actually tear offs on the windshield aren't unusual. Alot of endurance tin-top races use them. Every car in Nascar uses tear-offs on the windshield.Pup wrote:This has been talked about several times before. Rain isn't an issue - nothing will hit the canopy that wouldn't have hit the drivers visor. Oil or tire debris might be a problem, since there are no tear-offs for a windshield, but that's what pit stops are for. The bigger problem in my mind is heat, and I think the drivers will insist on the canopies remaining open for that reason alone. They could do a partial canopy, but could they make one strong enough? The canopy in the video is able to distribute the force of impact in all directions - an open canopy might just fold over.
I think that at the end of the day, the solution will be to keep an open cockpit but with a windshield that is built into a structural frame.
Of course, they'd get far more bang for their buck by protecting the wheels rather than the cockpit.
why not just cooled driving suits and fog icing mats like planes use. Not to mention that there are plenty of coatings that are pretty good at eliminating fog.wunderkind wrote:Heat and fog-up are the main issues that need to be resolved.
A spec'ed air-con unit perhaps? I don't know how, but I am sure such a unit will have to be designed from scratch to fit inside the space between the footwell bulkhead and the front suspensions. It's pretty impossible if you ask me With how today's F1 cars are. The front of the monocoque will have to increase in volume significantly in order to facilitate this. Also, such a system will have to withstand the forces and vibrations that a car has to endure in a racing weekend. What would the output of the unit in order to effectively and efficiently cool the driver and de-mist the cockpit? KERS powered perhaps?
Reminds me of this crash by Ernesto Viso at Mangy Coursn_anirudh wrote:[youtube]http://www.youtube.com/watch?v=sJwRJkCx ... re=related[/youtube]
well this is hungary gp3 friday practice...imagine the drivers head hitting the barriers/tires..
Yes, cool suits and de-mister grids on the canopy would definitely help. It's the rain and wet conditions are the problems that need to be overcome.flynfrog wrote:why not just cooled driving suits and fog icing mats like planes use. Not to mention that there are plenty of coatings that are pretty good at eliminating fog.wunderkind wrote:Heat and fog-up are the main issues that need to be resolved.
A spec'ed air-con unit perhaps? I don't know how, but I am sure such a unit will have to be designed from scratch to fit inside the space between the footwell bulkhead and the front suspensions. It's pretty impossible if you ask me With how today's F1 cars are. The front of the monocoque will have to increase in volume significantly in order to facilitate this. Also, such a system will have to withstand the forces and vibrations that a car has to endure in a racing weekend. What would the output of the unit in order to effectively and efficiently cool the driver and de-mist the cockpit? KERS powered perhaps?
Presumably torn off by a mechanic in the pit stops?Pierce89 wrote:actually tear offs on the windshield aren't unusual. Alot of endurance tin-top races use them. Every car in Nascar uses tear-offs on the windshield.
not really with some coatings you can get at your local auto parts store an thing over 45 will not be an issue when I raced solar cars we used quick detailer on the lexan and it shed water great. ON aircraft PPG makes a great surface treatment.wunderkind wrote:
Yes, cool suits and de-mister grids on the canopy would definitely help. It's the rain and wet conditions are the problems that need to be overcome.