Cockpit Revealed For Bloodhound Supersonic Car
Zothecula writes: Unveiled at a special event in Bristol, U.K., the Bloodhound land speed team showed off the cockpit that will be driver Andy Green's "office" for his record attempt run in 2015 and 2016. Although Green holds the current world land speed record of 763 mph (1,227 km/h), the challenges in attempting to break the 1,000 mph (1,600 km/h) barrier will be significant for both pilot and the design team.
Cars have the capacity to turn. A rocket with wheels on it does not seem to meet even the most minimal requirements for a "car".
------ The best brain training is now totally free : )
The comment on not using aerodynamic down force is rather telling. Only reason I can think of for not doing so is that if they did, it would consume power that could otherwise be used for more speed. And since motive power isn't being supplied through the wheels, traction isn't all that important. I do wonder if steering will be entirely via the wheels, or if they're using aerodynamic means.
This one goes to 11.
This is just like those breakthrough articles about the space elevator where some fascinating new development has brought us that much close to building the space elevator, such as the decision to use crushed red velvet for the upholstery.
If you are not allowed to question your government then the government has answered your question.
jet engines are for flying, any other use is stupid
I respectfully disagree. (1 minute video, worth a watch if you haven't seen it)
It is a closed cockpit. In the second video he states as such.
No one has stopped doing wheel driven land speed cars. This is just a different class. If you want wheel driven, you can look to those classes and there is still plenty of partisipation. However, the wall of air encountered by a wheel driven car causes traction issues (imagine trying to accelerate pressed up against a birck wall) and at some point (I think it is around 400-500 MPH) the wheels just start spinning. it is not an issue of power. Power is easy to come by these days. The traction is the problem, especially on poor surfaces like salf flats. I agree it would be impressive to see these traction issues overcome, but it has been an issue since the ''60s and I don't see a solution in sight. Do you?
Neither is Greyhound.
It may well be one solid piece of carbon fibre with a 2 cm thick windscreen and a front struct that can take 30 tons of force , but it wouldn't make any difference if it was made out of reinforced unobtanium - if he looses it and has a rollover at 1000mph he's dead. Even if the structure survives - which I doubt - the G forces will probably kill him anyway.