Estimate your bike's total weight based on bike type, frame material, and component tier. See a detailed breakdown of what each part contributes.
Bike weight primarily affects climbing performance and acceleration. On a 7% gradient at 15 km/h, every extra kilogram costs a 75 kg rider approximately 4–5 watts. Over a 10 km climb, saving 1 kg can reduce your time by about 30–40 seconds. On flat terrain, aerodynamics dominates and weight differences are nearly irrelevant.
Rotating weight (wheels, tires, and rotors) has an outsized effect on how the bike feels when accelerating, because this mass must be both moved forward and spun up. That is why wheelset upgrades often feel disproportionately impactful compared to their actual weight savings.
| Bike Type | Lightweight | Mid-Range | Budget/Heavy |
|---|---|---|---|
| Road Race | 6.5–7.5 kg | 8–9 kg | 9.5–11 kg |
| Road Endurance | 8–9 kg | 9–10.5 kg | 10.5–12 kg |
| Gravel | 8–9 kg | 9–10.5 kg | 10.5–12 kg |
| MTB Trail | 12–13 kg | 13.5–15 kg | 15–17 kg |
| MTB XC | 9.5–10.5 kg | 11–12.5 kg | 12.5–14 kg |
| E-Bike | 18–20 kg | 21–24 kg | 24–28 kg |
Affects the estimated weight of each component based on typical build quality
Select your bike type and build tier to get a weight breakdown by component