The engines are broke in at the ANNA engine plant for one hour, on one of two engine dynos at various loads and rpm. The cars are "ready for the track" right out of the gate because of this extensive and time consuming step.What a fantastic video! Thanks for posting.
No break-in of the engine. Thats interesting.
Such a fun trip. If any of you have questions, ask here and I'll pop in as I can to answer.
There are multiple Cooling devices, far more than just air cooling. There are around 180 Mules that have undergone testing all over the world, including rigorous track testing. Overheating was likely addressed by now.Thank you for all of this!
I have a question, did you ever come across any comments or explanations of how the electric front wheel drive system gets cooled? Can it overheat? Does it just rely on ram air cooling to provide forced air convection to cool it?
They are still in test mode, making final adjustments to further refine the cars. The sad part? Every mule you've seen on the road will see the crusher.did they say why production hasn't started yet?
is the production rate and volume constrained by the number of engine builders?
did they talk about how many cars will go to each country?
any details about the factory tours to watch your car being built?
did they discuss how they will get the cars to the dealers?
There are four engine build stations and assuming the process goes smoothly, each station can assemble two engines per day. So, you're probably right that engine supply may dictate daily output.
Production is constrained by the number of employees they've put through the specialty training to assembly the NSX.is the production rate and volume constrained by the number of engine builders?
I didn't get a chance to follow up on this but at the launch they said that they're considering some sort of factory delivery experience. They have a test track over there that one of the R&D guys said maybe they'll use as part of that, although that sounded like something that was only in the concept/discussion phase.any details about the factory tours to watch your car being built?
The engines are built at the ANNA Honda plant an hour away from the PMCI thought the engines were built by a third party?
Based on what I have heard, engine production appears to be the bottleneck that, at least in the beginning, will dictate the pace of production of completed cars.
I thought the engines were built by a third party?
Based on what I have heard, engine production appears to be the bottleneck that, at least in the beginning, will dictate the pace of production of completed cars.
I didn't get a chance to follow up on this but at the launch they said that they're considering some sort of factory delivery experience. They have a test track over there that one of the R&D guys said maybe they'll use as part of that, although that sounded like something that was only in the concept/discussion phase.
The engines are built at the ANNA Honda plant an hour away from the PMC
Engine components are produced by a couple of different companies but design is from Honda R&D Japan, assembled in Ohio. Cosworth, Pankl, and a few others make the components I think.
I think the standard 15% drive train loss is adequate here. Nothing concrete. Here is the chart in the press pack thoughAny whp peak since the car was extensively dynoed???
I think the standard 15% drive train loss is adequate here. Nothing concrete. Here is the chart in the press pack though
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Check out that flat torque curve!! Who needs VTEC when you've got electric motors to compensate.
Also, I can echo the production delays are due to vendors and supply side availability. "Cosworth" has been thrown around in a few conversations I've been privy to.
The days of analog cars are over, sadly, but electronics are just faster.
^that says it all.
The ending of your argument is valid. The downside of hybrid. I don't have that data and only track time would generate it.Well, it doesn't quite say it all. I'd like to see the horizontal scale / units and know the elapsed time and speed at which the "traditional" sports car begins accelerating faster than the NSX (and thus begins to reel it in). Also need to know the exact reference car they used. A graph of speed versus time would also be informative. Then it would say it all (in terms of straight line).
My assumption is that something like the C7Z06 would get spanked 0-50 but would end up being faster in the 1/4 mile (with higher trap speed). In a race from a roll, I assume the NSX would get the jump and pull a couple of lengths but would get reeled in. I think it would come down to how long the NSX is cable of maintaining maximum output before something overheats or battery is depleted.