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IMD

HONDA C77 (275) PISTON KITS (2)

HONDA C77 (275) PISTON KITS (2)

Regular price €133,95 EUR
Regular price Sale price €133,95 EUR
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Size


HONDA C77 (275) PISTON KITS

STANDARD BORE SIZE: 60mm

PLEASE CHECK BORE SIZE BEFORE ORDERING

Replaces: 275, ALSO FITS 266 (LOWER COMP)

 

FOR MODELS LISTED BELOW, THIS PISTON WILL BE SLIGHTLY LOWER COMPRESSION, 8.3:1 INSTEAD OF 9.5:1

C77 1960

C77 1960

C77 1960 1961 962 1963 1964 DREAM (142592)

C78 1960 1961 1962 1963 1964II 1964III DREAM (142592)

CA77 1960 1961 1962 1963 1964I 1964II 1964III DREAM USA (142592)

CA77 1961 

 

WHAT IS INCLUDED:

PISTON KITS (2)

PISTON RING SETS (2)

PISTON CIRCLIPS (4)

PISTON PINS (2)

 

All IMD pistons are made from the latest specification silicon aluminium alloy material.

 

This conforms to the required percentages of specialist metals, the most important of which is silicon. Silicon has been proved conclusively over a prolonged period, to give the best ring groove wear rates coupled with a low coefficient of low expansion rates. Strength has been achieved using a modern construction technique which has allowed the weight to be reduced in the piston. The weight of the piston is the most important factor in engine design, since the effect of reciprocating weight is transferred directly in terms bearing loads, engine balance and maximum permissible speed. The lighter the pistons are, then the lower are the loads on the crankshaft main bearings.

 

 

IMD have achieved piston weights comparable with the original parts, and will in the future improve upon this through innovative design.

This reduction of weight is now common place in automotive piston manufacturing worldwide, our pistons conform to this industry practice without any compromise, and are kept to the lowest level concomitant with adequate strength.

 

Please note: All motorcycle & automotive components supplied from this site/listing must be fitted by a qualified Engineer using the correct appropiate equipment and using the neccessary technical information. No liability can be accepted for components incorrectly fitted, and any such failure ater installion.

 


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