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The Dana 44 Front axle first saw use in the 1950s and still in use today. Dana 44 Front axles were known for utilizing locking hubs or a center axle disconnect system. However, a permanently locked-in Dana 44 is not uncommon. The Dana 44 has seen use in 1/4-, 1/2-, 3/4-, and 1-ton rated trucks.
However, the 10.5" 14-bolt axle remains in production today, specifically utilized in GMC Savana and Chevrolet Express vans. Notably, the 11.5" 14-bolt axle is featured in third-generation Dodge Ram 2500 and 3500 trucks. There are discernible differences between the GM and Ram versions, evident in the gaskets used and the axle cover designs.
The four-wheel-drive light trucks (1500 series) remove their beam axles in favor of an independent front suspension, but the 2500 and 3500 series retained the live axles for maximum longevity and durability; rear-wheel-drive 2500 and 3500 trucks had class-exclusive rack-and-pinion steering for their independent front suspension (the 1500 also ...
The New Venture Gear 3500, commonly called NV3500, is a 5-speed overdrive manual transmission manufactured by New Venture Gear and used by GM and Dodge in compact and full-size light trucks. It can be identified by its two-piece aluminum case with integrated bell housing and top-mounted tower shifter.
front—used to apportion torque appropriately between left and right sides in front axles. This may be on either a front-wheel drive or a four-wheel drive vehicle. A four-wheel-drive vehicle, for example, may use one, two, or three Torsen differentials.
Originally this axle was made as the Sterling 10.25, with a ring gear that measured 10.25 inches (260 mm) until it was upgraded in 1999 to the Sterling 10.50 for the Ford Super Duty trucks. The 10.25 axle came with drum brakes. There were two versions of the Sterling 10.25. The first version was produced from 1985 to 1992.
Effective torque (often referred to as wheel torque or torque to the wheels) is a concept primarily associated with automotive tuning. Torque can be measured using a dynamometer. Common units used in automotive applications can include foot-pounds and Newton·meters. [1] The formula for effective torque to the wheels is: [2] Tw = Te * N tf * η ...
Reduce the amount of torque from the front axle by passing part of torque to the rear axle. This is achieved on all-wheel-drive (AWD) vehicles with full-time AWD. Power assisted steering (set on most modern cars) make the torque steer effect less noticeable to the driver. Steer-by-wire [6] also hides the effect of torque steer from the driver.