Earlier quoted context omitted.
I met a guy who owned a Lambo, before he drove anywhere he'd walk the route to check there was nothing to snag on!
My old boss had his Ferrari fitted with winter tires to drive it year round in Denmark. His logic: Why should I only be able to drive the car I love driving 5 month a year. (That answer is related to the heater, or lack there of, in a Ferrari. It is apparently really cold driving it in January) I like that approach a lot more. What the point of having an awesome car, if you're afraid to drive it.
Bugatti has broken the 300mph barrier
261–270 of 302 posts
Re: Bugatti has broken the 300mph barrier
#262Earlier quoted context omitted.
It sounds like you don't know about track days or drag strips. That's the way to enjoy a car that goes faster than 150km/h fully. A 300mph Bugatti is still way above any speed you'd reach, though.
Even in that case a much lighter (and cheaper!) car like an Atom or Caterham will be a lot more fun than one of these hulking great monstrosities. Often faster as well, depending on the track.
Re: Bugatti has broken the 300mph barrier
#263Earlier quoted context omitted.
Yes, but the car has to accelerate around 20 times the mass. Bugatti Veyron is listed as having the highest torque [0] at 1,106lb/ft but then it weighs over 4,000 lbs. Plus there'd a delay for the engine to rev up to peak torque before the launch (i.e. it wont produce 1,100ft-lbs at idle). Be interesting to test, but I'm not too practiced at racing Veyron's off the line on my bicycle. Having said that, I am very used…
Race cars don’t launch at idle. If you’re racing cars that are idling when the light turns green, then you aren’t racing their engines. You’re racing the driver’s disinterested reaction time. The Veyron might weight 20x as much as you and your bike, but has over 300x the power output of the best sprinters in the world. Given equal reaction time and equal interest in racing, I am doubtful your cycling advantage would…
In a racing start, a well-driven torquey car (like the Veyron) will also launch faster than a motorbike - at least to start with. Once the speed increases, the acceleration drops and the motorbike can then use its superior power-to-weight ratio (which it can't fully use off the line). Eventually - once speeds are well into triple digits - a fast-enough car starts to catch up with the motorbike again (due to better aerodynamics).
Re: Bugatti has broken the 300mph barrier
#264Earlier quoted context omitted.
Top Gear actually did a road test of a Tesla S vs an Aston Martin starting at 30 MPH and the Tesla dusted the Aston Martin. Considering electric motors start with max torque, and the stats that are easily googlable, the Tesla would have no problem with the Bugatti. Never mind the Tesla is smaller, has a lower center of gravity, and costs 15x less and has more range. And it's probably worth noting that the Tesla is al…
The tesla is really fast to 70mph or so, after that it constantly lose power as it revs. >And it's probably worth noting that the Tesla is almost certainly software limited. Most things are software limited in modern cars. The question is, if you improved the battery pack so it could deliver more power, would the motors handle it?
Re: Bugatti has broken the 300mph barrier
#265Re: Bugatti has broken the 300mph barrier
#266Earlier quoted context omitted.
Very good point with the degraded working. In a train serving hundreds of passengers (or many dozens of truckloads), running on something that is literally as expensive to maintain as a whole rail network, the cost saved by cutting the driver is just not worth the extra hassle and delay in edge cases. Perhaps it is much more meaningful to think of that person as the engineer on duty than as a driver.
Autonomous rail has probably racked up billions of passenger-kilometres by now. The edge cases are pretty thin and it's unlikely that a human driver will have equivalent levels of accumulated experience. The most reliable line in the MTA, for example, is the L train. It is also the closest to fully autonomous (due to union rules, there is a driver who turns it on and then "supervises" the train).
Regarding the L train, how much would service suffer if the "supervisor" wasn't there to clean up whatever is left by reliability nines? We may never know. And it is hardly surprising that a recently modernized line is beating the living history museum that is the rest of the MTA. It's quite a leap to go from modernization causing reliability to automation causing reliability.
Re: Bugatti has broken the 300mph barrier
#267Earlier quoted context omitted.
> In fact bicycles are fastest off the line, since they produce max. torque at 0rpm (just keep weight on a pedal, release the brakes to go). I doubt a bicycle would actually cross the starting line before a high end bike or car would surpass it. A 180lb rider would produce about 90lb of torque at most (assuming 6” crank) and that’s only for the instant that the crank is parallel with the ground. A high end car would…
Track cycling sprinters (myself included) can produce over 300 Nm of peak torque (more than many mid range cars)
https://www.researchgate.net/publication/7528120_Torque_and_...
Re: Bugatti has broken the 300mph barrier
#268Earlier quoted context omitted.
My old boss had his Ferrari fitted with winter tires to drive it year round in Denmark. His logic: Why should I only be able to drive the car I love driving 5 month a year. (That answer is related to the heater, or lack there of, in a Ferrari. It is apparently really cold driving it in January) I like that approach a lot more. What the point of having an awesome car, if you're afraid to drive it.
Somebody told you Ferraris don't have heaters?
Re: Bugatti has broken the 300mph barrier
#269Earlier quoted context omitted.
Information is fine but please keep the flamebait away.
why? that was useful to me. everyone aside from the US uses metric.
Re: Bugatti has broken the 300mph barrier
#270What's the range on this one, I wonder?