The same honeycomb or pneumatic tyre can last twice as long on smooth asphalt as on brick pavers. This guide shows how to calculate tyre lifespan based on riding surface using wear-factor presets in the e-scooter tyre wear tool.
Benefits
- Three surface presets isolate abrasion: smooth (1.0×), urban mixed (1.35×), rough/brick (1.8×).
- Same tread depth yields different total km life per surface—compare routes side by side.
- Weekly km converts surface-adjusted km life into weeks for calendar maintenance.
How it works
- Identify your dominant commute surface—not the best segment, the abrasive one.
- Enter usable tread depth (mm) and weekly distance in the calculator.
- Switch surface preset and compare total km life and weeks until replacement.
FAQ
How do I calculate tyre lifespan based on riding surface?
Select the surface preset that matches your route. The model sets km/mm ≈ 450 ÷ wear factor, then multiplies by tread depth for total km life. Urban mixed (1.35×) wears ~26 % faster than smooth asphalt; rough/brick (1.8×) about 80 % faster.
Which surface preset should I choose for mixed commutes?
Use the most abrasive surface you ride regularly—even 20 % of distance on brick can dominate wear on small wheels. When in doubt, pick urban mixed or rough and inspect tread early rather than over-estimating life.
Why does brick wear e-scooter tyres faster?
Coarse texture and sharp edges abrade rubber and honeycomb compounds quickly. Small 8–10″ wheels also scrub laterally on uneven pavers. The rough/brick preset reflects that higher abrasion rate in the wear factor.
Does surface affect rolling resistance too?
Yes—rough surfaces often raise Wh/km alongside wear. After calculating lifespan by surface, cross-check range impact with the tyre-pressure calculator using the same route assumptions.
Technical specifications
- Wear factor: smooth 1.0, urban mixed 1.35, rough/brick 1.8.
- km/mm = 450 ÷ wear factor; total km = km/mm × tread depth (mm).
- At 1.5 mm tread: smooth ~675 km, urban ~500 km, rough ~375 km.
- Weeks = total km ÷ weekly km (same surface assumption).
- Related: estimate-e-scooter-tyre-life-in-kilometers, escooter-tire-pressure.