Apologies if this question has an obvious answer I have tried searching around but can’t find anything.
It seems that the latest Seat Leon ST 300 Cupras (4Drive DSG) have a 0-62 time listed as 5.2secs vs 4.9secs for older ones.
Also the emissions are now rated at 161g/km vs 164g/km
Power figures appear the same at 300ps or 295.89bhp.
Torque interestingly is 295.04lbs/ft for the newer car and 280.29lbs/ft for the older faster one.
(Specs taken from autotrader but seem accurate to what is in the latest Seat brochure)
I wondered whether this was because of the fact they are now fitted with the 7speed DSG vs the 6speed version ??
Can anyone shed some wisdom on this ?
I did reach out to Seat the reply is below
“I have discussed your query with our Marketing Team and the reason the engines have changed is to do with WLTP (Worldwide Harmonized Light-Duty Vehicles Test Procedure)
The testing methodology for NEDC is out of date and is arguably too general to give accurate fuel consumption or CO2 information. WLTP is being introduced to give customers greater transparency of CO2 and fuel consumption information. While WLTP is still a laboratory test, the method of testing is much improved and will be more accurate. This will ensure that test conditions better reflect real world driving.”
It seems that the latest Seat Leon ST 300 Cupras (4Drive DSG) have a 0-62 time listed as 5.2secs vs 4.9secs for older ones.
Also the emissions are now rated at 161g/km vs 164g/km
Power figures appear the same at 300ps or 295.89bhp.
Torque interestingly is 295.04lbs/ft for the newer car and 280.29lbs/ft for the older faster one.
(Specs taken from autotrader but seem accurate to what is in the latest Seat brochure)
I wondered whether this was because of the fact they are now fitted with the 7speed DSG vs the 6speed version ??
Can anyone shed some wisdom on this ?
I did reach out to Seat the reply is below
“I have discussed your query with our Marketing Team and the reason the engines have changed is to do with WLTP (Worldwide Harmonized Light-Duty Vehicles Test Procedure)
The testing methodology for NEDC is out of date and is arguably too general to give accurate fuel consumption or CO2 information. WLTP is being introduced to give customers greater transparency of CO2 and fuel consumption information. While WLTP is still a laboratory test, the method of testing is much improved and will be more accurate. This will ensure that test conditions better reflect real world driving.”