Audi A5 Prestige 252HP/ 3459#= 7.3HP/100# $56,700
Audi TT 220HP/ 3186#= 6.9HP/100# $50,548
Challenger GT 305HP/4108#= 7.4HP/100# $36,700
Porsche Macan 252HP/ 3902#= 6.5HP/100#
Adequate.
Audi A5 Prestige 252HP/ 3459#= 7.3HP/100# $56,700
Audi TT 220HP/ 3186#= 6.9HP/100# $50,548
Challenger GT 305HP/4108#= 7.4HP/100# $36,700
Fucker can drag race too. Good thing you're an engineer. I can't do the maintenance and thus could not afford the cost to own.Yup. Sports Edition. 2.0L turbo four banger. Adjustable air suspension. It loves 1200-1500 rpm.
Yup. Sports Edition. 2.0L turbo four banger. Adjustable air suspension. It loves 1200-1500 rpm.
???
A turbo loves low rpms?
Fucker can drag race too. Good thing you're an engineer. I can't do the maintenance and thus could not afford the cost to own.
???
A turbo loves low rpms?
Variable geometry turbos have a wide rpm range.
Well this is interesting. A friend of mine called me on Saturday to let me know that she is OK, but that she had been driving her Lexus SUV (the big one) on the interstate through Atlanta at 65mph and a BMW sideswiped her doing somewhere between 120-140, being pursued by the police. She ended up in the median facing the other way looking at the front of one of the police cars. The BMW ended up on a tree off the road. Both cars totaled. So now she is car-less. (Except for a classic that she owns, but that can't do for daily driving.)
Amazingly, the guy driving the BMW had insurance. He's going to need it.
So this morning I called the dealer where I bought my new Porsche to find out the whereabouts of my old Jeep. They still had it, and have now made a deal to sell it to my friend. She'll get about $15k for the Lexus and the Jeep will cost her about $13.5k.
Trusty ol' Jeepster stays in the family.
Most autos have four wheels.
After nearly 7 years and over 175k miles its time for a change to my daily driver. Currently a 2012 Jeep Grand Cherokee Overland V6. It still looks great, runs great, I just want something a little more nimble and sportier, but still with the high end luxury. I still can't do a sedan because I routinely haul bulky stuff. I need 4WD.
My don't want list includes:
- No Asian vehicles. I just think they are chic cars.
- No FWD platforms. Too difficult to service.
My wants:
- Luxury interior comparable or better than the Jeep.
- Quiet highway ride.
- Power/ weight ratio at least 7HP/100#
- Decent gas mileage.
On my list:
- Porsche Maccan S (too much money)
- Mini Clubman JCW (price is right, p/w lower that I'd like)
- MB GLC 43
- Jag F-Pace S
- Jeep Grand Cherokee SRT (too much money, gas guzzler)
Why not the BMW X-2, X-3 or X-5 series?
Aside from the sports car handling, the thing I love the most about this car is the doppelkupplung, or double clutch, transmission. It is unlike any automatic transmission that I've ever had. In fact it has more in common with a manual transmission than a typical torque converter automatic.
The clutches are wet multi-disc like a motorcycle, and set in a coaxial configuration. The gearset is split onto two separate shafts, each driven by its own clutch, one carrying gears 1,3,5 and 7, and the other carrying 2,4,6 and reverse. As one clutch is engaged the other is either speeding up or slowing down for the next shift. A gear change is done by engaging one clutch as the other is disengaged, so there is no loss of power during acceleration and the change occurs near instantaneously.
For example, while at rest, both clutches are disengaged. Releasing the brake and pressing the throttle tells the computer to engage the "odd" clutch and away you go in 1st. Meanwhile the computer sets the "even" gearset at a lower RPM; a function of the ratio between 1st and 2nd. As the car gains speed the clutch drives are "flipped" and then 2nd gear takes over. And so on up to 7th gear.
Downshifts happen in reverse of this pattern. While in 7th the 6th gearset is set to spin faster to ready for a downshift.
Thus the feel and driveability of the transmission is nearly identical to a manual gearbox.
The trick is how the computer figures out, then implements, the driver's desire to accelerate or decelerate through the gears. It does this through accelerator and brake inputs and apparently a whole lot of magic, er, algorithms. The programs are simple for performance driving- the driver is either on the gas or on the brake. The "magic" is the programming to make this work dependably in everyday driving. This explains why Porsche started using doppelkupplung in the 1980s for race cars and is only recently using it for retail cars.