FORD FLATHEAD READY TO RUN DISTRIBUTOR 49-53

Description

Designed for 1949-1953 8-BA Ford Flathead engines
Simple and clean installation with only three wires to connect

Powerful built-in module produces a 7.5 amp single spark through high rpm

Easy-to-adjust mechanical advance with supplied springs and stop bushings
Vacuum advance canister for improved economy (can be locked out)
CNC machined billet aluminium housing and billet aluminium base
Housing is 5/8″ smaller in diameter than stock Ford distributors

Maintenance-free magnetic pickup and precision reluctor create stable trigger signals throughout the rpm range

Polished steel shaft is QPQ coated and guided by a sealed ball bearing
Advance plate and weights are fine blanked from chrome moly steel and QPQ coated for friction reduction
Mechanical advance assembly can be locked out for crank trigger systems
Advance weight pins are staked and tig welded to the plate
Nylon pads ensure smooth operation ofthe advance weights
Supplied with small diameter cap with HEI style terminals and race rotor (will accept 8441 Cap-A-Dapt)
Does not require an MSD Ignition Control
Includes built-in Rev Limiter

Note:
Recommended coil is
MSD8207
Early Flathead racers and cruisers alike will be excited to see these front mount Flathead Distributors! These distributors are built around a CNC machined billet aluminium housing for precise tolerances. The distributor is topped off with our own Crab Cap with spark plug style terminals for improved wire connections. Just under the cap and Rynite race rotor is MSD’s adjustable mechanical advance. This assembly features chromoly construction with TIG-welded weight pins to secure the precision fine blanked weights. MSD supplies different advance springs and stop bushings so you can dial-in an advance curve to meet your Flathead’s specs. Just under the advance is MSD’s race-proven magnetic pick-up. This pickup, combined with a reluctor, produces accurate trigger esponsible for firing the MSD Ignition Control. Bring your Flathead up to date with MSD performance.