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- Ardius_
With all prototype series like F1, there will always be a danger.
The danger shouldn't be flipping though. Yes, motorsport is dangerous but certain aspects of the danger don't have to exist.
With all prototype series like F1, there will always be a danger.
I'm not so sure. The flips before and after the fins seem similar. They sure haven't improved the situation, thats for sure.
I realise that in theory it should work. But I just wonder how much research was actually done into the effectiveness of these fins.
NASCAR is a whole different beast in my opinion, while the aero is important, its not the same as LMP. What helps one doesn't necessarily help the other.
Lets also be fair and point out that people can make mistakes. They could have done all the research and simulation in the world but the concept can never really be proved until its put into the real world. As long as they accept they still need to work on it then its ok.
I'm not so sure. The flips before and after the fins seem similar. They sure haven't improved the situation, thats for sure.
After seeing this years race,Im so sad!I guess Sony is out of money because all I could see was FORZA curves and corners!Just like GTs online,new era is rising.Is there a way out off this missery?YES,quit GT.-> my worst nightmare[its in line with those newest Sony employes sackings] -one who knows - edit:and Allan McNish(twice,this and last yearXD),almost like Jr.
Since when did "leading at one point" count for anything? I thought what matters is who's leading at the FINISH, no???![]()
Quite a somber video... you can see what it really meant to him.
Well I've also proposed the possibility that the bottoms might also be contributing.
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Notice the bottom of the side is squared and even has somewhat of a sideblade that goes from end to end. Like this, Air can't get underneith the car because that keeps the air above it.
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Years later, the bottom of that side now has a round curve that leads underneith and has no way of keeping air from going under it.
Lotus LMP2 is working with united forces in developing its own Lotus LMP car that will initially run in the LMP2 class. The next step will be the development of a new LMP1 car.
Kodewa, that is running two Lotus LMP2 cars in the 2012 FIA World Endurance Championship, has ordered the development of the new chassis.
For teams that will be running the new Lotus LMP2 in the 2013 season for the first time, besides the support with spare parts at the race track, service packages for maintenance of spare parts will also be made available. Additionally, an engineering and simulation package will be offered to Lotus LMP2 customers.
The Lotus LMP2 will be a state of the art car in terms of aerodynamics and monocoque design, employing the latest designs and technologies.
The technical development is in the hands of Adess AG, a design office in Munich. The engineers of Advanced Design Engineering Systems Solutions AG bring a lot of experience from their work in Formula 1 and LMP1 sports cars. They work closely with James Key, one of the most successful Technical Directors in Formula 1 on cars design and specification.
Responsible for the stylistic elements and livery is once again Car Concept Designer Daniel Simon, a real futurist amongst car designers. Simon, who lives in Los Angeles, used to work as Senior Concept Designer with Bugatti and nowadays creates futuristic cars for Cosmic Motors, Tron Legacy and Prometheus in Hollywood. Daniel Simon designed the style-defining elements and graphics of the current Lotus LMP2.
The development of the new car is very well advanced with the latest CFD applications and with tests in the wind tunnel. Immediately after the season final of the 2012 FIA World Endurance Championship the first shakedown is planned to take place.
I don't think ground effects would do much. They might suck the car downwards, but that doesn't mean that the car cannot become airborne at all. It's a question of physics - the wrong amount of force applied in the wrong direction at the wrong time will send a car airborne, regardless of how the car is designed to prevent this.
Is it just me or did they buy an R18 and switched the mirrors, headlights and livery on it?
Ain't complaining, though, because it looks spectacular!
Well I've also proposed the possibility that the bottoms might also be contributing.
Notice the bottom of the side is squared and even has somewhat of a sideblade that goes from end to end. Like this, Air can't get underneith the car because that keeps the air above it.
Years later, the bottom of that side now has a round curve that leads underneith and has no way of keeping air from going under it.
Who will pay for that LMP2 Lotus (assuming that's a Lotus indeed, nowadays that livery means nothing and the ACBS logo is put everywhere ... )
The curved openings at the front of the splitters are to prevent dramatic lift in certain circumstances, where the air suddenly rushes under over crests or bumps or with weight transfer. Making the them flat again would make this issue worse.
Where on the sides? Could you plop them in paint and draw some circles to highlight where you mean?
O two fins on the car? side by side, so instead of one down the centre like now, one just to the left and right?I think he means like little wings.
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Sort of like this, maybe? The bit that blocks the Intel branding.
Where on the sides? Could you plop them in paint and draw some circles to highlight where you mean?
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Edit: Cheers for that RACECAR - so you're talking about the ride-height and the rake/angle of attack of the car from the side?
Or are you referring to the physical shaping of the sides of the car - I see you what you mean by sidepod now. So the Bentley has very flat - box shaped sides whereas the Pug has bulbous sides?
That "Lotus" looks beautiful. And do you think that Rebellion has a lot of funding since Lotus-Renault GP Sponsors them?
That "Lotus" looks beautiful. And do you think that Rebellion has a lot of funding since Lotus-Renault GP Sponsors them?