Lenard Posted March 10, 2010 Share Posted March 10, 2010 why is that the front axles on our trucks the D30's are a better axle than the D35's? From everything I have ever seen on here and my own experiences it seem they hold up quite a bit better than the D35. :dunno: Link to comment Share on other sites More sharing options...
Pete M Posted March 10, 2010 Share Posted March 10, 2010 Rear axles suffer from wear and tear all the time when driving, front axles only when in 4wd. When offroad, weight transfer during acceleration or when driving uphill shifts a good deal of the stress to the rear axle. Throughout history, trucks have typically had heavier duty rear axles than front. Link to comment Share on other sites More sharing options...
89eliminator Posted March 10, 2010 Share Posted March 10, 2010 Rear axles suffer from wear and tear all the time when driving, front axles only when in 4wd. When offroad, weight transfer during acceleration or when driving uphill shifts a good deal of the stress to the rear axle. Throughout history, trucks have typically had heavier duty rear axles than front. word. also, don't let the numbers dictate what strong is. AMC 20 (from a MJ) is better than a D35... Link to comment Share on other sites More sharing options...
Lenard Posted March 10, 2010 Author Share Posted March 10, 2010 Rear axles suffer from wear and tear all the time when driving, front axles only when in 4wd. When offroad, weight transfer during acceleration or when driving uphill shifts a good deal of the stress to the rear axle. Throughout history, trucks have typically had heavier duty rear axles than front. Hmmm.... makes sense :oops: Link to comment Share on other sites More sharing options...
Eagle Posted March 10, 2010 Share Posted March 10, 2010 The real reason is the thickness of the axle tubes. Dana 35s typically fail when they've been "articulated" severely, putting a slight bend in the tube where it enters the center section housing. Once the tube is bent, the axle shaft no longer runs concentric to the assembly, putting asymmetrical stress on the gears and bearings. Link to comment Share on other sites More sharing options...
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