@FastestLaps please delete the performance

Dodge Challenger T/A specs
Car type | Coupe |
Curb weight | 1495 kg (3296 lbs) |
Dimensions | 4.86 m (191 in) long, 1.93 m (76 in) wide, 1.29 m (51 in) high |
Wheelbase | 2.79 m (110 in) |
Origin country | United States |
Views | 13.4k |
Submitted by | Super8 |
Performance
0 - 60 mph | 5.9 s |
1/4 mile | 14.3 s @ 100.0 mph |
Top speed | 220 kph (137 mph) |
Powertrain specs
Engine type | V8 340 Six Pack |
Displacement | 5.6 l (340 ci / 5572 cc) |
Power | 294 ps (290 bhp / 216 kw) @ 5000 rpm |
Torque | 468 Nm (345 lb-ft) @ 3400 rpm |
Power / liter | 53 ps (52 hp) |
Power / weight | 197 ps (194 bhp) / t |
Torque / weight | 313 Nm (231 lb-ft) / t |
Transmission | 4 Speed Manual Hurst Shifter (3.90:1) |
Layout | front engine, rear wheel drive |
Challenger T/A competition





hemisrt 12y ago
No proof. I participate in a Challenger Forum (Challengertalk.com). We have some members that work for Chrysler/Dodge. They sometimes give "off the record" statements about what is coming down the pike. The T/A issue came up again yesterday. Latest rumor is that there will not be a T/A version. Letest rumor (probably accurate) is the 2015 "Hellcat" SRT, will be a "track ready racer." It will have upgraded suspension, even bigger rotors with 6 piston calipers and ceramic brakes. It will have a 6.2L Supercharged motor in the 600-700 HP range. Probably will cost $65K-$75K http://www.torquenews.com/106/new-dodge-challengers-hellcat-hemi-could-debut-next-week-detroit







Super8 15y ago
In http://musclecars.howstuffworks.com/classic-muscle-cars/1970-dodge-challenger-t-a.htm
said The real Hp output of this car close to 350 Hp. This Challenger is actually a race car but Dodge decide to make road legal version. The racing version using high performance 305 Cu engine but road legal got 340 Cu engine rated at 290 Hp (Sae Gross). You can choose between 2 4 speed gearbox (3.55:1 or 3.90:1). It also first USA car that has different size of tires. Price it's about $4,480 and reach 14.3 Sec @ 99.6 mph for 1/4 mile.