Can we please stop hotlinking pics?

I was flipping through the first few pages of the hotlink thread and found this gem.

Nice one, Duke...

fanfoy wrote: Soooo pretty.

It's strange to say this, but those gumballs have got to go...

unk577 wrote:

stroker wrote:

914Driver wrote:

. I can't believe I'm saying this, but what is it about that car that doesn't look right? Seriously...? Are the wheels too big? Too nose-down?

The door looks like it's a different color and it might be sagging a lil

If I'm going to nit-pick, I'm not wild about the black trim around the vent window. I think I would prefer if it was removed completely

Sofa King wrote:

unk577 wrote:

stroker wrote:

914Driver wrote:

. I can't believe I'm saying this, but what is it about that car that doesn't look right? Seriously...? Are the wheels too big? Too nose-down?

The door looks like it's a different color and it might be sagging a lil

If I'm going to nit-pick, I'm not wild about the black trim around the vent window. I think I would prefer if it was removed completely

That's actually a pretty nice example of a car I just don't like at all. I owned a 68 Roadrunner for a while, and it was a fairly unpleasant place to spend time.

Far rather have one of these. They drive so much better...

Indycar is turing into a...well, I don't know. What happened the "simple", great looking cars of CART?

CGLockRacer wrote:

Holy E36 M3snacks, Futurewife's kid brother's Futurewife is berkeleying talented.

CGLockRacer wrote:

I'm really happy that Indy car is allowing aero kits, they still look better than modern F1 cars. My only concern is that moving away from underbody downforce to more upperbody downforce from the the wings will create more turbulant air and make following closely to set up a pass harder on road courses.

One that got away

Found naked outside a Dunkin' Donuts in Florida, "on a dare."

Adrian_Thompson wrote:

Second law of thermodynamics - a law stating that mechanical work can be derived from a body only when that body interacts with another at a lower temperature; any spontaneous process results in an increase of entropy.