NEW DART SMALL BLOCK FORD SPECIAL HIGH PERFORMANCE BLOCK BUILD UP TO 440 CI SB FORD WITH 4.185 BORE!!! 31365135 or 31365235
The SHP Ford block is tailored to the most popular performance and racing applications, with an 9.500" (351) deck height and choice of 4.00" or 4.125" siamesed cylinder bores which can safely be bored to 4.185".
The 9.500" deck height is the 351C main bearing size.
LET US KNOW WHAT BORE SIZE YOU WANT.
Steel main caps are splayed 4-bolt on the center three and 2-bolt on #1 and #5, and utilize 1/2" bolts. The valley is machined to accpet factory roller lifter guides and retainer (spider).
Designed for high performance and heavy duty applications, the SHP Ford block is the ideal starting point for hot rodders, drag racers, curcle track competitors, off-roaders and high performance marine enthusiasts.
SHP blocks are manufactured on Dart's in-house CNC machining centers to precision tolerances.
The SHP block's siamese cylinders have a .230 minimum wall thickness at 4.185" bore diameter.
Other features include a true priority main oiling system that ensures reliable lubrication at high rpm, .625" thick decks with blind 1/2" head bolt holes and clearance for long stroke crankshafts.
The SHP block retains the Ford small block's original dimensions and is compatible with most stock components.
WE OFFER TECH SUPPORT TO OUR CUSTOMERS.WE HANDLE THE COMPLETE DART PRODUCT LINE. IF YOU DON'T SEE WHAT YOU ARE LOOKING FOR LET US KNOW WHAT YOU NEED SO WE CAN LIST IT ON EBAY.ξ
WE ALSO OFFER ALL THE STROKER KITS, CUSTOM CAMS AND CNC HEAD PORTING. See our eBay store for more products.
SHIPPING TO A BUSINESS IN THE LOWER 48 STATES WITH MEANS TO UNLOAD IS FREE! ADD 34.00 DOLLARS RESIDENTIAL AND 84.00 LIFT GATE. *THIS MEANS YOU MUST HAVE A COMMERCIAL ADDRESS WITH MEANS TO UNLOAD AS THE ADDRESS THAT PRINTS OUT ON PAYPAL PAYMENT TO GET IT FOR THIS PRICE.
WE CAN BEAT ANY PRICE ON DART OR SCAT
CALL SHANON AT 507 445 3235 WITH ANY QUESTIONS.
CONTACT US - THE PRICE IS NEGOTIABLE - BEST OFFER
Warning: May cause cancer and reproductive harm.