Tourbillon
Cornering Kingpin
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Mate already posted
Mate already posted![]()
| Chassis | Carbon composite monocoque, carbon composite exposed sub-frames |
| Body | Carbon composite panels |
| Architecture | 2-seater centre engine layout, rear wheel drive |
| Suspension | Pushrod front and rear double wishbone active suspension |
| Dimensions Length Width Height Wheelbase | 4,836 mm 2,020 mm 1,097 mm 2,800 mm |
| Aerodynamics | Integrated active underbody aerodynamics with rear wing featuring air brake function |
| Dry weight | <1,300 kg (<2,866 lb) |
| Engine and powertrain | Bespoke 6.6-litre V12 90 degree hot-V engine, quad-turbo and pre-heated catalytic converters, generating 1,250bhp Integrated e-motor, generating 200bhp Combined system output est. 1,450 bhp Maximum torque est. 1,400 Nm Maximum engine revs - 9800 rpm Dry sump lubrication Variable valve timing Electric reverse gear Electric engine start Electric gear shift dampening E-differential Hybridised seven-speed paddleshift gearbox with >150 kW output |
| Top speed | Est. 227 mph (365 km/h) |
| Acceleration 0-62 mph (100 kph) 0-125 mph (200 kph) 0-186 mph (300 kph) | Est. 2.5 seconds Est. 4.6 seconds Est. 10 seconds |
| Power to weight ratio | Est. 1.1 hp/ kg |
| Downforce | 880 kg at 155 mph (250 km/h) |
| Downforce to drag ratio | 2,5:1 |
| Brakes | Zenvo carbon ceramic discs |
| Wheels | Bespoke Zenvo magnesium centre-lock wheels, front 9,5x20’’ rear 12,5x21’’ |
| Tyres | Michelin Pilot Sport Cup 2 or Cup 2R, front 265-35-20 / rear 325/30-21 |
| Chassis | Carbon composite monocoque, carbon composite exposed sub-frames |
| Body | Carbon composite panels |
| Architecture | 2-seater centre engine layout, 4-wheel drive |
| Suspension | Pushrod front and rear double wishbone active suspension |
| Dimensions Length Width Height Wheelbase | 4,819 mm 2,020 mm 1,117 mm 2,800 mm |
| Aerodynamics | Integrated underbody aerodynamics |
| Dry weight | <1,450 kg (<3,197 lb) |
| Engine and powertrain | Bespoke 6.6-litre V12 90 degree hot-V engine, quad-turbo and pre-heated catalytic converters, generating est. 1,250bhp Integrated e-motor, generating est. 200bhp Additional e-motors on each front wheel, generating est. 200bhp each Combined system output est. 1,850 bhp Maximum torque est. 1,700 Nm Maximum engine revs 9,800 rpm Dry sump lubrication Variable valve timing Front electric torque vectoring system with est. 300 kW output Electric reverse gear Electric engine start Electric gear shift dampening E-differential Hybridised seven-speed paddle shift gearbox with >150 kW output |
| Top speed | Est. 280 mph (450 km/h) |
| Acceleration 0-62 mph (100 kph) 0-186 mph (300 kph) 0-248 mph (400 kph) | Est. 2.3 seconds Est. 9 seconds Est. 17 seconds |
| Power to weight ratio | Est. 1.17 hp/ kg |
| Brakes | Zenvo carbon ceramic discs |
| Wheels | Bespoke Zenvo aluminium centre-lock wheels, front 9,5x20’’ rear 12,5x21’’ |
| Tyres | Michelin Pilot Sport Cup 2, front 265-35-20 / rear 325/30-21 |
Clever to offer track and GT variants at launch. This is a first for a hyper or supercar. It highlights what I have previously mentioned about the AMG One, Valkyrie and T50 pushing the bounding of tolerable NHV for a "road car". The two former ones can be considered racing cars with licence plates and not track-biased cars.
By offering a Tour variants, buyers can spec a car that their partner won't hate to sit in. I would struggle to choose. I love the aggression of Agile but like the restraint of the Tour.
Deliveries are disappointingly far away. 2025 will mean late 2025 or pushed back to early 2026.
Officially, the production start is 2025 and deliveries 2026.Deliveries are disappointingly far away. 2025 will mean late 2025 or pushed back to early 2026.
Shockingly good-looking Zenvo.
I don’t understand how a tiny insignificant company who sold at best 20 of its previous vehicle can afford to develop a vehicle like this from scratch not using any carryover parts and make it for a profit?
As we speak they are probably requesting 50% deposits from prospective buyers. That alone will be EUR200m~ in despots. Producing EVs, hybrids or batteries also makes Zenvo eligible for grants. Furthermore, the cars are hand built like racing cars. Therefore capital investment is significantly less compared with Fisker or Tesla who invest hundreds of millions into land acquisition, factories, tooling, robots and dealer networks.I don’t understand how a tiny insignificant company who sold at best 20 of its previous vehicle can afford to develop a vehicle like this from scratch not using any carryover parts and make it for a profit?
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