c&d z06 test
#1
c&d z06 test
Just read the review in new issue and z06 is one overwhelming machine. Best braking and cornering they ever tested. Obvious crazy power yet still feels light like regular c7. And it has a manual clutch! Would miss out on sound and 9k revs of gt3 but for $50k price difference, i dont know which way to go for next track toy. Or a used 458 for $50k more than gt3. need to try all 3 them out back to back at exotics racing in vegas if they ever have them
Last edited by fcar348; 12-03-2014 at 09:45 PM.
#2
Definitely an amazing machine for the money!. I was surprised by some of the power numbers though. I thought with the power difference, it would smoke the GT 3 in the 0-60 and 1/4 mile. The trap speed in the 1/4 was only 1 mph faster than the GT3. That says a lot for the PDK/Motor combo, or Porsche really underrated the 475hp figure.
#5
Not that surprising. Porsche always hits above its weight. Gt3 just had same lap time as speciale in evo test. That makes no sense either.<br />
Big issue for me is z06 has stick shift
Big issue for me is z06 has stick shift
#6
Im in the same boat, im having a hard time choosing between the coming GT3 RS or the C7 Z06 with full down force kit.
C7 Z06 just dyno'd 585whp 617wtq which should equate to higher than 126mph trapspeed. It seems like the press cars either heat soaked or something else. C6ZR1 traps 129 or 130 mph with 540whp 520wtq and 180lbs less. I think we will see 130mph traps from stage 1 downforce cars soon.
Stage 3 downforce generates 500lbs which is why GT3 is faster up top. C7 Z06 ran 1:29 in Road Atlanta. Not sure how that compares to GT3.
C7 Z06 just dyno'd 585whp 617wtq which should equate to higher than 126mph trapspeed. It seems like the press cars either heat soaked or something else. C6ZR1 traps 129 or 130 mph with 540whp 520wtq and 180lbs less. I think we will see 130mph traps from stage 1 downforce cars soon.
Stage 3 downforce generates 500lbs which is why GT3 is faster up top. C7 Z06 ran 1:29 in Road Atlanta. Not sure how that compares to GT3.
#7
Im in the same boat, im having a hard time choosing between the coming GT3 RS or the C7 Z06 with full down force kit.
C7 Z06 just dyno'd 585whp 617wtq which should equate to higher than 126mph trapspeed. It seems like the press cars either heat soaked or something else. C6ZR1 traps 129 or 130 mph with 540whp 520wtq and 180lbs less. I think we will see 130mph traps from stage 1 downforce cars soon.
Stage 3 downforce generates 500lbs which is why GT3 is faster up top. C7 Z06 ran 1:29 in Road Atlanta. Not sure how that compares to GT3.
C7 Z06 just dyno'd 585whp 617wtq which should equate to higher than 126mph trapspeed. It seems like the press cars either heat soaked or something else. C6ZR1 traps 129 or 130 mph with 540whp 520wtq and 180lbs less. I think we will see 130mph traps from stage 1 downforce cars soon.
Stage 3 downforce generates 500lbs which is why GT3 is faster up top. C7 Z06 ran 1:29 in Road Atlanta. Not sure how that compares to GT3.
Unless you have a GT3RS allocation locked up, there isn't much choosing for you to do. For that matter, dealers don't even know what their allocations will be. I see a C7 Z06 in your near future.. The C7 ZO6 is going to be one bad A$$ car..
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#8
The allocation will not be a problem for me here
#11
Leaf springs actually have a lot of advantages.
Lower CG and lower unsprung weight. Not as good as torsion springs (a la Formula 1) but good.
The only real downside is the potential coupling of the left and right side of the car, and PITA factor of changing springs.
Not sure why you would think they are poor performers?
Lower CG and lower unsprung weight. Not as good as torsion springs (a la Formula 1) but good.
The only real downside is the potential coupling of the left and right side of the car, and PITA factor of changing springs.
Not sure why you would think they are poor performers?
#12
Leaf springs actually have a lot of advantages.
Lower CG and lower unsprung weight. Not as good as torsion springs (a la Formula 1) but good.
The only real downside is the potential coupling of the left and right side of the car, and PITA factor of changing springs.
Not sure why you would think they are poor performers?
Lower CG and lower unsprung weight. Not as good as torsion springs (a la Formula 1) but good.
The only real downside is the potential coupling of the left and right side of the car, and PITA factor of changing springs.
Not sure why you would think they are poor performers?
Very unconventional for a modern day sports car. Don't you think? You would figure that a lot of other sports car manufacturers would be using them if the advantages were that good? Educate me if I am not fully informed, but leaf springs in a sports car seems like very old tech to me. Nonetheless, the ZO6 is a very well handling car.
#13
Unconventional.. yes. There are some packaging challenges with a chunk of material running laterally across the car as well.
I would not design IN leaf springs, but it certainly is not something I would consider a handling detractor.
I would not design IN leaf springs, but it certainly is not something I would consider a handling detractor.
#15
This is 100% true, which COULD require that the frame be beefier than other wise needed. But since the spring runs between the LCA pick up points, this section is generally very stiff.