2005 Ford Mustang GT


Model GT Coupe
General Information
Layout front-engine / rear-wheel-drive
Curb Weight [lb (kg)] 3560 (1615)
Overall Length [in. (mm)] 188.0 (4775)
Wheelbase [in. (mm)] 107.1 (2720)
Steering Rack & Pinion; power-assist
Turning Radius [ft. (m)] 18.0 (5.6)
Tires  235/55 ZR17
Engine
Type V8; aluminum block and heads
Valvetrain SOHC 3-valve / cyl.
Displacement [cc] 4605
Bore & Stroke [mm] 90.2 x 90.0
Compression Ratio 9.8:1
Redline [rpm] 6250
Max. Power [Bhp at rpm] 300 at 5750
Max. Torque [lb-ft (Nm) at rpm] 320 (434) at 4500
Accommodation
Seating Capacity 4
Front Head Room [in. (mm)] 38.6 (980)
Front Leg Room [in. (mm)] 42.7 (1085)
Rear Head Room [in. (mm)] 34.7 (881)
Rear Leg Room [in. (mm)] 30.3 (770)
Interior Noise
Idle in neutral [dBA] 53
70 mph coasting [dBA] 73
Performance
0 - 60 mph [secs] 4.9
0 - 100 mph [secs] 13.2
1/4 mile [secs at mph] 13.5 at 102.4
Top Speed [mph] 149
Lateral acceleration [g] 0.87
Fuel Economy [City/Hwy in mpg] 17 / 25
Braking
Front - Brakes 12.4 in. (316 mm) ventilated discs
Rear - Brakes 11.8 in. (300 mm) ventilated discs
70 - 0 mph [ft (m)] 183 (56.9)

05mustang33.jpg (68052 bytes)The new V-8 engine pumps the Mustang GT up to an impressive 300 horsepower and 315 foot-pounds of torque.0403mm_must_14_z.jpg (64723 bytes)It marks the first time the mainstream Mustang GT offers 300 horsepower – formerly exclusive Mach 1, Cobra and Boss territory. The GT’s 4.6-liter, three-valve MOD V-8 packs 40 more horsepower than the current V-8 and more than 50 percent more power than the fiery small-block 289-cubic-inch V-8 that propelled the 1964 model to stardom. This new level of performance – on regular gas – is made possible by intelligent application of modern technology, including all-aluminum construction and a new head design that incorporates three valves per cylinder and variable cam timing. Normally, adding a second intake valve is a good way to kill low-speed performance. In order to maintain airflow velocity, the engineers added the Charge Motion Control valve, which is located at the head and blocks flow to half of the intake valves at light loads. This increased the velocity in the port, which also creates a tumble motion to help control the combustion. At higher loads and higher speeds, the valves open to get maximum airflow.