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DHD

GOEREND HD BILLET STATOR TRIPLE DISC ALLISON TORQUE CONVERTER 2001-2016

GOEREND HD BILLET STATOR TRIPLE DISC ALLISON TORQUE CONVERTER 2001-2016

$1,600.00 USD
$1,600.00 USD
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All of these HD model converters are built to our DHD specs and utilize a custom billet stator which will handle anything you throw at it. These triple disc converters are the go to for all the drag racers and sled pullers where boosted launches and extreme power are prevalent. The billet stator will hold up under these conditions whereas the cast stators will crack and shatter after repeated use.

For trucks over 1000HP we recommend adding the extreme clutch upgrade in the options menu above. High Stall RPM "J" and "AR" Race converters come standard with the extreme clutch option. 

Features:

  • Tig Welded, Furnace Brazed & Silicon Bronze Reinforced Turbine
  • Proprietary Alto High Performance Multi-Disc Lockup Clutches
  • Limited Lifetime Warranty
  • Below 0.005 Blueprinted Run-out Tolerances
  • Billet Stator Guaranteed To Never Break
  • Dual Torrington Bearing Stator Design
  • Multi-Bolt Pattern Billet Front Cover
  • Blueprinted Internal Clearances
  • Fully Pressurized & Leak Tested
  • Patented Fluid Flow Deflector
  • Computerized Robotic Welding
  • Billet Lockup Assembly Piston
  • 4140 Hardened Turbine Hub
  • 4140 Flanged Impeller Hub
  • Accurately Designed Pilot
  • Computerized Balancing
  • Lugged Stator Races
  • Billet Bearing Cap

The chart below shows the K factor and torque ratios as related to our converter stalls. Below is how to interpret the K factor and torque ratio numbers. The lower the K factor, the better the converter will couple. The higher the K factor, the easier the converter will spool up. The torque ratio is the torque multiplication number. For example, if a converter has a torque ratio of 1.85, then for every 100 lbs of input torque, the converter will deliver 185 lbs of output torque. This is at a converter stall or speed ratio of 0. This ratio will go down as the speed ratio goes up. Engine modifications will directly affect stall speed. Stall speeds listed below are approximate & will vary based on engine torque.


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