Drive shafts????
#21
RE: Drive shafts????
V6 Mustang driveshafts are a new design by Visteon called a Slip-in-Tube. 05's are steel construction and the first aluminum driveshafts for Ford cars were used on the early production Explorer and, I believe, on the V6 Mustangs that came off the production line beginning late 2005, though I'm not real sure. According to Visteon, their patented design can take more twisting force than older driveshafts and the slip-in-tube telescopes in and out as the car moves over uneven terrain.
#22
RE: Drive shafts????
Probably the Mustang application is more for being able to handle the car being lowered. It is also possible in the interest of consolidation that if the Explorer and the Mustang use the same driveshaft that they would swap them on both to have less part#s in quantity.
#23
RE: Drive shafts????
ORIGINAL: BlueStang6
V6 Mustang driveshafts are a new design by Visteon called a Slip-in-Tube. 05's are steel construction and the first aluminum driveshafts for Ford cars were used on the early production Explorer and, I believe, on the V6 Mustangs that came off the production line beginning late 2005, though I'm not real sure. According to Visteon, their patented design can take more twisting force than older driveshafts and the slip-in-tube telescopes in and out as the car moves over uneven terrain.
V6 Mustang driveshafts are a new design by Visteon called a Slip-in-Tube. 05's are steel construction and the first aluminum driveshafts for Ford cars were used on the early production Explorer and, I believe, on the V6 Mustangs that came off the production line beginning late 2005, though I'm not real sure. According to Visteon, their patented design can take more twisting force than older driveshafts and the slip-in-tube telescopes in and out as the car moves over uneven terrain.
#24
RE: Drive shafts????
You're right, blackfoot. Here's what I was trying to say in a sentence or two: The driveshaft is a solid beam inside a tube. Visteon uses a Computer Numerically Controlled (CNC) cold-rolling spline process. This technique means that no material -- neither the inner nor the outer tube -- is machined away. The process allows the tubes to slide, or telescope, in and out of each other easily even under heavy torque. During some durability tests the Slip-in-Tube driveshaft lasted more than four times longer than traditional driveshafts.
As the two pieces of the driveshaft telescope into each other a distance of up to eight inches, it improves the ability to absorb energy in the event of sudden impact. This eliminates the need for the heavier slip and stud yokes typically required with conventional driveshafts. In addition, the telescoping motion reduces the unpredictable Noise, Vibration and Harshness (NVH) sometimes associated with typical machined splined components. The aluminum version reduces weight by as much as 30 percent over conventional propshaft designs.
As the two pieces of the driveshaft telescope into each other a distance of up to eight inches, it improves the ability to absorb energy in the event of sudden impact. This eliminates the need for the heavier slip and stud yokes typically required with conventional driveshafts. In addition, the telescoping motion reduces the unpredictable Noise, Vibration and Harshness (NVH) sometimes associated with typical machined splined components. The aluminum version reduces weight by as much as 30 percent over conventional propshaft designs.
#27
RE: Drive shafts????
ORIGINAL: blackfoot
rule of thumb for every 100lbs you shed, you gain a tenth
rule of thumb for every 100lbs you shed, you gain a tenth
Anyone put our driveshaft on a scale yet? The only way to figure this out :-)