Zenvo Zenvo Aurora

Danish manufacturer of hand-built hypercars. Famed for the active "Centripetal" wing and the 1,850 HP Aurora with a bespoke 6.6L quad-turbo V12. Official: Zenvo
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Well, they don't show the engine bay at all, so I'll have to wait a bit longer to see how they managed to route everything.

As for the specs - as is to be expected from a fledgling hypercar brand that is desperate to get noticed - they are highly dubious. :LOL:

Weight:
1300kg claimed for the Agil version - Yeah, I doubt it, maybe if it's dry. A TT V12 is gonna be heavy as f*ck, and with a hybrid motor and a sizeable battery on top I think they would be quite lucky to get to 1450kg real weight.

1450kg claimed for the Tur version - The problem with that is that this version also has extra 400PS coming from the front electric motors, so they'll need the battery to supply 600PS. For that to happen the battery will have to be 120kg minimum, maybe even up to 200kg if they wanted the capacity to be usable. So 1600-1700kg real weight.

Acceleration:
0-100km/h in 2.5s - Probably not, considering the fastest RWD time is currently 2.6s by the GT2RS and that car has 66% of the weight at the rear (which the Aurora won't).

0-200km/h in 4.6s - physically impossible (because both times are traction limited and, obviously, the traction stays the same) for the 100-200 time to be faster than the 0-100 time, even if they claim some downforce, so that's just straight up dreamed up BS.

0-300km/h in 10s - that's the only realistic time of the bunch.

Looks are sort of alright. Quite hypercar like, so very aggressive, but not especially beautiful. The best angle is probable the profile of the Tur version.
 
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Mhm, yeah, the claimed weight is dry.

Complete specs:

Zenvo Aurora Agil standard specification

ChassisCarbon composite monocoque, carbon composite exposed sub-frames
BodyCarbon composite panels
Architecture2-seater centre engine layout, rear wheel drive
SuspensionPushrod front and rear double wishbone active suspension
Dimensions
Length
Width
Height
Wheelbase

4,836 mm
2,020 mm
1,097 mm
2,800 mm
AerodynamicsIntegrated active underbody aerodynamics with rear wing featuring air brake function
Dry weight<1,300 kg (<2,866 lb)
Engine and powertrainBespoke 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 speedEst. 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 ratioEst. 1.1 hp/ kg
Downforce880 kg at 155 mph (250 km/h)
Downforce to drag ratio2,5:1
BrakesZenvo carbon ceramic discs
WheelsBespoke Zenvo magnesium centre-lock wheels, front 9,5x20’’ rear 12,5x21’’
TyresMichelin Pilot Sport Cup 2 or Cup 2R, front 265-35-20 / rear 325/30-21

Zenvo Aurora Tur standard specification

ChassisCarbon composite monocoque, carbon composite exposed sub-frames
BodyCarbon composite panels
Architecture2-seater centre engine layout, 4-wheel drive
SuspensionPushrod front and rear double wishbone active suspension
Dimensions
Length
Width
Height
Wheelbase

4,819 mm
2,020 mm
1,117 mm
2,800 mm
AerodynamicsIntegrated underbody aerodynamics
Dry weight<1,450 kg (<3,197 lb)
Engine and powertrainBespoke 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 speedEst. 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 ratioEst. 1.17 hp/ kg
BrakesZenvo carbon ceramic discs
WheelsBespoke Zenvo aluminium centre-lock wheels, front 9,5x20’’ rear 12,5x21’’
TyresMichelin Pilot Sport Cup 2, front 265-35-20 / rear 325/30-21
 
(From colleagues chart^ second set of figures)

Acceleration km/h to seconds
0-100= 2.3 seconds estimated
0-300= 9 seconds estimated
0-400= 17 seconds estimated

300-400= 8 seconds estimated

But 17 seconds straight to 400km/h is extremely ambitious. Around 3 seconds quicker than the Rimac Nevera.
 
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.
 
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.

Well if you look at actual launch introduction to delivering it's usually 4 years. Aston Martin Lotus Mercedes AMG Koenigsegg roughly follow this.

Under 2 years isn't bad in comparison.🙂
 
Shmee's tour in the US with the Zenvo is well timed. Him and his car are the main marketing vehicles for the brand. They are likely hoping to generate a couple of purchase intents for the car during the weeks that he is in the country.
 
Screenshot_20230816-182228~2.webp

02_Aurora_Tur_RearLight_Web.webp


THAT'S the money shot right there!🙂^
 
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.

Once you have your first prototype ready, the development time is about 2 years. Accidentally, this also means that they don't even have the first prototype running yet, so, needless to say, all the claims about the car are merely targets and should be taken with a grain of salt.
 
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?
 
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?

The OEM's sometimes sign long term contracts for manufacturing supply that includes the research and development and pre production prototyping. The vast majority of this technology belongs to the OEM's which is easy to see. Also silent backers and or partners could easily front up the cash and we'd never know who or how much.

But, that aside what do think of the car?
 
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.
 
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