
- Enter weekly riding distance in km.
- Set usable tread depth in mm (often ~1.5 mm on solid or pneumatic commuters).
- Select primary surface type—read total km life and weeks until the tread is spent.
FAQ
What does an e-scooter tyre wear life calculator estimate?
It estimates how many kilometres of tread life remain based on weekly distance, usable tread depth, and how abrasive your primary surface is. Output is total km life and weeks until replacement—not range or battery health.
Why does surface type change tyre life so much?
Rough brick, pavers, and coarse tile accelerate abrasion on small 8–10″ wheels. The model applies a wear factor: smooth asphalt is the baseline, urban mixed adds moderate wear, rough/brick routes wear tyres fastest.
What tread depth should I enter?
Use the usable tread you expect to ride through before replacement—often ~1.5 mm on solid honeycomb or pneumatic commuters. Measure or estimate from new depth minus the minimum you consider safe.
Do solid tyres last longer than pneumatics?
Solid tyres avoid punctures but often wear faster on abrasive surfaces due to compound and contact patch squirm. Enter your actual tread depth and surface; compare scenarios rather than assuming one tyre type always wins.
Technical specifications
- Inputs: weekly distance (km), usable tread depth (mm), primary surface.
- km/mm ≈ 450 ÷ surface wear factor (smooth 1.0, urban 1.35, rough 1.8).
- Total km life = km/mm × tread depth (mm).
- Example: 50 km/wk, 1.5 mm, urban → ~500 km, ~10 weeks.
- Related: escooter-tire-pressure, escooter-maintenance-schedule, escooter-brake-pad-wear.