R50/53 Why is the MCS so slow off the line?
The mini also has a heavier flywheel than most - this actually HELPS acceleration off the line since it stores energy if you rev "properly" before launch. By "properly" I mean maybe 4k+ if you're on a dragstrip, but lower if you're at an intersection and not trying to sound like a WRC racer on launch control... It does take a deft "touch" to launch fairly hard and not either bog the little motor, chirp the tires, or inappropriately over-rev for conditions.
Chows has it right, but there is a way you can stay in the higher-torque area of the curve on launch, it's either appropriate clutch slip (around town) or appropriate limited wheelspin (controlled conditions only). You want just enough slip to stay "revved up" until your road speed catches up with your speed-when-firmly-in-gear. This timing is very small, usually a fraction of a second, but makes all the difference between a bog and moving off smartly.
I guess the short answer is the German "Ubung macht die Meister" - "practice makes the Master" (a better saying than "practice makes perfect").
Have fun practicing! ("honey - I wasn't racing, I was practicing!")
Chows has it right, but there is a way you can stay in the higher-torque area of the curve on launch, it's either appropriate clutch slip (around town) or appropriate limited wheelspin (controlled conditions only). You want just enough slip to stay "revved up" until your road speed catches up with your speed-when-firmly-in-gear. This timing is very small, usually a fraction of a second, but makes all the difference between a bog and moving off smartly.
I guess the short answer is the German "Ubung macht die Meister" - "practice makes the Master" (a better saying than "practice makes perfect").
Have fun practicing! ("honey - I wasn't racing, I was practicing!")
I'm with MaxN. DEFINITELY have the DSC off. I've beat most everything "my size" and a little bigger off the line, and I'm still straight stock (Celicas, Hondas, Accords, etc) I haven't dusted a 68 Camaro yet, though.
Keep the revs high - that's where the torque is.
Another option that I've heard of is Stage II on the dsc. There is some thread somewhere on here or on the miniusa website that talks about it. It's some kind of keyswitch position 2, holding the dsc button down for 10 secs... I can't remember. Anybody else ever heard of that?
In the meantime, I'll do some research. It's supposed to make it "quicker out of the hole", but not break tire/pavement contact.
Keep the revs high - that's where the torque is.
Another option that I've heard of is Stage II on the dsc. There is some thread somewhere on here or on the miniusa website that talks about it. It's some kind of keyswitch position 2, holding the dsc button down for 10 secs... I can't remember. Anybody else ever heard of that?
In the meantime, I'll do some research. It's supposed to make it "quicker out of the hole", but not break tire/pavement contact.
Test Drive Oct 02
When I stopped in for a test drive in October of 02 the only thing the dealer said was
'slip the clutch off the line or you'll think it is a dog...do that and you'll have plenty of power'
been doin it for 65,000 with no ill effects. if I fail to do it right I can sure tell...
'slip the clutch off the line or you'll think it is a dog...do that and you'll have plenty of power'
been doin it for 65,000 with no ill effects. if I fail to do it right I can sure tell...
I have the JCW power and it still is slow until about 3000Rs, but unless you bog down off the line, it pulls nicely. I never bother with trying to be fast off the line, but power comes in after about 20 feet and it's "hold on!" However, it's much more fun above 3000 in 2-3-4, with midrange passing almost as good as my E46 M3 was.
If you all want to understand accelerating along the torque curve, see the graph here. Just an example of somebody's 06 MCS
Torque is the top curve. Note the peak acceleration is at 4K.
The bogging down you feel at 3K is very real, just look at the dip in the graph. The torque curve is fairly flat from 3750 to 5K (albeit not really flat) then drops off meaning over 5K, your accelerating slower. At 6K your accelerating slower than the bog you feel.
Torque is the top curve. Note the peak acceleration is at 4K.
The bogging down you feel at 3K is very real, just look at the dip in the graph. The torque curve is fairly flat from 3750 to 5K (albeit not really flat) then drops off meaning over 5K, your accelerating slower. At 6K your accelerating slower than the bog you feel.
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Once the clutch is out it really scoots.
