Find A Local Dealer

Facebook

Youtube

PERFORMANCE MOTORCYCLE PARTS AND KITS FOR AMERICAN V-TWINS

S&S Cycle logo
0 Items
$0.00

X117E Complete Assembled Engine

SKU:
31-8062
 
Call/Email For Pricing
 
 
Facebook Twitter
 
 
 
Description
Product Reviews
Specs
Fitment
Instructions

The X-Wedge® engine is an S&S® designed 56° pushrod v-twin with three belt-driven cams in a unique configuration that provides nearly straight pushrod angles to all valves. In the lower end, a one-piece forged crankshaft with automotive style, plain bearing connecting rods and plain main bearings offers greater load capacity and increased engine durability and reduced noise. The cylinder heads were designed with automotive style low-mass rocker arms and a unique cross-flow wedge style combustion chamber. The fuel system consists of an S&S single bore throttle body and Variable Fuel Injection module, which boasts dual closed loop feedback for fuel control and knock sensing ignition.

This engine was designed as an emissions compliant performance engine right from the get-go. It was intended to fill a need in the market for manufacturers and custom bike builders who wanted something a little different, while maintaining emissions compliance.
 


Features & Benefits:

  • 117 cubic inch displacement, 9.75:1 compression ratio
  • 56° cylinder angle – reduced piston interference and less vibration
  • Unique belt driven, three cam design – better pushrod angles and reduced noise
  • Forged one-piece crankshaft with automotive style plain bearings
  • Gerotor style oil pump
  • Automotive style low mass rocker arms
  • S&S closed loop Fuel Injection system
  • Fits new build custom motorcycles
  • Full documentation
  • X117C also contains an evaporative emissions hardware kit
  • 49-state legal
  • Three year warranty
  • S&S VFI with knock sensing
  • Polished finish
There are no customer reviews for this product. However, you can be the first person to add a review for this product.

Add Review
Add Review
Name:
Review:
Rating:
 
 
 
 
 
 

(Your browser will be redirected back to this page)