Fiat Coupé 2.0 20V Turbo Forged Piston & Steel con rod Package (5 Pieces of each included)
These Con-rods have been designed, manufactured and tested to the highest levels of scrutiny before being released to the trade and the public alike. These lightweight, H-beam section connecting rods are forged from AISI 4340 (En24) steel.
Heat treated to HRC 35-38 and fully shot-peened for higher fatigue strength. Small end bushed for fully floating pin and big end fitted with high quality ARP PRO-Wave 2000 fasteners.
Suitable for high-performance street and competition uses. Price includes ARP rod bolts.
Engine Type: All 2.0 20V Turbo engines.
Bolts APR 2000 3/8" Thread
Length 145mm
Small end Dia 22mm
Big end Dia 51.5mm
Fiat Coupé 2.0 20v Turbo Forged Piston & Steel con rod Package (5 Pieces of each included)
Wössner are regarded by Europe’s leading motor sport engine builders as being the piston of choice when building an engine not only to perform, but to withstand the stresses and duress’s of competition life.
Wössner pistons (Germany) feature a unique Moly coating on the skirts and a grade of 4032 Alloy (T6) which allows the engine builder to run a closer piston to bore tolerance then he might do on another make of piston. This helps remove the slapping noise during cold start, common place among engines running forged pistons due to larger then OE bore clearances.
The crowns of the pistons are also mirror polished to better resist detonation on a high performance engine. Mirror polishing allows a more even spread of heat inside the chamber which will help prevent “hot spots” on piston crowns. Price includes all piston rings and gudgeon pins. Also available at other bore sizes. Please enquire.
Specification
Engine typ 175A
OE Bore size 82mm
Bore sizes available: 82mm / 82.5 / 83mm
Engine CC 1997.54cc / 2021.98cc / 2046.56cc
Wössner Comp. ratio 8.0:1
OE Comp. ratio 8.5:1
Comp. height 32.9
Valve per Cylinder 4
Cylinders 5
Recommended Piston to bore clearance 0.07
Delivery
Please check delivery time before ordering. Weight based on volumetric weight only - not actual weight.
