However comparing Dry & Wet, the difference in terms of performance is really negligible unless you are racing in the circuit, for most people a 0.5s difference means nothing other than shiok sendiri. Like it matters 99% of the time people drive.
Even comparing Auto vs DSG it's not that significant compared to the production cost & maintenance+repair cost. That is why Manufacturers who emphasize on reliability like Toyota & Honda don't really focus on them. For European cars that emphasize on performance & the fact that long lasting isn't their main concern allows them to use all the advance technology available. That is why people consider european cars more advanced. Just like performance tyre vs normal tyre, there's no such thing as both performance & endurance.
DSG has been around very long time, Audi was the earliest to implement it. Most people know how expensive it is to fix DSG, even Proton Savvy uses the SSG (AMT they call it), and guess what, the gear cost more than the car today. Impressive it is, the reliability is still a big question mark even after more than a decade on commercial vehicles. At least for high powered cars with Auto Transmission, aggressive driving doesn't wear the gear down as much as DSG. Yet i don't know why for non performance car they chose DSG over more economically sound Automatics where cost is a concern for both buyer & manufacturers.
Also don't forget, Single or Dual Clutch, the computerized gear will grab & let go of the clutch when the gear is engaged, unlike Manual Clutch where the driver can balance out the grip of the clutch depending on the speed. Imagine letting go of the clutch pedal immediately after downshift under city drive, it won't just make the car jerk but also put stress on the gear & also other parts like driveshaft & engine. For DSG the computer doesn't car about the Clutch.
QUOTE(Mavik @ Aug 26 2013, 09:18 PM)
Actually you are right in terms of overall efficiency. Based on a report where they used a 6-speed DSG wet clutch and a 7-speed DSG dry clutch on a Golf 1.4, the efficiency of the dry clutch is 91% versus 85% on the 6-speed wet clutch. I am assuming that better efficient transfer of gears and power should equate to better acceleration, couldn't find any sources which will prove that - reference
Frame of reference
This post has been edited by advocado: Aug 26 2013, 10:53 PMFrame of reference
Aug 26 2013, 10:48 PM

Quote
0.0344sec
0.79
6 queries
GZIP Disabled