BMW 1 Series Fuel Consumption: All Variants Available
BMW 1 Series fuel economy is summarised below using figures aggregated from Mudah.my listing data for this Small Premium. Real-world consumption varies with traffic conditions, driving style and load, so treat the figures as a comparative baseline rather than a precise prediction. This page breaks down city and highway consumption, fuel tank capacity and an estimated tank range across 3 generations to help with journey planning.
Current Generation — Current Generation (2019-Present)
The BMW 1 Series (F40, 2019-Present) uses 1.5T sDrive18i (136 PS) to 3.0T M135i (306 PS). Source: city 6.4–8.2, highway 4.6–6.0. Combined est. ~5.5–8.5 L/100km. Tank 50–52 L.
Fuel Economy Snapshot
Source: city 6.4–8.2 / highway 4.6–6.0. Combined est. ~5.5 (118i MHEV) to ~8.5 (M135i). Tank 50–52 L. MY variants: 118i and M135i.
City vs Highway by Engine / Variant
| Variant | Engine | Fuel | Transmission | City | Highway |
|---|---|---|---|---|---|
| 35I M | Turbo Intercooled | PETROL | 8-speed automatic | 8.0–8.2 L/100km | 6.0 L/100km |
| M135I Xdrive | 1,998 cc | PETROL | 8-speed automatic | Not available | Not available |
| 18I M Sport | Turbo Intercooled | PETROL | 8-speed automatic | 6.4 L/100km | 4.6 L/100km |
| M135I Sport | 2,979 cc | PETROL | 8-speed automatic | Not available | Not available |
Per-variant figures aggregated from Mudah.my internal listings. "Not available" indicates no consumption data was recorded for that variant.
Estimated Driving Range
50 L at 6.0 (combined est 118i) → ~833 km theoretical.
Fuel Economy Across Generations
Efficiency by Generation
| Generation | City (L/100km) | Highway (L/100km) | Tank |
|---|---|---|---|
| Current Generation (2019-Present) | 6.4–8.2 L/100km | 4.6–6.0 L/100km | 50 L |
| Previous Generation (2011-2019) | 6.4–11.7 L/100km | 4.6–6.7 L/100km | 52 L |
| Earlier Generation (2004-2011) | 8.9–13.8 L/100km | 5.2–7.2 L/100km | 50–53 L |
The F40 1 Series (2019-Present) moved to FWD platform from RWD — significantly improving interior space and efficiency.