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Here’s the production-spec Czinger 21C | Top Gear

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Yep, the 1,233bhp, 281mph 3D-printed hypercar is still happening

# data.attributes.metatag[].attributes.content
Yep, the 1,233bhp, 281mph 3D-printed hypercar is still happening

# data.attributes.metatag[].attributes.content
Yep, the 1,233bhp, 281mph 3D-printed hypercar is still happening

# data.attributes.metatag[].attributes.content
Yep, the 1,233bhp, 281mph 3D-printed hypercar is still happening

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Been a while since we’ve heard from Czinger, and the (partly) 3D-printed hypercar it revealed last year. Gone bust? Thankfully, no – seems the Californian start-up has used the last 12 months to keep developing the outrageous 21C, pictured here in what Czinger claims is “its final production spec”.

We’re promised the new car “showcases significant updates” over and above the one we saw last March. Czinger doesn’t specify what said “updates” actually are, but does confirm the 21C has physically swelled to 2,050mm wide. Despite getting wider (it's happened to the best of us in lockdown) the novel tandem-style seating arrangement remains, instead of side-by-side seats.

The company claims a dry weight of 1240kg – which isn’t very much – and a combined 1233bhp from a hybrid system consisting of a mid-mounted twin-turbo 2.9-litre V8 and e-motors for each of the front wheels. The V8 revs to 11,000rpm and, we’re told, can run on a number of eco-fuels “so [the 21C] can be run as a zero emission vehicle”. New Uber taxi, anyone?

In “Low Drag” configuration Czinger claims the 21C has a top speed of 281mph and does 0-62mph in 1.9 seconds, 0-186mph in 8.5 seconds and 0-248mph in 21.3 seconds. 0-248mph-0 is said to take 27.1 seconds – a Bugatti Chiron does it in 41.96 seconds, and a Koenigsegg Regera in 31.49 seconds. Meanwhile in “High Downforce” configuration, Czinger claims the 21C makes 650kg of downforce at 100mph and 2,500kg at 200mph.

The plan is still to build 80 cars in California using as many 3D-printed components as possible, all designed using clever AI software that only puts material where it needs to be.

But, would you put your hand in your pocket and pay up for one?

# data.attributes.body.processed
Been a while since we’ve heard from Czinger, and the (partly) 3D-printed hypercar it revealed last year. Gone bust? Thankfully, no – seems the Californian start-up has used the last 12 months to keep developing the outrageous 21C, pictured here in what Czinger claims is “its final production spec”.

We’re promised the new car “showcases significant updates” over and above the one we saw last March. Czinger doesn’t specify what said “updates” actually are, but does confirm the 21C has physically swelled to 2,050mm wide. Despite getting wider (it's happened to the best of us in lockdown) the novel tandem-style seating arrangement remains, instead of side-by-side seats.

The company claims a dry weight of 1240kg – which isn’t very much – and a combined 1233bhp from a hybrid system consisting of a mid-mounted twin-turbo 2.9-litre V8 and e-motors for each of the front wheels. The V8 revs to 11,000rpm and, we’re told, can run on a number of eco-fuels “so [the 21C] can be run as a zero emission vehicle”. New Uber taxi, anyone?

In “Low Drag” configuration Czinger claims the 21C has a top speed of 281mph and does 0-62mph in 1.9 seconds, 0-186mph in 8.5 seconds and 0-248mph in 21.3 seconds. 0-248mph-0 is said to take 27.1 seconds – a Bugatti Chiron does it in 41.96 seconds, and a Koenigsegg Regera in 31.49 seconds. Meanwhile in “High Downforce” configuration, Czinger claims the 21C makes 650kg of downforce at 100mph and 2,500kg at 200mph.

The plan is still to build 80 cars in California using as many 3D-printed components as possible, all designed using clever AI software that only puts material where it needs to be.

But, would you put your hand in your pocket and pay up for one?

# data.attributes.field_standfirst
Yep, the 1,233bhp, 281mph 3D-printed hypercar is still happening