OT: (Might be a repost) "Official" US-spec Lancer EVO VIII Specs/Info..
Released today from Mitsu motors.. not quite right judging by the brake rotor sizes.. but still:
http://www.mitsubishi-motors.co.jp/i...0-03/0271.html
http://www.mitsubishi-motors.co.jp/i...0-03/0271.html
Damn, the front makes it look like some kind of pontiac. 

271hp at 6500 and 273tq at 3500! nice.
EDIT: gross front or not, I'll want to test drive one. Exciting to get the EVO finally in the US!!!
[Modified by Chris N, 1:17 PM 1/2/2003]


271hp at 6500 and 273tq at 3500! nice.
EDIT: gross front or not, I'll want to test drive one. Exciting to get the EVO finally in the US!!!
[Modified by Chris N, 1:17 PM 1/2/2003]
to bad we dont get the ACD or AYC 
and its 3300+ lbs
[Modified by TurboITR, 2:20 PM 1/2/2003]

and its 3300+ lbs
[Modified by TurboITR, 2:20 PM 1/2/2003]
Released today from Mitsu motors.. not quite right judging by the brake rotor sizes.. but still:
Trending Topics
The specs look damn promising... looks like they didnt skimp us much on the goodies. I cant wait to see this in person at the Detriot autoshow next week.
I think that there will be a resurgence of turbo interest once these things come out (EVO, STi etc).
Nice car - should be able to get 400 hp no problem
Nice car - should be able to get 400 hp no problem
The only way I`d get one is if they offered and extended, extended, extended, extented warranty. Every Mitsu I`ve encountered has been poop.
Ryan
Ryan
ran it through a gear calculator, i'm guessing a 7000 RPM redline:
RPM 1st Gear 2nd Gear 3rd Gear 4th Gear 5th Gear (MPH)
500 3 4 6 8 12
600 3 5 7 10 14
700 4 6 8 11 16
800 5 7 9 13 18
900 5 8 11 15 21
1000 6 9 12 16 23
1100 6 9 13 18 25
1200 7 10 14 19 28
1300 7 11 15 21 30
1400 8 12 17 23 32
1500 9 13 18 24 35
1600 9 14 19 26 37
1700 10 15 20 27 39
1800 10 15 21 29 42
1900 11 16 22 31 44
2000 11 17 24 32 46
2100 12 18 25 34 49
2200 13 19 26 35 51
2300 13 20 27 37 53
2400 14 20 28 39 55
2500 14 21 30 40 58
2600 15 22 31 42 60
2700 15 23 32 44 62
2800 16 24 33 45 65
2900 16 25 34 47 67
3000 17 26 35 48 69
3100 18 26 37 50 72
3200 18 27 38 52 74
3300 19 28 39 53 76
3400 19 29 40 55 79
3500 20 30 41 56 81
3600 20 31 43 58 83
3700 21 32 44 60 85
3800 22 32 45 61 88
3900 22 33 46 63 90
4000 23 34 47 65 92
4100 23 35 48 66 95
4200 24 36 50 68 97
4300 24 37 51 69 99
4400 25 38 52 71 102
4500 26 38 53 73 104
4600 26 39 54 74 106
4700 27 40 56 76 109
4800 27 41 57 77 111
4900 28 42 58 79 113
5000 28 43 59 81 116
5100 29 44 60 82 118
5200 30 44 61 84 120
5300 30 45 63 86 122
5400 31 46 64 87 125
5500 31 47 65 89 127
5600 32 48 66 90 129
5700 32 49 67 92 132
5800 33 49 69 94 134
5900 34 50 70 95 136
6000 34 51 71 97 139
6100 35 52 72 98 141
6200 35 53 73 100 143
6300 36 54 74 102 146
6400 36 55 76 103 148
6500 37 55 77 105 150
6600 38 56 78 106 153
6700 38 57 79 108 155
6800 39 58 80 110 157
6900 39 59 82 111 159
7000 40 60 83 113 162
Okay, think that one is right...not bad, i'd heard rumors of insanely short rally type gearing, but that's obviously not the case. Anyone know the real redline?
[Modified by Aleph, 2:54 PM 1/2/2003]
[Modified by Aleph, 3:09 PM 1/2/2003]
RPM 1st Gear 2nd Gear 3rd Gear 4th Gear 5th Gear (MPH)
500 3 4 6 8 12
600 3 5 7 10 14
700 4 6 8 11 16
800 5 7 9 13 18
900 5 8 11 15 21
1000 6 9 12 16 23
1100 6 9 13 18 25
1200 7 10 14 19 28
1300 7 11 15 21 30
1400 8 12 17 23 32
1500 9 13 18 24 35
1600 9 14 19 26 37
1700 10 15 20 27 39
1800 10 15 21 29 42
1900 11 16 22 31 44
2000 11 17 24 32 46
2100 12 18 25 34 49
2200 13 19 26 35 51
2300 13 20 27 37 53
2400 14 20 28 39 55
2500 14 21 30 40 58
2600 15 22 31 42 60
2700 15 23 32 44 62
2800 16 24 33 45 65
2900 16 25 34 47 67
3000 17 26 35 48 69
3100 18 26 37 50 72
3200 18 27 38 52 74
3300 19 28 39 53 76
3400 19 29 40 55 79
3500 20 30 41 56 81
3600 20 31 43 58 83
3700 21 32 44 60 85
3800 22 32 45 61 88
3900 22 33 46 63 90
4000 23 34 47 65 92
4100 23 35 48 66 95
4200 24 36 50 68 97
4300 24 37 51 69 99
4400 25 38 52 71 102
4500 26 38 53 73 104
4600 26 39 54 74 106
4700 27 40 56 76 109
4800 27 41 57 77 111
4900 28 42 58 79 113
5000 28 43 59 81 116
5100 29 44 60 82 118
5200 30 44 61 84 120
5300 30 45 63 86 122
5400 31 46 64 87 125
5500 31 47 65 89 127
5600 32 48 66 90 129
5700 32 49 67 92 132
5800 33 49 69 94 134
5900 34 50 70 95 136
6000 34 51 71 97 139
6100 35 52 72 98 141
6200 35 53 73 100 143
6300 36 54 74 102 146
6400 36 55 76 103 148
6500 37 55 77 105 150
6600 38 56 78 106 153
6700 38 57 79 108 155
6800 39 58 80 110 157
6900 39 59 82 111 159
7000 40 60 83 113 162
Okay, think that one is right...not bad, i'd heard rumors of insanely short rally type gearing, but that's obviously not the case. Anyone know the real redline?
[Modified by Aleph, 2:54 PM 1/2/2003]
[Modified by Aleph, 3:09 PM 1/2/2003]
ran it through a gear calculator, i'm guessing a 7000 RPM redline:
Gear ShiftRPM Speed @ 7000 RPM
1st N/A 37.1
2nd 4562 56.9
3rd 4848 82.2
4th 5315 108.3
5th 5362 141.3
RPM in top gear at 70mph: 3467
Looks like a decently short gear ratio, anyone know the actual Redline?
EDIT: Wait, that's wrong, that's GS-R gearing, it defaulted. Lemme see if i can get this thing to work...
Gear ShiftRPM Speed @ 7000 RPM
1st N/A 37.1
2nd 4562 56.9
3rd 4848 82.2
4th 5315 108.3
5th 5362 141.3
RPM in top gear at 70mph: 3467
Looks like a decently short gear ratio, anyone know the actual Redline?
EDIT: Wait, that's wrong, that's GS-R gearing, it defaulted. Lemme see if i can get this thing to work...

Type All wheel drive, 6-speed manual gearbox
Gear Ratios
1st 2.909
2nd 1.944
3rd 1.434
4th 1.100
5th 0.868
6th 0.693
Reverse 2.707
Final drive 4.583
[Modified by TurboITR, 2:58 PM 1/2/2003]
What do these two acronyms stand for?
AYC = Yaw control?
ACD = ? (Electronic Differentials???)
AYC = Yaw control?
ACD = ? (Electronic Differentials???)
Mitsubishi's Active Yaw Control traction enhancement system uses a computer to optimally regulate torque transfer in the rear differential on 4WD models and thereby tailor rear wheel differentials to match driver operation and vehicle operating status. In this way, MMC's proprietary system both equalizes the load on the four tires by adaptively regulating the yaw moment that acts on the body and improves cornering performance without inducing any sense of deceleration. When accelerating through a corner, AYC reduces understeer by transferring torque to the outer wheel; when decelerating in a corner, AYC enhances stability by transferring torque to the inner wheel. AYC also improves traction on surfaces with low or split friction coefficients and has fully proven its worth since it was first introduced in Evolution IV.
For Evolution VII, all parts of the torque transfer mechanism of rear differential have been uprated to match the increase in engine torque, while breather and clutch operating durability have been improved. The system shares the same computer, hydraulic actuator unit and sensors as the ACD, thus reducing weight and improving reliability.
For Evolution VII, all parts of the torque transfer mechanism of rear differential have been uprated to match the increase in engine torque, while breather and clutch operating durability have been improved. The system shares the same computer, hydraulic actuator unit and sensors as the ACD, thus reducing weight and improving reliability.
The Active Center Differential replaces the viscous coupling-type differential used in the past with a hydraulically actuated multi-plate clutch. This revolutionary 4WD system regulates differential limiting force to match driver operation of his vehicle and driving conditions.
Developed with the motor sports arena firmly in mind, the ACD uses a center differential to distribute drive torque equally between front and rear wheels and thereby improve steering response at the same time as enhancing traction - a vital factor in reducing stage and other race times. Ensuring optimal transmission of drive torque from the engine to the road surface under all conditions, ACD's multi-plate clutch delivers up to three times the differential limiting force of a viscous coupling-Mode type unit. To achieve this level of performance, the multi-plate clutch employs the same kind of steel plates as mechanical limited-slip differentials, thereby offering superior durability and response under high clutch plate load conditions. Using sensors, the system electronically optimizes the cover clamp load to match driver input and vehicle operating status. Thus able to regulate center differential limiting action from free to locked, as conditions require, the ACD realizes the ideal 4WD system.
Under hard acceleration, the ACD reduces slippage and approaches a locked state, thereby transmitting more torque to the road surface for better traction and acceleration. When the driver makes rapid steering inputs, meanwhile, the ACD operates virtually as an open differential to improve steering response and feel through corners while retaining outstanding 4WD stability.
The ACD also enables the driver to manually select one of three modes - Tarmac, Gravel, Snow - giving optimum traction for paved, un-paved and snow-covered roads according to preference or to suit conditions. And, for the rigors of rally, gymkhana or other competitive use, the ACD operates in a virtually open state when the parking brake is used, thereby enabling rapid and effective side brake turns.
Developed with the motor sports arena firmly in mind, the ACD uses a center differential to distribute drive torque equally between front and rear wheels and thereby improve steering response at the same time as enhancing traction - a vital factor in reducing stage and other race times. Ensuring optimal transmission of drive torque from the engine to the road surface under all conditions, ACD's multi-plate clutch delivers up to three times the differential limiting force of a viscous coupling-Mode type unit. To achieve this level of performance, the multi-plate clutch employs the same kind of steel plates as mechanical limited-slip differentials, thereby offering superior durability and response under high clutch plate load conditions. Using sensors, the system electronically optimizes the cover clamp load to match driver input and vehicle operating status. Thus able to regulate center differential limiting action from free to locked, as conditions require, the ACD realizes the ideal 4WD system.
Under hard acceleration, the ACD reduces slippage and approaches a locked state, thereby transmitting more torque to the road surface for better traction and acceleration. When the driver makes rapid steering inputs, meanwhile, the ACD operates virtually as an open differential to improve steering response and feel through corners while retaining outstanding 4WD stability.
The ACD also enables the driver to manually select one of three modes - Tarmac, Gravel, Snow - giving optimum traction for paved, un-paved and snow-covered roads according to preference or to suit conditions. And, for the rigors of rally, gymkhana or other competitive use, the ACD operates in a virtually open state when the parking brake is used, thereby enabling rapid and effective side brake turns.
Changes of the internal design of the AYC diff. increases usable torque 1.6 times over the previous model.
[Modified by TurboITR, 3:07 PM 1/2/2003]
try it with the 6 speed 
Type All wheel drive, 6-speed manual gearbox
Gear Ratios
1st 2.909
2nd 1.944
3rd 1.434
4th 1.100
5th 0.868
6th 0.693
Reverse 2.707
Final drive 4.583
[Modified by TurboITR, 2:58 PM 1/2/2003]

Type All wheel drive, 6-speed manual gearbox
Gear Ratios
1st 2.909
2nd 1.944
3rd 1.434
4th 1.100
5th 0.868
6th 0.693
Reverse 2.707
Final drive 4.583
[Modified by TurboITR, 2:58 PM 1/2/2003]
"3-spoke MOMOR steering wheel"

Is that like Sp00m?
na its more like RECAROR as mentioned in the release paper...

Is that like Sp00m?
na its more like RECAROR as mentioned in the release paper...
they need to hire someone that can actually read, write and speak english.
one of the worst things about this EVO8 (for the US market) is it has those damned apc/altezza style lights in the rear 
[Modified by TurboITR, 3:22 PM 1/2/2003]

[Modified by TurboITR, 3:22 PM 1/2/2003]




