F1 goes back to the future with turbo-charged 'teapot'
#21
All f1 cars will sound good regardless of the engine size... there is no doubt about that so stop complaining...
I actually will enjoy the smaller displacement engines... More real world engineering, something we can see trickle down into production cars 10 years from now... Honda has a reason to engineer some new engines now due to that fact.
I actually will enjoy the smaller displacement engines... More real world engineering, something we can see trickle down into production cars 10 years from now... Honda has a reason to engineer some new engines now due to that fact.
#22
Registered User
Join Date: Feb 2011
Location: Raleigh, NC
Posts: 463
Likes: 0
Received 0 Likes
on
0 Posts
All f1 cars will sound good regardless of the engine size... there is no doubt about that so stop complaining...
I actually will enjoy the smaller displacement engines... More real world engineering, something we can see trickle down into production cars 10 years from now... Honda has a reason to engineer some new engines now due to that fact.
I actually will enjoy the smaller displacement engines... More real world engineering, something we can see trickle down into production cars 10 years from now... Honda has a reason to engineer some new engines now due to that fact.
Size doesn't have as much to do with it as number of cylinders does. I think to most automotive enthusiasts, a turbo V6 will never sound as good as a naturally aspirated V8, V10, or V12.
Here's what I'm talking about. These are the sounds that I associate with F1. Makes the hair on the back of my neck stand up. http://www.youtube.com/watch?v=6Vs4Mv7ibkA
Now compare that to a turbo V6, and tell me which one you think sounds better:
http://www.youtube.com/watch?v=IcmKJ5MhDh8
#23
Registered User
Join Date: Jun 2002
Location: newcastle wa
Posts: 1,756
Likes: 0
Received 0 Likes
on
0 Posts
Originally Posted by madkimchi' timestamp='1376626836' post='22727284
change the engine requirement to 2 different engines. 1. 2.0L 4 cylinder that can rev up to 9000rpm or 2. 2.2L 4 cylinder that can rev up to 8000rpm. both with DOHC and vtec allowed. you must put the engine in front of the driver and it must be rear wheel drive car.
The engine placement will never be changed from mid for F1.
I think you need to go back and research how high F1 engines rev. You are 7,000-11,000 rpm short of all historical engines.. .
Originally Posted by madkimchi' timestamp='1376626836' post='22727284
change the engine requirement to 2 different engines. 1. 2.0L 4 cylinder that can rev up to 9000rpm or 2. 2.2L 4 cylinder that can rev up to 8000rpm. both with DOHC and vtec allowed. you must put the engine in front of the driver and it must be rear wheel drive car.
LOL at VTEC in F1 cars. Actually, LOL at all of that.
#24
Originally Posted by ZDan' timestamp='1376606128' post='22726868
KERS is an unnecessary gimmick that only acts to further separate the haves from the have-nots. It adds to cost and is another system that can fail in a race as well. In a misguided attempt to provide a stupid "push2pass" system. Bleh!
DRS is an OBSCENE gimmick. Giving the trailing car a HUGE speed advantage on the straights is the antithesis of real racing.
All they've ever needed to do to make a raceable series is to FIX the stupid aero formula, but every single time they botch it.
Flat bottoms and stepped flat bottoms were a bad idea, but the FIA refuses to accept it. They should allow limited underbody veturis to allow the cars to get most of their downforce from that.
Wings should be much smaller, particularly the front. When they made the rear wing narrower, they were kind of on the right track, reducing upwash on trailing cars front wings. But at the same time they made the front wing much bigger, which of course makes its front grip MORE affected by upwash from the leading car. DUMB, and looks quite ridiculous as well.
Drastically reduce downforce from wings (fewer elements, shorter chord, reduced camber, much narrower front wing) and allow some underbody aero, then the cars can race without "push2pass" (aka KERS) or the positively absurd DRS.
DRS is an OBSCENE gimmick. Giving the trailing car a HUGE speed advantage on the straights is the antithesis of real racing.
All they've ever needed to do to make a raceable series is to FIX the stupid aero formula, but every single time they botch it.
Flat bottoms and stepped flat bottoms were a bad idea, but the FIA refuses to accept it. They should allow limited underbody veturis to allow the cars to get most of their downforce from that.
Wings should be much smaller, particularly the front. When they made the rear wing narrower, they were kind of on the right track, reducing upwash on trailing cars front wings. But at the same time they made the front wing much bigger, which of course makes its front grip MORE affected by upwash from the leading car. DUMB, and looks quite ridiculous as well.
Drastically reduce downforce from wings (fewer elements, shorter chord, reduced camber, much narrower front wing) and allow some underbody aero, then the cars can race without "push2pass" (aka KERS) or the positively absurd DRS.
#25
#26
Registered User
Join Date: Feb 2011
Location: Raleigh, NC
Posts: 463
Likes: 0
Received 0 Likes
on
0 Posts
Any of you guys ever driven the Lotus 49 in iRacing? It's one of the most powerful F1 cars before they had downforce and it's absolutely terrifying to drive. I can't tell you how many times I crashed just trying to drive in a straight line.
#27
Originally Posted by Fasting' timestamp='1376657808' post='22727641
I'd be more interested in new technological aero mechanical thinking as long as it's safe.
#28
Here's the thing that some of you guys are not taking into consideration...
When teams have virtually unlimited money to spend on making the best car, it really doesn't matter what the rule book says, because they will be able to dial in every last detail just marginally better than the other guy by spending four times as much as the other guy. In one of Simon McBeath's Aerobytes articles in Racecar Engineering, he analyzed the aero setups of several Formula Ford race cars. Now, you're probably thinking, "Formula Ford racecars don't have aero parts," and you'd technically be right. The point of his article was that even in a series where there are NO aero or downforce generating parts allowed, one can still realize a downforce advantage over a competitor through aero tuning. Essentially, he showed how you can create rear wheeler downforce by tweaking the driver's helmet to create carefully controlled drag, which then, acting through the driver's body, imparted a moment onto the rear wheels and increased grip.
The only proposal I've ever heard of that seems like it would work is that they should eliminate all aero devices in F1 altogether. As my anecdote from above illustrates, you'd still have some aero tweaking but removing the aero altogether would eliminate the largest cost component and would eliminate the concept of deliberately altering your aero setup to slow the guy behind you down. However, I don't know that I would ever want to live in a world with aero-less F1 cars. I love aero developments, but I also acknowledge that that field has advanced so much that any and all advantages come at the cost of millions of dollars.
So here's my proposal instead. Sure, we need some restrictions on engine size and sure we need some limitations on the aero parts that drivers use, but what F1 really needs is reward weight. You win a race and they add some ballast. Next go around you're slightly slower. Add in some rigorous required pit stops so that pit strategy become more of a factor in race results and there you go.
When teams have virtually unlimited money to spend on making the best car, it really doesn't matter what the rule book says, because they will be able to dial in every last detail just marginally better than the other guy by spending four times as much as the other guy. In one of Simon McBeath's Aerobytes articles in Racecar Engineering, he analyzed the aero setups of several Formula Ford race cars. Now, you're probably thinking, "Formula Ford racecars don't have aero parts," and you'd technically be right. The point of his article was that even in a series where there are NO aero or downforce generating parts allowed, one can still realize a downforce advantage over a competitor through aero tuning. Essentially, he showed how you can create rear wheeler downforce by tweaking the driver's helmet to create carefully controlled drag, which then, acting through the driver's body, imparted a moment onto the rear wheels and increased grip.
The only proposal I've ever heard of that seems like it would work is that they should eliminate all aero devices in F1 altogether. As my anecdote from above illustrates, you'd still have some aero tweaking but removing the aero altogether would eliminate the largest cost component and would eliminate the concept of deliberately altering your aero setup to slow the guy behind you down. However, I don't know that I would ever want to live in a world with aero-less F1 cars. I love aero developments, but I also acknowledge that that field has advanced so much that any and all advantages come at the cost of millions of dollars.
So here's my proposal instead. Sure, we need some restrictions on engine size and sure we need some limitations on the aero parts that drivers use, but what F1 really needs is reward weight. You win a race and they add some ballast. Next go around you're slightly slower. Add in some rigorous required pit stops so that pit strategy become more of a factor in race results and there you go.
#29
I'd be interested in more active aero. Keep it on the ground, use it for steering, brake assist, let it open for straights... go wild, but within a specific footprint. Challenge technology unbridled.
If just a few teams start to really run away with it, invert the starting grids based on current point totals. You'd get some passing for sure and eliminate qualifying costs.
If just a few teams start to really run away with it, invert the starting grids based on current point totals. You'd get some passing for sure and eliminate qualifying costs.
#30
Registered User
Join Date: Sep 2008
Location: Arizona
Posts: 2,380
Likes: 0
Received 0 Likes
on
0 Posts
the biggest thing that kicks me in the ars about aero when I watch a race is that if these cars touch at all, or run over some debree and damage a winglet, there's a super high chance that guy has to pit and fix the issue b/c the car depending on the track, that just killed the race for that team. I love my run on sentences!
It's part of the challenge though. stay clean. stay frosty and stay thirsty my friend b/c its Friday
It's part of the challenge though. stay clean. stay frosty and stay thirsty my friend b/c its Friday