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Road Tour 2001 Buildup Part 1

The Rod Odyssey Begins With An OK Used Chevrolet
By Ron Ceridono
1936 Chevrolet Two Door Drivers Side View
The basis for our Road Tour... 
   
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1936 Chevrolet Two Door Drivers Side View
The basis for our Road Tour 2001 sweepstakes giveaway car is this original '36 Chevy Standard Six. The Stovebolt has a perfect grille and is in excellent condition overall, making it an easy build. Check out the position of the wheels in the fender openings. It appears Chevrolet was pioneering the funny car look--we'll fix it.
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Out with the old. With the... 
   
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Out with the old. With the front sheetmetal removed the 206.8ci inliner and three-speed transmission were removed. Rated at 79 horsepower, these six-bangers were better known for blowing the babbit out of the connecting rods than performance.
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Fatman's has found that the... 
   
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Fatman's has found that the original axle centerline is too far forward on many early Chevrolets. They have discovered this 7/16-inch hole (arrow), found on all '36 to '48 chassis, will give the correct axle centerline. Also note the construction of the framerails. Called a top hat design, an inverted U-section is spot-welded to a 16-gauge bottom plate. These frames should be checked carefully for rust and any modifications must be made properly to prevent cracking. They should never be clipped with a late subframe, such as a Nova. Not only because they're too wide, but it is virtually impossible to weld them to these rails without cracking taking place.
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A critical step in installing... 
   
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A critical step in installing the new front crossmember was to establish the location of the radiator core support holes. With the frame leveled on jackstands and with the front suspension removed, a plumb bob is used to mark the position of the holes on the floor.
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Next a tri-square and a tape... 
   
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Next a tri-square and a tape measure are used to determine the height of the core support from the floor. When the new crossmember is installed, these measurements and the location of the holes will be used to position the core support mount supplied in the kit. The new mount must be located properly to ensure the hood and grille fit as they should.
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Before the stock crossmember... 
   
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Before the stock crossmember is removed, two temporary braces were tack-welded to the rails to hold them in the proper position. This is important to keep them in alignment. To preserve the lips on the frame, Mike Craig ground off the rivet heads holding the crossmember in place, then drilled out the shanks. A torch or a plasma cutter should not be used on this step.
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Using the 7/16-inch hole in... 
   
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Using the 7/16-inch hole in the frame as the centerline, the lower crossmember and the upper A-arm mounts were installed. Using the hole, rather than the stock axle centerline, centers the wheels in the fender openings. The noticeable angle of the upper mount duplicates the stock Ford geometry and provides built-in caster, which helps the car go straight, and anti-dive geometry, which helps keep the nose of the car from dropping under braking.
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When making any chassis modifications,... 
   
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When making any chassis modifications, you can't measure too much or too often. Here Mike cross-measures (he'll make the same measurement on the other side) to ensure the rails and mounts are square.
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Using the locating marks on... 
   
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Using the locating marks on the floor, and the height measurements recorded earlier, the new core support is welded to the front crossmember. At this point the temporary braces are still in place.
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There are several steering... 
   
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There are several steering choices for this Fatman frontend. From bottom to top: stock Pinto/Mustang II manual rack, a new Flaming River manual rack with polished stainless center tube (which is what was used), and a '79-93 Mustang power rack. These have better feel and fewer problems with leaks than the earlier design.
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Connecting the rack to the... 
   
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Connecting the rack to the ididit steering column are shafts, universals, and a support bearing from Borgeson. The column shift lever will be connected to the transmission with a Kugel lever and linkage kit.
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Originally a large cap HEI... 
   
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Originally a large cap HEI distributor was to be used; however, the small-cap distributor we ended up using allowed the engine to be moved back 1 1/2-inches for more pulley/fan clearance.
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A Cooling Components fan and... 
   
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A Cooling Components fan and shroud was attached to the Walker radiator. Although clearance looks tight, there is more than adequate room for the upper pulley, belts and accessories, but this is a prime reason to have all the parts on hand when positioning the engine. Sometimes there isn't much room for error.
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Before the Mustang spindles... 
   
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Before the Mustang spindles were installed, the ECI caliper brackets were bolted on. ECI has an expansive line of disc brake upgrades and conversions.
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Lots to see here. The Fatman... 
   
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Lots to see here. The Fatman front is equipped with tubular upper and lower control arms--not only do they look cleaner than the originals, they eliminate the need for the lower strut rod. Motor mounts are from Fatman, disc brakes were supplied by ECI, as was the booster and master cylinder visible under the floor.
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To increase the structural... 
   
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To increase the structural integrity of the frame, Fatman's fabricators fashioned this transmission mount/K-member. It bolts to the bottom flange of the rails which provides increased exhaust system clearance and better torsional rigidity than the more common single tube transmission mounts.
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By following Fatman's instructions,... 
   
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By following Fatman's instructions, the front wheels will be moved back slightly from the original axle's centerline just enough to center them in the fender openings.
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Also installed was a Chassis... 
   
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Also installed was a Chassis Engineering bolt-on rear sway bar. Vandervort pointed out that that installing it was every bit as easy as they claim.
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Chassis Engineering's rear... 
   
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Chassis Engineering's rear spring kit is a true bolt-on. The rear shackle mount attaches to the bottom flange of the frame with 4 bolts. Note the angle of the shackle.
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Fatman supplied the rearend,... 
   
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Fatman supplied the rearend, which is an eight-incher from a Granada. By using an axle specified in the Chassis Engineering kit, it's not necessary to move the spring pads on the housing, which saves a considerable amount of work.
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As with the front brakes,... 
   
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As with the front brakes, the parts for the rears were supplied by ECI. It's interesting to compare the axle stop to the center of the axle. As with the Fatman front suspension kit, the Chassis Engineering components center the wheels in the fender openings.

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