
Torsen® Traction
About Torsen® Welcome to Torsen ®. Since 1984, we’ve provided class-leading helical gear, torque-sensing differentials to premiere auto manufacturers. From the military AM General HMMWV to Audi …
Torsen® Traction
Torsen® differentials use advanced helical gearing, produced on state-of-the-art gear cutting equipment. Patented Invex™, Equvex™ and Equvex II gearing give Torsen® the ability to deliver torque as …
Torsen® Traction
There is a reason that many people think the name Torsen® is synonymous with the helical gear differential – we produce products that are the industry standard, and we do so for both OE vehicle …
Torsen® Traction
As you might imagine, a very commonly asked question around these parts is: how does a Torsen® differential work? While this might seem like something that ought to be in the FAQ (which touches …
Torsen® Traction
See our OEM application chart for vehicles that come with Torsen® from the factory. Otherwise, please visit our e-commerce store for current aftermarket offerings.
Torsen® Traction
Since 1984, Torsen has provided differentials to OEM customers and developed our differentials to meet the exacting requirements and needs of almost every auto manufacturer in the industry.
Torsen® Traction
Both of these applications are fairly compact (ring gear pitch diameter is approximately 7 inches) and can be made quite light. Also, there are two aftermarket Torsen Type 2 differentials that are fairly …
Torsen® Traction
Description Torsen T-2R differential for Ford 8.8” rear axle with 28-spline axle shafts. IRS compatible. TBR: 4:1/3.1 Drive/Coast Part Number 975420-0200AM Note: modification needed if using in 3 …
Torsen® Traction
You’ll actually be able to feel the Torsen help propel the car through the turn. But, under low load – pulling into your driveway or into a parking spot on an icy lot – the differential offers little resistance …
Torsen® Traction
As I stated earlier, Torsen works by generating internal friction. So, logically, if different oil blends have different frictional properties, that mean they have different influences on the differential’s behavior.