In response to Challenger Extreme users experiencing higher than normal failure rate:
Starting with the end of the 08-09 season and continuing thru the 09-10 season we have observed higher than normal failure rates with four particular Challenger Extreme part numbers: 9943, 9944, 9115 & 9116. It has been TRACKS USA’s experience that any track that was sold by TRACKS USA and has had a legitimate warranty issue has been warranted by Camoplast. It is not an overnite process but the warranty process is spelled out in the warranty sheet accompanying every new Camoplast track. If your dealer did not inform you or share the warranty sheet with you do not blame Camoplast!
Camoplast produces Mountain tracks using two different processes. Most 2.52 and 3.00 pitch tracks are produced with a different process than is used to manufacture the 2.86 products. It has been related to us that the 2.86 process results in a superior product. Our sales experience bears this out as we have had zero product claims associated with any 2.86 pitch Challenger Extreme or Challenger Powder Max track that we have marketed.
There are many factors that contribute to track failure but the primary one most users fail to recognize is heat buildup in the track. HEAT CAUSES FABRIC-RUBBER DELAMINATION AND STRUCTURAL FAILURE IN THE FIBERGLASS ROD.
1. Friction between the hyfax and track clips generates heat. Tall lug tracks (especially if used for trail use) preclude cooling contact between the track clips and the snow. The result is high track temperatures. This heat causes the laminate in the fiberglass rods to deteriorate as well as causing the delamination between the rubber and the track fabric. A fully clipped track is the best venue for dissipating heat.
2. Bending the track around small sprockets also causes heat. Many of the installations of the 2.5 and 3.0 inch lug tracks are done in chassis not designed for tracks of such lug height and in order to facilitate installation small diameter drive sprockets on the front axle are used. This in combination with today’s higher horse power sleds and accompanying higher track speeds results in a greater probability of track failure.
TRACKS USA recommendation:
With this in mind we are encouraging customers to switch to 2.86 pitch tracks instead of 3.0 pitch product. The cost of a set of new drive sprockets is minimal when considering the investment in one of today’s snowmobiles. Virtually all the 2.86 pitch track lengths will fit the 3.0 applications with no modification necessary.
Thanks
TRACKS USA
Bruce, Tony & Kathy
Starting with the end of the 08-09 season and continuing thru the 09-10 season we have observed higher than normal failure rates with four particular Challenger Extreme part numbers: 9943, 9944, 9115 & 9116. It has been TRACKS USA’s experience that any track that was sold by TRACKS USA and has had a legitimate warranty issue has been warranted by Camoplast. It is not an overnite process but the warranty process is spelled out in the warranty sheet accompanying every new Camoplast track. If your dealer did not inform you or share the warranty sheet with you do not blame Camoplast!
Camoplast produces Mountain tracks using two different processes. Most 2.52 and 3.00 pitch tracks are produced with a different process than is used to manufacture the 2.86 products. It has been related to us that the 2.86 process results in a superior product. Our sales experience bears this out as we have had zero product claims associated with any 2.86 pitch Challenger Extreme or Challenger Powder Max track that we have marketed.
There are many factors that contribute to track failure but the primary one most users fail to recognize is heat buildup in the track. HEAT CAUSES FABRIC-RUBBER DELAMINATION AND STRUCTURAL FAILURE IN THE FIBERGLASS ROD.
1. Friction between the hyfax and track clips generates heat. Tall lug tracks (especially if used for trail use) preclude cooling contact between the track clips and the snow. The result is high track temperatures. This heat causes the laminate in the fiberglass rods to deteriorate as well as causing the delamination between the rubber and the track fabric. A fully clipped track is the best venue for dissipating heat.
2. Bending the track around small sprockets also causes heat. Many of the installations of the 2.5 and 3.0 inch lug tracks are done in chassis not designed for tracks of such lug height and in order to facilitate installation small diameter drive sprockets on the front axle are used. This in combination with today’s higher horse power sleds and accompanying higher track speeds results in a greater probability of track failure.
TRACKS USA recommendation:
With this in mind we are encouraging customers to switch to 2.86 pitch tracks instead of 3.0 pitch product. The cost of a set of new drive sprockets is minimal when considering the investment in one of today’s snowmobiles. Virtually all the 2.86 pitch track lengths will fit the 3.0 applications with no modification necessary.
Thanks
TRACKS USA
Bruce, Tony & Kathy
Last edited by a moderator: