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Product Showcase: 1932 Ford bolt-in K-member legs

The missing link(s) in your stock 1932 Ford frame, these bolt in legs turn your K-member into a full ’33 and up style X-member increasing chassis stiffness greatly. These legs are made from 10 gauge Cold Rolled Steel and formed in our press brake to mimic the look of a factory made part. Drilling holes in your frame is not required. These use the existing transmission mount bolts and the rear fender bolt locations. We have included a third mounting bolt hole location that would fall inside the rear fender if you desire to install it.

Lower bridge piece not included.

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Econoline Master Cylinder Adapter

By request, I made a short run of these adapters for you Econoline guys. This keeps the stock pedal and bushing arrangement, no cutting or drilling should be necessary. You will have to provide or lengthen your master cylinder push rod for the master cylinder you intend on using.

UPDATE AS OF 04/16/21

I am no longer going to produce these. They were always slow movers. I am trying to concentrate on other products that fit with our recent move and redirection product wise. Thank you for understanding.

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Product Showcase: Early Oldsmobile engine mounts

The first Oldsmobile overhead valve engines are definitely one of the coolest, vintage engines you could put in your hot rod. The availability and variety of accessories makes the early Olds a winner in our book but mounting them can rack the brains of the novice installer. The stock tricycle mount works fine if you have a stock trans, however, if you don’t want to run a Hydro your engine mounting scheme hits a brick wall.

Ross Racing Engines has provided some stellar adapters to mount manual and modern GM transmissions to these engine. We use one of their adapters in the current ’31 Sedan build using a Tremec TKO 500. The loss of the stock Hydro means the loss of the rear engine/transmission mounts. It makes sense to use the mounting pad on the Tremec and mount the engine more conventionally. This was the idea behind the vintage Hurst mounts, we went a slightly different route. CNC cut from 1/4″ steel plate, formed and TIG welded, we picked up the stock engine mounting holes in the timing cover. The mounts are made from Energy Suspension universal polyurethane mounts, we machined the aluminum cups to restrain the bushing and add a bit of class. These will get polished and the mount will be chromed.


Mount installed

So if you are interested in something like this for your own project, we made a few extra. They are in the E-store in plain or chrome!

Now in CHROME!
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1950 Ford F1 Hydro-Boost Brakes

We usually prefer to mount a vacuum brake power booster on the firewall but it doesn’t work in all instances. This is one of those situations, we have a  customer who brought us his Ford F1 frame and cab. His plans with this build are to use a Ford Powerstroke 7.4L diesel engine and a reasonably heavy duty suspension. The frame supplied was pretty bent up and required some extensive frame rail straightening. Once within spec, we boxed the rails and added a 1.75″ DOM tubular crossmember with enough room for the rather large automatic transmission and a crossmember kit to accept the Dodge Dakota components. The owner has been doing some research into using Dodge Van brake rotors to give him a 12″ X 1″ rotor with a 5 on 5.5 bolt pattern to stop this very heavy power plant.

To round out the upgraded brakes we need the rest of the system to be just as serious. Given that diesels do not have manifold vacuum our choice is to use an electric pump or the Hydro-boost system that uses power steering pump pressure to give you some serious assist. The tubular structure under the cab restricts pretty much any braking system to be installed between the frame rails. So our option is to utilize the unused space outside of the frame rail. We did this same trick on the Dynacorn build in the summer of 2008 and it works extremely well.  We used the stock brake pedal arm and location to retain the original look. This put the pivot through the middle of the body mount. It was much easier to measure it up and replace it.

Body mount and booster mount

Actual part

Making the stock pedal work for us in this situation we used a 3/4″ X 36 spline steering shaft and coupler housed in a tube with bronze bushings for long life and durability. The splined shaft also gives us the ability to service the system and make it easier to remove the cab if ever need be. Or just to make putting it all together when painted less of a chore. The old clevis mount was band sawed off and the bushing hole drilled out to 1″ to accept the steering coupler and TIG welded into place. A bit of machine work on the shafting for bushing clearance was need also. With all the components mocked into the proper positions a bell crank arm was fabricated from 3/8″ Cold Rolled Steel and welded to the shaft.

The final connection was from the bell crank arm to the Hydro-Boost pushrod. I used a shoulder bolt, spring wave washer and a bronze washer along with machining a small bushing to compensate for the differing sizes. In the end we have a very durable and serviceable braking system that should be more than up to the task.

Modified arm and splined adapter

Splined shaft and bell crank

Bolt, washers and bushing

Bushing and washers assembled

Factory location, plenty of clearance

If you’re interested in having this sort of work done, drop us a line!

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1931 Model A Sedan build

This build has been in the works for a few months now.  A 1931 Ford Model A that has made it’s way here from Bakersfield California passing through many promising hands before our customer got it. Now we are working for a classic hot rod look in the lineage of Doane Spencer 1932 Ford Roadster.

Starting off with two lengths of 2X4 inch pickled and oiled box tube, we capped the ends and filled them with packed sand. Using a process called bump bending in a hydraulic press we are able to curve the frame rail sections to conform to the outer profile of the body.  Once the basic profiles were created using a simple drawing on the floor we were able to transfer these dimensions into Alibre’, our solid modeling software. This allows me to make design decisions before committing our customers cash in wasted labor. We can also take this data and export it into the CNC plasma to make one off parts for each build.

Perimiter frame mockup

The center crossmember is fabricated from 1 3/4″ tubing, the frame rails got a series of 2 1/2″ holes on the inside and the rear kick-up is fabricated from 2X3 P&O steel tube. The front spring crossmember is a generic hot rod Model A part. we did several mock ups with the front and rear suspension parts in place to confirm our measurements and to make sure we had the “look” down tight.

Perimiter frame and mocked up suspension parts