automotivebriefs
10:20in productionCh. 1 · Origin/ 10:20 · ceiling 15 min
Electric · Microcars

BMW i3 (hatchback)

Richard Kim · 2013

The first mass production car to build its passenger cell from carbon fibre — not as a flourish, but as a functional necessity.

The BMW i3 (hatchback) is BMW’s first mass-produced zero-emissions vehicle. Styled by Richard Kim, it uses a carbon-fibre reinforced polymer passenger module on an aluminium chassis. It is rear-wheel drive. It has four doors, including rear clamshell doors. It debuted as a concept in 2011 and entered production in 2013. It was the first mass production car with most of its internal structure and body made of carbon-fibre reinforced plastic. It won the 2014 World Green Car and World Car Design of the Year awards.

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Chapters & takeaways4
  1. 1:00
    Origin

    BMW’s first zero-emissions production car began as a concept in 2011 and entered production in Leipzig in 2013.

  2. 2:44
    Structure

    Richard Kim designed a passenger module made mostly of carbon-fibre reinforced plastic — the first time this material formed the core structure of a mass-produced car.

  3. 4:28
    Layout

    Rear-wheel drive powers a four-seat hatchback with four doors — including rear clamshell doors — and a high-roof B-segment footprint.

  4. 6:12
    Reception

    It won both 2014 World Car Design of the Year and World Green Car of the Year — recognition for its engineering and environmental intent.

Worth your time?

Yes. Drive the whole thing.

4/ 5
What works
  • carbon-fibre integration
  • urban packaging
  • four-door accessibility with clamshell rears
  • high-roof B-segment volume
What does not
  • performance metrics
  • driving dynamics
  • all-wheel drive
  • conventional door operation
Drive it if
  • people who prioritise structural innovation and packaging efficiency in an electric city car
Skip it if
  • those seeking longitudinal performance data
The written brief1 min read

What the car is and where it came from

The BMW i3 is BMW’s first mass-produced zero-emissions vehicle. Richard Kim styled its passenger module. It launched in 2013 in Leipzig after debuting as a concept at the 2011 International Motor Show Germany.

How it works, in terms someone would actually use

It is a rear-wheel drive electric hatchback. The driver sits in a carbon-fibre reinforced polymer passenger module mounted on an aluminium chassis. Power comes from an underfloor lithium-ion battery pack. An optional petrol range extender is available.

What it gets right

It integrates lightweight construction with compact urban packaging. Its four-door layout includes rear clamshell doors that open wide for easy access. Its high-roof B-segment form maximises interior space without increasing footprint.

What it does not

It does not offer front-wheel drive. It does not have five conventional doors. It does not use steel for its primary passenger structure.

What it changed

It proved carbon-fibre reinforced plastic could be used for most of a mass-produced car’s structure — not just body panels, but the core passenger cell.

Who it is for, and who it is not

It is for people who prioritise structural innovation and packaging efficiency in an electric city car. It is not for those seeking longitudinal performance data, all-wheel drive, or conventional door operation.

Is it worth your time

Yes, if you want to understand how structural material choice reshapes packaging, weight distribution and interior volume in mass-produced EVs. No, if you expect performance metrics or driving dynamics beyond what the sources describe.

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