1964 Ford Falcon Sprint a Brief History

Since you buy all your classic Ford parts from us, we thought we would enlighten you to a product that you might find useful! Let’s say you’re cruising around town in your Classic Ford… you’re reveling in the number of folks you see looking at your ride (yes your car, not you anymore). You roll to a stop easily and decide to turn the corner and drive down Main Street to see if any of your buddies have made it to the Burger Barn. Suddenly, you feel “clunk” and you KNOW the old Ford didn’t come that way from the factory, so you begin to wonder “Hmmm, what could the old girl need now?”Finishing the cruise you head home and call it a night. Next day you’re up and at ‘em, headed out to the garage. You whizz past your wife in your grubby's and wonder for a moment why she has a big grin on her face, “Oh well, she musta been on the phone” you figure. With a big grin on your face and a wave to the wife, you whistle out loud as you head out the door thinking, “I’ll be at this most of the day” After organizing your tool box and getting everything ready for troubleshooting you begin to diagnose what could be ailing your “baby”. After troubleshooting for a while, you begin to realize that the bushing in the upper steering tube has worn out. It turned to rock and the steering shaft is wobbling around in the tube causing the clunk you felt last night. “Well, that’s a relief” you gush, “I don’t need to tear apart the front end!” “I wonder if Ford has a warranty recall on those” you chuckle to yourself as you pull your dog eared copy of your trusty C&G Ford Parts catalog off the shelf. You see that there is a replacement rubber upper bushing that often gets worn out over the years. “Just what I need” you think. “Hold the phone, what’s this?” you spot a new- fangled “kit” that only C&G has! This Upper Steering tube bearing kit includes bearing, spring, and bushing sleeve that replaces the original rubber bushing for a longer lasting, easier turning, tight fit. The kit includes a diagram to show you exactly where to install the parts, and in it what order. “Excellent” you whistle. So you pick up the phone, call C&G and after speaking to some friendly and knowledgeable parts folk, you have your kit on the way. A couple days later, your classic Ford parts show up and you’re ready to install the new B-3517-K kit you ordered. Remove the steering wheel. Remove original rubber bushing from over worm shaft. Install in this order- bearing , sleeve , spring. Make sure the tapered ends are facing down on both bearing and sleeve, drive the bearing down the worm shaft about 3/4" with a large socket, then let sleeve follow. Finally, put spring over worm shaft, in-between the sleeve and the steering wheel. Put steering wheel back on and tighten down the steering nut. No more play in the upper part of the column! Steering Tube Bearing Kit B-3517-K

INSTALLING A CLASSIC FORD DISTRIBUTOR 1932-1941 Old Ford Trucks, 1932-1941 Ford Passenger Cars and 1939-1941 Mercury Cars with original V8 distributor: 1. Check inner caps one at a time to make sure they fit distributor housing, sand them if needed. Also check to make sure once installed rotor does not hit the inner cap. After fitting inner caps put inner and outer caps together with the spark plug wires and set aside. 2. Mount coil to distributor making sure coil brush makes contact with rotor and copper contact is not bent. 3. Make sure the mounting surface is clean and there is nothing in the camshaft slot where the distributor mounts. Check to make sure mounting bolt threads are clean and free of dirt, set bolts on top of engine for easy reach. 4. Time to mount the distributor. Put gasket on base of distributor, you can put a small amount of sealant on the gasket. Place distributor on to timing cover using fingers to turn rotor to make sure distributor is correctly seated in the camshaft. The distributor will mount flat to the timing cover when correctly installed. If the distributor is not seated correctly you can crack the distributor case when you tighten the bolts. Now you can put the three mounting bolts in and tighten. Do not over tighten(snug). 5. Install inner/outer caps to the distributor and pop the bail over to hold in place. 6. Install vacuum line to distributor. 1941-47 (6 Cylinder “G” Engine) Old Ford Trucks and Passenger Cars, 1942-1947 Old Ford Trucks and 1942-1948 Passenger Cars/Mercury Cars (V8): 1. Make sure the mounting surface is clean and there is nothing in the camshaft slot where the distributor mounts. Check to make sure mounting bolt threads are clean and free of dirt, set bolts on top of engine for easy reach. 2. Place the rotor on distributor and mount distributor cap and turn rotor slowly to make sure the rotor does not hit the inner cap. If rotor hits cap lightly file end of rotor till it clears. Remove distributor cap and set aside. Leave rotor on distributor. 3. Time to mount the distributor. Put gasket on base of distributor, you can put a small amount of sealant on the gasket, be sure not to get sealant on vacuum rubber grommet. Place distributor on to timing cover using fingers to turn rotor to make sure distributor is correctly seated in the camshaft. The distributor will mount flat to the timing cover when correctly installed. If the distributor is not seated correctly you can crack the distributor case when you tighten the bolts. Now you can put the two mounting bolts in and tighten. Do not over tighten(snug). 4. Install distributor cap and pop clips on for 42 crab cap. If you have a 46-48 with the inner and outer cap you will have to install plug wires into cap first before installing caps on distributor.

The evolution of the early Ford generator is a fascinating journey through the annals of automotive history, showcasing Ford's pioneering role in electrical system innovation. From the early 1900s to the 1950s, Ford generators underwent significant transformations in design and output, reflecting the increasing electrical demands of automobiles. 1920s: The Birth of the Ford Generator In the 1920s, Ford transitioned from the magneto system to actual generators. These early generators, used in models like the Model T, were a leap forward in automotive electrical systems. They typically produced about 6-8 volts and 10-15 amperes. This was a modest output, but it marked a significant improvement over the earlier systems, providing more reliable power for lighting and ignition. 1930s: Advancements in Power Output By the 1930s, as vehicles incorporated more electrical components, classic Ford generators evolved to meet these new demands. The output increased to approximately 12 volts, with the current rising to around 30-40 amperes. This improvement was crucial in powering additional features like radios and heaters, which were becoming standard in vehicles. 1940s: Post-War Technological Growth Post-World War II, the 1940s saw further advancements in Ford generators. The output stabilized around 12 volts, but the current capabilities expanded, reaching up to 40-50 amperes. This era's generators were more efficient and reliable, reflecting technological advancements and the growing complexity of automotive electrical systems. 1950s: The Peak of Generator Technology The 1950s represented the peak of generator technology before the transition to alternators. Ford generators during this decade were robust, producing 12 volts and capable of up to 50-60 amperes. This increased capacity was essential for powering more sophisticated electrical systems, including advanced lighting, climate control, and entertainment systems. In conclusion, the evolution of the early Ford generator from the 1920s to the 1950s is a testament to Ford's innovation in automotive technology. Each decade brought significant improvements in output and reliability, mirroring the evolution of automobiles themselves. From the humble beginnings of powering basic vehicle functions to meeting the demands of more complex and luxurious features, Ford generators played a crucial role in the advancement of automotive electrical systems.