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Dodge Nitro R/T. In 2009, the Nitro was offered in both 4x2 and 4x4 versions with two trims levels: SE and SLT. Both came with a standard 210-hp 3.7 L V6 engine mated to a four-speed automatic transmission. The SXT with its six-speed manual transmission had been replaced by the SE trim that featured the automatic transmission. The SLT trim ...
The 3.5 L engine was expanded to 4.0 L; 241.2 cu in (3,952 cc) for the 2007 Dodge Nitro and Chrysler Pacifica. Like its family members, this is a SOHC engine and was built in Trenton, Michigan . DaimlerChrysler reportedly spent $155 million to expand the Trenton plant to manufacture this engine.
The 2008 Dodge Dakota and Ram pickup trucks, Dodge Durango and Chrysler Aspen SUV's, Jeep Grand Cherokee, and Jeep Commander came with a Corsair version of the FFV 4.7 L engine, with dual spark plugs per cylinder, a new slant / squish combustion system design, and 9.8:1 compression, raising power to 290–310 hp (216–231 kW) and 320–334 lb ...
7.19 Dodge Nitro (2007–12) 7.20 Hyundai I10 ... in comparison to other "medium ... on the way halving its passenger capacity and turning an excellent new junior ...
Production of the Dodge Ram R/T began for the 2009 model year. [64] It is a regular cab, short bed, 2WD 1500 Ram with 22" wheels, a 4.10 final drive gear ratio (the only way to get a 4.10 rear in a 1500), an R/T badge in the lower-right corner of the grille, and a Hemi.
Braked towing capacity is the towing capacity of a vehicle if the trailer being towed has its own braking system, typically connected to the vehicle's braking system via the trailer cable. [3] Braked towing capacity is typically significantly greater than unbraked towing capacity. [ 3 ]
Chrysler developed its first experimental hemi engine for the Republic P-47 Thunderbolt fighter aircraft. The XIV-2220 was an inverted V16 rated at 2,500 hp (1,860 kW). The P-47 was already in production with a Pratt & Whitney radial engine when the XIV-2220 flew successfully in trials in 1945 as a possible upgrade, but the war was winding down and it did not go into production.
Power-to-weight ratio (PWR, also called specific power, or power-to-mass ratio) is a calculation commonly applied to engines and mobile power sources to enable the comparison of one unit or design to another. Power-to-weight ratio is a measurement of actual performance of any engine or power source.