The BMW i3 combined a compact four-seat body with a dedicated electric platform, carbon-fibre passenger cell and multiple battery generations. The statistics below distinguish the 2013 launch car, 2014 and 2017 technical data, and the 2018/2019 120 Ah model because their markets, specifications and test cycles are not one homogeneous vehicle population.
Key BMW i3 Statistics
These are the most useful headline figures across the BMW i3’s development and use history:
- More than 20 million kilometres were covered in BMW’s MINI E and BMW ActiveE electric-mobility trials before 2013 across 10 countries.
- More than 1,000 test customers participated in those predecessor trials before 2013 across 10 countries.
- About 90% of daily journeys averaged around 45 kilometres in the pre-2013 MINI E and BMW ActiveE trials.
- The 2013 launch battery had 22 kWh of rated energy in the BMW i3 BEV.
- The 2013 Comfort-mode range was approximately 130–160 kilometres per charge for the BMW i3 BEV.
- The 2013 ECO PRO+ range was up to 200 kilometres per charge for the BMW i3 BEV.
- The 2013 Range Extender Comfort-mode total range was approximately 300 kilometres.
- The 2019 120 Ah battery contained 42.2 kWh gross energy in the BMW i3 120 Ah.
- The 2019 120 Ah WLTP range was 285–310 kilometres depending on configuration.
- The 2019 120 Ah everyday-use range was stated as 260 kilometres by BMW.
- The launch electric motor produced 125 kW and 250 Nm in the 2013 BMW i3 BEV.
- The launch BMW i3 accelerated from 0 to 100 km/h in 7.2 seconds in the 2013 specification.
- The launch BMW i3 had a 150 km/h electronically limited top speed in the 2013 specification.
- The launch EU-cycle electricity consumption was 0.12 kWh/km for the ACEA-market BMW i3.
- The launch BMW i3 luggage compartment measured 260–1,100 litres under the manufacturer’s stated measurement convention.
- The 2014 BMW i3 BEV curb weight was 1,297 kg in the technical data.
- TÜV SÜD reported lifecycle greenhouse-gas potential around 30–50% lower than comparable conventional vehicles for the BMW i3.
- The 2019 120 Ah stated maximum range was 153 miles, nearly 30% above the 94 Ah model in BMW’s US-market comparison.
Contents
- Key BMW i3 Statistics
- BMW i3 production, ownership and use data
- BMW i3 battery, range and charging statistics
- BMW i3 performance and efficiency statistics
- BMW i3 dimensions, weight and capacity data
- BMW i3 materials, lifecycle and emissions statistics
- BMW i3 technology development and model-version trends
BMW i3 production, ownership and use data
BMW’s early electric-mobility evidence came from predecessor trials rather than a representative census of BMW i3 owners. Before 2013, MINI E and BMW ActiveE trials in 10 countries covered more than 20 million kilometres and more than 1,000 test customers.
The same trial data reported that about 90% of daily journeys were around 45 kilometres on average. BMW described these observations as trial results, so they should not be treated as an i3-only fleet average or a random sample of drivers. BMW’s e-mobility and i3 development data provides the source context.
A later BMW customer-use report gives a long-distance ownership example rather than a population statistic:
- A named customer in the Netherlands had driven 276,000 kilometres by 2019 in the first series-production BMW i3.
- After March 2019, the same customer added 25,000 kilometres in a new BMW i3 120 Ah.
Both distances are single-customer cases. They demonstrate observed use over time, but BMW did not present them as a fleet average or survey result. BMW’s six-year BMW i3 customer-use report contains the case and the 120 Ah model context.
BMW i3 battery, range and charging statistics
Battery figures changed substantially across model generations, and the sources use different definitions. The 2013 launch specification reports rated and usable energy separately, while the 2019 120 Ah source reports gross energy content and a nominal ampere-hour designation.
| Model or period | Battery measure | Range or charging measure |
|---|---|---|
| 2013 launch BEV | 22 kWh rated; 18.8 kWh usable | 130–160 km Comfort estimate; up to 200 km ECO PRO+ estimate |
| 2013 launch Range Extender | 22 kWh rated battery | Approximately 300 km combined Comfort-mode estimate |
| 2019 120 Ah | 42.2 kWh gross; 120 Ah nominal | 285–310 km WLTP; 260 km stated everyday use |
The original 2013 high-voltage battery was rated at 22 kWh and 360 V, with eight modules and 96 cells. Its EU-cycle range was 190 kilometres, while BMW gave an everyday Comfort-mode estimate of approximately 130–160 kilometres and an ECO PRO+ maximum of up to 200 kilometres; the Range Extender’s stated combined Comfort-mode range was approximately 300 kilometres.
At home, BMW said the original battery could be fully charged in at least six hours. A modern public quick charger was described as reaching 80% in 30 minutes and adding a further 120 kilometres of range, with actual time and range depending on equipment and conditions. The 2013 BMW i3 media information supplies the launch specification, while BMW’s e-mobility and i3 development data supplies the development and charging figures.
The 120 Ah model, introduced from November 2018, used a 120 Ah battery designation and had 42.2 kWh gross energy content. BMW reported a 285–310 kilometre WLTP range and a 260-kilometre everyday-use estimate for the 2019 model; gross energy is not the same as usable capacity, and WLTP is not directly interchangeable with the 2013 EU-cycle result. BMW’s 120 Ah technical specifications and BMW’s customer-use report document these figures.
BMW i3 performance and efficiency statistics
The 2013 launch BMW i3 BEV used a 125 kW electric motor, also stated as 170 hp, with 250 Nm of peak torque. It reached 0–60 km/h in 3.8 seconds, 0–100 km/h in 7.2 seconds and 80–120 km/h in 5.4 seconds.
| Launch-performance measure | 2013 BMW i3 BEV figure |
|---|---|
| Maximum motor output | 125 kW / 170 hp |
| Peak torque | 250 Nm |
| 0–60 km/h | 3.8 seconds |
| 0–100 km/h | 7.2 seconds |
| 80–120 km/h | 5.4 seconds |
| Top speed | 150 km/h, electronically limited |
The launch car used a single-speed automatic transmission and had a power-to-weight ratio of 9.6 kg/kW. BMW’s EU-cycle electricity consumption was 0.12 kWh/km, and its tailpipe CO2 figure was 0 g/km; the latter excludes upstream emissions from electricity generation. BMW’s 2013 technical specification is the source for these launch figures.
For the 2019 120 Ah model, BMW reported combined power consumption of 13.1 kWh/100 km and combined tailpipe CO2 of 0 g/km. This is a later combined test figure and should not be merged with the launch EU-cycle consumption as though they were one continuous test series. BMW’s six-year BMW i3 report identifies the 120 Ah figures.
BMW i3 dimensions, weight and capacity data
The launch BMW i3 was 3,999 mm long, 1,775 mm wide excluding mirrors and 1,578 mm high, or 1,597 mm with the roof fin. Its wheelbase was 2,570 mm, turning circle 9.86 metres and ground clearance 140 mm.
| Body or capacity measure | Launch BMW i3 figure |
|---|---|
| Length | 3,999 mm |
| Width, excluding mirrors | 1,775 mm |
| Height | 1,578 mm; 1,597 mm with roof fin |
| Wheelbase | 2,570 mm |
| Turning circle | 9.86 m |
| Ground clearance | 140 mm |
| Luggage compartment | 260–1,100 litres |
The car had four seats and five doors. The BEV had a zero-litre fuel tank, while the launch Range Extender had a 9-litre tank; the luggage range reflects seats and configuration under the manufacturer’s measurement convention. BMW’s 2013 technical specification gives the body, seating, luggage and tank data.
The 2014 technical data recorded a 1,297 kg curb weight for the BEV and 1,420 kg for the Range Extender. Empty-car weight distribution was 48.4% front and 51.6% rear for the BEV, compared with 44.9% front and 55.1% rear for the Range Extender; equipment and configuration affect curb weight. BMW’s 2014/2017 technical data reports the weight figures and distributions.
BMW i3 materials, lifecycle and emissions statistics
The i3’s material architecture was a central part of its engineering concept. The passenger cell used carbon-fibre-reinforced plastic, the chassis used aluminium, and the instrument-panel supporting structure used magnesium; these are material descriptions, not percentage shares of vehicle mass.
BMW reported that carbon-fibre production for the i3 used 100% hydropower in the stated production process. BMW also said this hydropower reduced carbon-fibre production global-warming potential by up to 50% versus conventional carbon-fibre production, an upper-bound comparison for that process rather than a whole-vehicle result. BMW’s 2016 environmental report provides the production-energy statements.
TÜV SÜD reported the BMW i3’s lifecycle greenhouse-gas potential as around 30–50% lower than comparable conventional vehicles. That comparison depends on the defined comparator, electricity mix and lifecycle assumptions, so it is a modelled assessment rather than a universal reduction for every use case. BMW’s ISO environmental-footprint release identifies the TÜV SÜD assessment.
BMW’s lifecycle assessment separated global-warming potential into three reported stages: production and logistics, electricity production and end of life. Tailpipe CO2 figures of 0 g/km for the BEV do not include the electricity-production stage, which is why lifecycle and tailpipe measures answer different questions.
BMW i3 technology development and model-version trends
The clearest technology trend is the expansion from the original 2013 battery to later 94 Ah and 120 Ah versions. The 2017 BMW USA comparison sheet covered three variants—60 Ah, 94 Ah and 94 Ah Range Extender—but its variant count is not a worldwide sales mix.
| Development point | BMW i3 statistic | Scope and period |
|---|---|---|
| Original usable battery energy | 18.8 kWh | 2013 launch specification |
| Launch power-to-weight ratio | 9.6 kg/kW | 2013 BMW i3 BEV |
| Variants in comparison sheet | 3: 60 Ah, 94 Ah, 94 Ah Range Extender | 2017 US technical data |
| 120 Ah stated maximum range | 153 miles | 2019 US-market launch comparison |
| 120 Ah range change | Nearly 30% above 94 Ah | BMW stated comparison |
BMW said the 2019 120 Ah model’s stated maximum range of 153 miles was nearly 30% above the 94 Ah model. BMW also described the 120 Ah range as almost double the original i3 range, using approximate wording without defining one single test-cycle comparison for that statement.
Those comparisons should be read as manufacturer-stated model-version contrasts, not as a controlled longitudinal test. The underlying materials combine US and German or broader European contexts, and the 2013 sheet uses EU-cycle figures while the 120 Ah material uses WLTP or stated market-specific figures. BMW’s 2017 technical data and BMW’s 120 Ah technical specifications set out the model-version context.
Range, charging time and everyday-use figures vary with equipment, temperature, driving style, charger and electricity supply. The customer-distance observations and predecessor-trial results are useful ownership and usage context, but they are not representative surveys of all BMW i3 drivers.