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This is My
1950 STUDEBAKER CHAMPION
Custom Streetrod
Project

A Photo Documented ground-up / build-up of my 1950 Studebaker Streetrod.
Beginner's and Novice will find it interesting and informative.

PLEASE READ the OPENING LOG

When it comes to rodding, I like a car that's a bit off the norm and I want a car that will grab people's attention.

My interest for the Bulletnose really took hold after seeing FRANKENSTUDE.
( An Impressive Full Custom '48 Business Coupe with a '51 Front-clip and a '50 Bulletnose )

I personally like the look of the '50 grill and bulletnose over the '51. The 4 point (steel) bullet and the uniformed grill openings of the '50 appealed to me more than the 3 point (plastic) bullet and upsweeping grill of the '51. So the search was on.

I located my project in Deep Cove, B.C. and the following week-end had it on a flat-deck hauler heading for home. The 2 door Champ was a good start to a great project.

Follow along as this 1950 Studebaker Champion Retro-Rod is built from the ground up.

BOOKMARK THIS PAGE

& RETURN OFTEN FOR UPDATES.

PROGRESS LOG
The car was purchased Aug. 1998
in a semi-dismantled STOCK CONDITION for $1500.00 CDN.
The body was in reasonable condition with minimal through rust
(or so it seemed, pre-chemical bath).
The car was stripped of everything and taken off the frame.

The 2dr Champion body was sent for a chemical bath June '99.

A reconstructed firewall and floor was cut and welded in place to accommodate
the engine, trans, driveshaft hump and rear-end suspension. AUG / SEPT '99.

In 2000 the body was etch primed.

The year 2001 proved to be a big change for my family and I, as we moved across the country and settled in the east. Not much was done on the car til '02.

Aug. '02 A custom made 2x4 frame was fabricated, which features a Mustang II crossmember with Horton's Evolution IFS tubular upper & lower control arms, Mustang spindles and a power rack & pinion, '78 Granada 11" rotors and calipers. A shortened 8 3/4" Posi Sure-Grip Dodge with Bear Racing Axles, '96 Intrepid 11" rotors, '87 TransAm calipers & backing plates, Air Ride Technologies Triangulated 4 Link with their Ride ProE computer controlled Shockwave Air Bags.

A Blown 355 SBC 4 bolt main was mated to a TH350 Turbo Automatic with a 3000 stall and placed between the rails. The engine sports a B&M 144 Blower, a 700 cfm Holley Double Pumper, 882 large chamber heads, mild street cam, blower pistons, etc. The engine was dyno'd at 400 hp 450 ft.lbs. 9 lbs of blower boost. The front of the engine is adorned with a polished Billet Specialties Tru-Trac System.

Summer of '03 The rear fenders were widened and welded to the body. The roof was chopped 3" and a remote tilt front clip was started. The roof turned out better then anticipated after weeks of pondering how to chop the roof and retain the rear window frame with the tempered glass.

I picked out a set of 18" American Eagle wheels that I thought would compliment the aggressive stance the car now possesses.

Various other parts of the project are steadliy coming together. Come on in have a look see.

My CUSTOM STUDEBAKER 2009

PHOTOS & STORY of MY PROJECT

The TEAR DOWN BEGINS in 1999

FRONTCLIP/BULLETNOSE

NOSE REMOVED

FENDERS REMOVED

FLATHEAD 6 ENGINE

OVERVIEW of CAR

DOORS, FENDERS, TRUNK LID REMOVED

REARVIEW W/ TRUNK LID, FENDERS ON

REARVIEW MISSING TRUNK LID, FENDERS

FRAME REMOVED

SAD LOOKING INTERIOR

Stock front horns were cut off and new horns were added. A Mustang II crossmember was then welded in place to accept aftermarket Mustang components. The small Mustang II 9" rotors were discarded for '78 Granada 11" rotors and calipers. Power rack 'n' pinion will handle the steering. STOCK FRONT-END Top photo, MUSTANG II bottom photo

Stock differential and leaf springs were removed. A new crossmember support for the coil-overs was welded in place directly over the shortened Dodge 8 3/4 POSI-DIFFERENTIAL. Art Morrison Ladder Bars will keep the car pointed in the right direction.

The frame has gone through a complete grind & painted 3 coats of Red Oxide Primer, 3 coats of Gloss Black.

The FRONT-END is assembled.

FRAME NEAR COMPLETE
Pic 1 - Pic 2 - Pic 4 - Pic 3 - Pic 5

The car's LOW STANCE without running gear and interior.
LOOKING GOOD.

All prior pics of Body were taken before July '99

The body on the trailer before CHEMICAL BATH June'99
On the trailer after CHEMICAL BATH July '99
Still on the trailer, it's the SHINING July '99

Spare tire-well and a section of sheet metal for the coil-over support cross-member was removed from the TRUNK.

The Back Seat Area
INSIDE LEFT
INSIDE RIGHT
FLOOR PAN

Reconstruction of the new front floor-pan, firewall, transmission/driveshaft hump, door posts & body braces started. Aug '99

UPDATE OCT '99

200 HOURS of SHEET-METAL WORK COMPLETED

There were more small holes to patch then I expected. You never can tell till you chemical bath a body. If you're going to put big bucks into your car you'd better do a bath. That way you're sure you've got all the rust, even the rust you can't see.

The Firewall, Transmission / Driveshaft Hump COMPLETED
The firewall was recessed 4 1/2" behind the motor ( IMPORTANT NOTE: electronic ignition, 5 1/2" recess ), 24" wide tapering inward to 20" ( 20" measurement changes if using electronic ignition ). Also, the crossmember for the stock two-piece driveshaft was altered and a driveshaft loop was added to give the new hump some added support.

The FIREWALL will not be as noticeable as it is in these photos once the dash, center console and carpet are in.

The TRANSMISSION HUMP measures at the firewall, 20" wide x 12" high x 32" long, & tapers aft to 5" high x 6" wide at the start of the driveshaft hump.

The DRIVESHAFT HUMP measures 5" high by 6" wide and is supported at the halfway by the drive-shaft loop which was once the bearing center for the two-piece stock shafts.

The FLOOR is now rust free and solid.
Under floor braces were added, one running along the rocker panels at both door jams ( which, by the way was a very weak area when the car was new ) the others running a grid under the new metal floor to support the seats. Bottoms of the door-posts were reconstructed, new body braces and rockers were installed.

The TRUNK is improved. Skinny spare tire well removed. New rain-gutter around the trunk opening. A fuel cell will go in the trunk.

The FIREWALL is pleasing as well as fuctional. It allows for the engine to fit comfortably between the rails and gives easy access to the distributor.

PRIMERED INTERIOR
Early April, 2000
Pic 1 - Pic 2 - Pic 3

BODY ETCH-PRIMED
April 20, 2000.
Pic 1 - Pic 2 - Pic 3 - Pic 4 - Pic 5 - Pic 6 - Pic 7 - Pic 8

Photos from the year 2001 dealing souly with the '87 TransAm 350 TPI and 700R4 Transmission I planned on using have been deleted from the site. I've had a change in engine / tranny plans and now feel they no longer are relevent to the site.
Read further for an update on my new Blown 355 / 425 hp engine which now sits in the frame.

Feb. '02
My Wife Wendy Passes Away..........................

THE BEGINNING OF A NEW DIRECTION

July '02
Left rear fender is patched and primered.
Pic 1 - Pic 2

Aug. '03
Bear Racing Axles and a rebuilt 8 3/4 sure-grip 3rd member were installed in the differential housing. New '96 Intrepid 11" Rotors with the centers machined to fit the axle ends were bolted on. Also 1/16" was machined off the diameter of the rotors to accept '87 TransAm calipers and TransAm modified backing plates.
Left Rotor
Left Backing Plate
Right Rotor
Right Backing Plate

Steering linkage is in as well as a homemade brake / clutch pedal assembly and 7" brake booster w/ Corvette Master Cylinder.(Note: Pics taken with now defunct 350 TPI engine.)
Steering Linkage
Brake Booster / Steering Linkage
Another Angle
Brake & Hydralic Clutch Pedal Assembly

The Dash was widened 4". The Speedometer and Speaker holes were filled. Holes for the AC / Heater Controls, Vents and VDO Gauges will be cut soon.
Pic 1 - Pic 2

Picked up a set of electric all leather black buckets and rear bench from a 1999 Nissan Altima with center console. Holes were cut for the VDO Gauges and an aluminum gauge panel was fabricated to enhance the look of the dash.
Pic 1 - Pic 2 - Pic 3
FOOTNOTE: Sold the black leather and purchased a set of light tan electric / heated all leather buckets and rear bench from a '99 Infiniti in Oct. '04. Also purchased was the complete console with emergency brake lever and shifter.

Aluminum panel is finished and I've mounted the gauges to see how they fit.
Black gauge in the middle is the Blower PSI gauge.
FOOTNOTE: Replaced the black PSI gauge with a white faced, black numbered, red pointer gauge in Aug. '04.
Pic 1 - Pic 2 - Pic 3

Cut a hole for the Vintage Air Controller between Glove Box and Gauges. Cut another hole directly below that for a louvered air vent. Still have two air louvers to mount on either end of dash.
Pic 1 - Pic 2

Vintage Air unit trial mounted to firewall.
Air

CHANGE OF PLANS

Sept. '02
A Blown 355 SBC is the motor of choice. Balanced and blueprinted, producing 400hp, 9 lbs of boost has a B&M 144 Blower with a 700cfm Holley double-pumper carb, 350 / 882 large chamber heads, mild street cam, MSD ignition, Edelbrock Air Cleaner & Valve Covers, ceramic coated Block Hugger Headers and mated to a Turbo 350 with 3000 stall converter.
Pic 1 - Pic 2

Specialty Power Window cable driven Wiper Kits installed and the motor was placed inside the passenger door post.

Oct. '02
A set of custom built 4" Corvette Style Side Pipes were ordered, they'll run the length of the rockers from the front wheel well to the rear fenders. ( pics soon )

Nov. '02
MAKING A REMOTE TILT FRONT-CLIP

The fender braces and the body to cowl lip were cut off the firewall. The kick panel vents were filled in. The firewall is presently been smoothed and the bottom portion of the left fender is tack welded to firewall in preparation to boxing in the step where the front clip will rest.
Pic 1 - Pic 2 - Pic 3

Firewall is getting smoother using a build-up primer.
Pic 1 - Pic 2 - Pic 3

The entire front clip - fenders, hood and nose will be welded together and will become one piece. The clip will be built so that it can be unbolted and lifted off in a matter of minutes with the help of two friends. The inner fender wells were removed to reduce some of the weight, will examine the feasibility of a light weight replacement set.

The hinge bushings were made from 2" brass stock, press fitted into steel pipe and drilled with a 7/8" hole. Grease nipples were taped into the under side of the bushings. Two 3 1/2" x 7/8" coarse thread bolts and locking nuts (welded to the inside of the frame mounts) will give me my hinge pivot points.

Brackets will be made so the clip can be adjusted vertically and horizontally to get the proper gaps at the cowl and doorposts.
Pic 1 - Pic 2 - Pic 3 - Pic 4 - Pic 5

Fenders, hood & nose tack welded for fit.
Sheet metal in fender fronts removed for repair.
Pic 1 - Pic 2 - Pic 3 - Pic 4

The bottoms of the fender fronts will need a 3" trim to clear the wheels when clip is fully opened, this will allow easier access to the engine.
Placement of the lift Actuators will be worked out after the hinge and adjusting brackets are iron out. Afterwards, the front clip will be reinforced to eliminate flexing, and finally the stepped areas at the firewall and underside of clip where the front clip will rest in the closed position will be fabricated.
The stepped areas will be boxed in. Two tapered rubber cones with tapered metal cups from a Transport Truck Cab will be used for the resting points of the clip. The rubber cones will bolt to the top of the lower fender firewall step and the cups will be recessed into the underside of the boxed portion of the clips upper fender area. The downward force of the Linear Actuators onto the rubber cones should secure the front clip tight in the closed position.
Rubber bumpers will cushion the hood at the cowl.

JAN. '03
CHOPPING the TOP

A major problem to overcome in chopping the Studebaker roof is the curved rear glass. Because the rear glass is tempered it cannot be cut, therefore the rear window opening has to remain stock size. To accomplish the task of chopping the roof, the rear window frame will be cut from the roof and body along the yellow line. Spot welds inside the rain gutters of the trunk opening will need to be drilled first and popped before cutting window frame loose.
Cutting Line

The rear window frame was removed from the roof.
Pic 1 - Pic 2

Next, 6 inches was measured up from the bottom of the windshield posts and marked. A mark then was measured 3 inches below the 6" line and tape filled between the 2 lines. There should be 3 inches of untaped post still remaining below that. The door posts and quarter window posts were measured 3 inches up from the body line and marked, fill between the 3" line to the body with tape. All the posts were then cut along the top edge of the tape and the roof was freed. Once the roof was removed, 3" of remaining tape or pillars can now be removed by cutting below the taped areas. Here you see Kevin Emino manning the hacksaw. Pic 1 - Pic 2

With the help of the shop staff the roof was lifted off the body and Placed on the Floor.

Yikes, it's a convertible. Pic 1 - Pic 2

The roof is placed on the body for a trial fit. The roof moved forward at the rear deck as predicted and the B Pillars will be cut and repositioned to line up with the door jam. The chop went well.
Pic 1 - Pic 2

A strip of sheet metal ( approx. 4" wide ) was removed from the roof above the window opening. Care was taken so as not to remove to much sheet metal then was absolutely necessary. The rear window frame was placed in the opening for a trial fit. The rear deck area will be filled in with sheet metal and the subtle change will hardly be noticed. The wider area between trunk lid and window will make the car look long in the tail giving the appearance that the car was lengthened.
Pic 1 - Pic 2 - Pic 3

Rear window deck area showing gap between rear window and trunk.
Pic 1

To reposition the B pillars and side window frames to their original positions a cut was made in the frame above the door, then along the roof line above the window frames and the 2 window frames were removed. Next, sheet metal that makes up the C pillar had to be trimmed back to allow for the repositioning of the side window frames to their original post positions. The job went smoothly on the right side but took more time and tweaking to get it to fit right on the left side.
Right Window Frame and B Pillar Removed.
Pic 1

After trimming away sheet metal on the C Pillar the Right Window Frame & B Pillar were repositioned & welded in place.
Pic 1 - Pic 2 - Pic 3

Left Side Window Frame and B Pillar Removed.
Pic 1 - Pic 2

Same as the right side, sheet metal was trimmed away on the C Pillar and the Left Window Frame and B Pillar were repositioned & welded in place.
Pic 1

Feb. '03
Time now to close the gap on the rear deck area between the window & trunk.
Pic 1 - Pic 2 - Pic 3 - Pic 4

The drip rails above the door jam and side windows were cut away giving the roof and car smoother and cleaner flowing lines.
Pic 1 - Pic 2 - Pic 3

Rear and side window areas skimmed and sanded.
Pic 1 - Pic 2 - Pic 3 - Pic 4

Front views of the CAR before and after the roof was chopped.

Roof Primered
Pic 1 - Pic 2 - Pic 3
NOTE: Rain gutter has been removed.

Since the body was chemical bathed several years ago rust had started under the weather strip moldings in the door openings. The moldings were removed and sand blasted around the door openings. Weather stripping will either be glued on the doors or on the openings themselves now instead of using the stock Studebaker weather stripping.
Pic 1 - Pic 2

March '03
SAGA OF THE TILT FRONT CLIP Continues.........
The front clip - fender, hood and nose piece have been welded together. The following pics show the boxed in areas where the front clip will rest in the closed position on rubber cones in recessed steel cups. The steel cups were welded into the boxed clip areas and the rubber cones were bolted to the lower boxed portion at the firewall. Last pic shows the clip in the closed position and fine tuning the gap alignment will be done later. Three inches of sheet metal was trimmed off the bottom fender fronts to allow the front clip to fully open, this also required some trimming in the wheel wells.
Front Clip Welded Together Pic 1 - Pic 2
Upper Fender Clip Areas Boxed with Recessed Cups Pic 3 - Pic 4
Lower Fender to Firewall Boxed Areas with Rubber Cones Pic 5 - Pic 6
Clip in the Closed Position Pic 7

Front Clip Sandblasted and Fender Vents Filled.
Pic 1 - Pic 2 - Pic 3 - Pic 4 - Pic 5 - Pic 6 - Pic 7 - Pic 8

The left rear fender was widened two inches at the tail light tapering inward towards the door and welded in place. Right fender still to be worked on.
Pic 1 - Pic 2 - Pic 3

UPDATE:
After 5 months of waiting, the custom made Corvette Style Side Pipes have arrived from California. They are 4" chrome tubes with internal mufflers and will bolt to the block hugger headers via a homemade collector and flange. Each rocker will be removed and replacing with a 5" piece of steel pipe cut length ways down the middle. Each halved piece of pipe will be mounted concave and welded below the doors. The exhaust tubes will then mount inside the halved pieces of 5" pipe making the exhaust flush with the side of the car, thus eliminating burnt legs when getting in or out of the car.
Corvette Style Side Pipe

Apr. '03
Hood, Nose and Fenders been filled and smoothed
Pic 1 - Pic 2 - Pic 3 - Pic 4 - Pic 5

June '03
Front Clip Nearly Finshed & Partially Primered.
Pic 1 - Pic 2

Aug '03
Fender Fronts Patched & Wheel Wells Trimmed.
You may have noticed in past photos that the front fenders had the fronts cut out of them. Patching of the fender fronts is finished. The wheel wells were trimmed at the front to allow the front clip to open to it's fullest without touching the wheels.
Pic 1 - Pic 2 - Pic 3 - Pic 4 - Pic 5 - Pic 6 - Pic 7

IMPORTANT OBSERVATION for Those Thinking of a Tilt Front Clip.
When the car is off the ground, supported under the firewall body braces by jack stands, the weight of the front clip and front suspension caused the rails to bend ever so slightly. When the car was placed on the ground the tilt clip did not line up. This warranted a closer look. The flexing is due to the fact that the fenders and inner fenders are no longer bolted to the firewall and no longer give the frame any stiffness.

Aug. 15/03
A complete new frame using 2x4 boxed steel will commence soon. The 2x4 frame should be strong enough to eliminate flexing. If not, I'll be throwing good money to bad and will have to reinforce the firewall and put in a strut arm after all. I'm purchasing a Shockwave Air Ride System and Triangulated 4 Link from Air Ride Technologies. Also a Evolution IFS kit from HORTON STREET RODS of Breslau Ontario will replace the Heidts Stage 2 IFS I had on the first frame. HORTONS

Aug. 22/03
Building of the new frame was started by measuring and marking the old Studebaker frame in sections between points on the rails where they change in degrees. Taking strips of cardboard the depth of the frame rails he then laid the cardboard along the sides of the old frame cutting and bending to follow the contours of the frame. After all my templates were made, the center section of the frame was started, working forward pie cutting, bending and welding. At this point there's 2 outside rails made making up the middle and forward sections. Back half rails will be narrowed, made separate and then welded in place. The front crossmember was fabricated by welding 2 identical 2x4 sections together making up a 4x4 crossmember. So far so good.
Pic 1 - Pic 2

Dec. '03
More work done on the frame. The front crossmember was welded in place. It's going to need some trimming and shaping after the suspension hardware is trial mounted.
Pic 1 - Pic 2

Frame is progressing along. Ran out of steel and will have to order more. The differential is sitting on jackstands beneath the frame in preparation for more steel and crossmembers.
Pic 1 - Pic 2 - Pic 3 - Pic 4 - Pic 5 - Pic 6

MERRY CHRISTMAS & HAPPY NEW YEAR

UPDATE: Jan.'04
Ordered a set of Air Ride Technologies Shockwave Air Bags for the front and rear, should be here by the middle of the month. Will give them a trial mount as soon as they arrive.

Jan. 7th
Everyone was closed over the Christmas / New Years and couldn't get any steel. Finally an order was placed and received another 24' of 2x4 today. Can only order it in 24' lengths. More pics tomorrow.

Jan. 9th
The front crossmember was trimmed, motor mounts made and Blown SBC aligned. Positioned rearend, waiting for Air Bags.
Pic 1 - Pic 2 - Pic 3 - Pic 4 - Pic 5 - Pic 6

Jan. 13th
The Triangulated 4 Link was tacked in position. Still waiting for the Shockwave Air Bags to arrive before continuing on with Shock crossmember. Raised and lowered differential to see if it binds.
Pic 1 - Pic 2 - Pic 3

Jan. 23rd
Shockwaves have arrived. I purchased a pair of SKW9001 Shockwaves for the rear and a set of
SKW1000 Shockwaves for the front. The cost of this system is very exotic so I'll purchase the rest of the system later.

Jan. 27th
The upper crossmember for the rear Shockwave was welded in, two notches were cut in the crossmember and round stock in place for the bolt stud. Corner gussets were added and the rear Shockwave were bolted on to see how they look.
Pic 1 - Pic 2 - Pic 3

Jan. 30th
Ordered the 4 way Ride Pro ARC 4000 System to complete the AirRide Suspension, should be here in 2 weeks. Kit allows for 4 corner control and consists of the 315 Compressor, Control Panel, Wiring Harness, 4 Solenoids, 2 Gallon Tank, 60' of Airline and Fittings. This system offers back to front, side to side, wheel to wheel control and has a 4 to 5 second rise time. Kit also comes with the RidePro E computer, which when set, will raise the car to a preset ride height when car is started. It will also monitor air pressure to all 4 corners and allows visually monitoring with 4 Analog Gauges. The system will maintain even pressure to all 4 corners during adverse driving conditions and cornering.
ARC4000 - RidePro E

Feb. 9th
A removeable transmission crossmember for the Richmond 5 spd. was fabricated.
Pic 1 - Pic 2 - Pic 3
Nov. '04 NOTE: Richmond 5 spd has been replaced with a Turbo 350 with 3000 stall.

Feb. 11th
The wheels were mounted to see where the ride height was. The new frame is sitting at ride height as if the Air Bags were installed and 50 per cent inflated. Driveshaft out of a '69 Chevelle SS with harmonic balancer, fits perfectly and will NOT have to be cut.
Pic 1 - Pic 2 - Pic 3 - Pic 4 - Pic 5 - Pic 6

The center crossmember will be cross braced for added strength, the center cut out and an Art Morrison driveshaft loop welded in.

Mar. 22th
The rest of the Air Ride System has arrived. The upper brackets for the front Shockwave were finished. ( NOTE: when mounting the Shockwave 1000 Airbag upside down, stainless steel air lines must be used to eliminate line chaffing. ) Bar stock for the Lower Control Arm Bolts was put through the crossmember and welded in place. The bar stock will be Gusseted behind the crossmember which is a strength and safety requirement for strutless control arms. The bracket welded to the frame and bolted on the rear of the control arm is an after thought for additional strength and safety, it is NOT a requirement.

Mar. 31st
Today I ordered 4 American Eagle 18" wheels, 10" wide for the rear and 8" wide for the front.

May 25th
Nearly 2 months after ordering my wheels, they finally arrived. Turns out, the original order got lost in transit and another set had to be ordered. Some 'Stiff' has a set of brand new wheels.

June 16th
I've started mounting different size tire combinations to determine which looks right for this car. The rear fender openings were lengthened by trimming sheet metal from the leading edge. Left rear fender opening with an American Eagle wheel on BFG KGW 255 45ZR 18 tire in the hole. I think this tire is too small for the rearend application. Will look at 275 40ZR 18's next. Ordered a pair of 255 40ZR 18's for the front.

July - Aug.
The body to frame mounts were started. But as usual, when you change directions in the middle of the stream everything down stream is effected. Body does not sit on the frame the way it did on the old frame and now some of the floor has to be reworked to get it to sit down right.

Sept.
Started replacing the rockers with the halved pieces of 5" pipe mounted concave and welded under the doors. The exhaust will tuck up nicely inside these pieces. Found the exhaust too short, they did not run the length of the car between the fender wells and they didn't look right. The remedy for this was to lengthen the header collector by 14". Now the side pipes will run the entire length of the car between the wheel wells.

Oct.
Trial mounted the new wheels and rims on the car. The rear off-set was different on the American Eagle wheels so I had a
1" Billet Spacer machined to make up the off-set. The Spacers bolt directly to the axle studs with counter sunk nuts and the wheels bolt to the Spacer on the Spacer lugs. The weight is transfered evenly and does not put a strain on the axle lugs.

You can see in these pics the concave rockers beginning to take shape. This is where the 4" side exhaust will run flush with the side of the car, hopefully eliminating burnt legs when getting in and out of the car.
Pic 1 - Pic 2 - Pic 3

UPDATE: Feb.'05

Well this has been one nasty winter all around. We've dug ourselves out of one blizzard after another which unfortunately put the project on hold for a couple months. The weather has improved immencely and Project Stude is on the move once again with the continuing saga of the tilt front clip, concave mounted side exhaust, fabrication of exhaust collectors, body mounts and frame plumbing. The long overdue news and anticipated photos on the project build will be posted soon.

Feb. 16th
The winter has exacted a toll on the Studebaker and surface rust has begun to appear. Media blasting is needed once again on the body, the frame and components.

Bolted one Exhaust Collector behind the right front wheel to check for clearance and to get a feel for what they'll look like.
The right Concave Rocker was rounded at the back and a outward curve or cupping effect matching the curve and angle of the bologne slice in the Exhaust Tip was added to achieve a finished look.
The exhaust opening will point downward slightly and will look far better then if it were facing straight out the side.
The leading edge of the right Rear Fender has been patched and in this photo you can see the required pie cuts in the end of Concave Rocker to achieve the outward curve or cupping I was talking about.
Welded the Art Morrison Driveshaft Loop in the rear crossmember.
Stiffening the tilt clip using round rod for bracing in the shape of a Spider's Web. WHY NOT, it serves the purpose while adding a unique look to the underside of the hood.
The adjustable Hinge Plates are made from right angle flat stock with a 5/8" nut welded to the back side of the vertical surface. Horizontal slots were cut in the top plates and two nuts were counter sunk in the top of the each frame rail, this allows for forward / backward adjustment of tilt clip and shims for vertical adjustment. A cutout in the side of the frame rails allows the welded 5/8" pivot nut and vertical surface of the hinge plate to lay flat to the frame. This lay out not only gives me the ability to adjust the front clip gaps but also gives tire clearance needed in a turn. Details of the pivot hinge construction and bushings can be found back in Nov. '02.
A pair of 12" Remote Screw Actuators from FIRGELLI, each with 120 lbs. of push / pull force, will be positioned above each pivot hinge. The front clip will open and close with ease with the touch of a button.

Mar. 24th
Car sitting atop Rolling Dolly for easier work access and manueverability around the shop. Pic 1
Left Concave Exhaust Rocker is finished and the bottom of the Drivers Door has been patched. Pic 2
Patches for the Frame Rails and Driveshaft Loop under the rear seat is done. Pic 3

Apr. 20th
Shaved the door handles and installed the Bear Claw Latches and Strikers. Also fixed the mistake made to the right Striker Post. The gaps in the top of the door frames were filled in. The door windows became larger when the roof was chopped. The doors were epoxy primed.
Pic 1- Pic 2 - Pic 3 - Pic 4

Mar.
Reworked the trunk floor over the differential making room for the Air Shocks. While in the trunk a battery location was located. Inside the right rear fender between the wheel and taillight there's a void of empty space. An access hole will be cut in the trunk wall and a battery box welded inside the fender, making room for much needed space in the trunk. HMMMMMMM, now where do I put the fuel cell, air compressor and air tank ?

June
The linear actuators for the tilt clip proved to be more of a challenge then first anticipated. After several failed mounting positions, the actuators finally found a home. It's not the best location and certaining not where I had originally thought they would go, but it is the best of two evils. Mounting them on the firewall would put them in eyeshot of the engine and would certaining be an eyesore, so the firewall was definately out. The other mounting point looked at was over the upper a-arms, above the air shock mounts. The actuators functioned flawlessly with this configuration, opening / closing and will hold the clip securely closed without the use of a latching / locking mechanism.
Pic 1 - Pic 2

The Grill Retainers were welded into the front clip. The Grills are still removeable but will no longer retain the chrome trim rings. The trim rings proved to be difficult items to find in good condition, I figured they weren't worth the bother. The nose will look cleaner without the chrome trim around the Grills.
Pic 1 - Pic 2

Finally finished widening the Right Rear Fender and cut off the corners of the frame to clear the rolled rear pan which is presently being built.

June 08th
Mounted the locking trunk actuator and pull down actuator in place, both work flawlessly. The actuators will be covered with boxes that can be removed.
Pic 1 - Pic 2

Box Cover for the Draw Down Actuator.

June 10th
The Battery Box mentioned earlier has being made to fit within the rear fender and will be accessed through the trunk wall. Under the box will be 2 external Jumper Terminals just in case the battery fails and I need to gain access into the car. Also a power cutoff switch will be mounted up somewhere under the car to cut the power supply to the starter preventing any LOWLIFES from hot wiring and stealing my car. This is added safety when my car is parked in my garage and I'm not home. When I'm out cruisin' with the car, I have an alarm system that will protect the car from intruders, when parked.
Pic 1 - Pic 2

June 13th
Building of the Rear Rollpan has begun. The right side is formed and spot welded in place. It's going to look some nice when completed.
Pic 1 - Pic 2

June 14th
Plans to recessed the licence plate in the rear rollpan was dropped due to the fact that the finished look of the rollpan would be jeopardized. An idea was proposed and the resulting photos gives you a glimpse of the Funky custom fabrication. The fabrication may not suit everyone, but once refined, filled and painted, those opinions will change. By taking an old trunk lid and cutting out the curved portion of sheetmetal just above the trunk handle, the cut out piece of sheetmetal was then tack welded onto the existing lid just above the recessed licence plate hole. The overhanging sheetmetal, which I'll call the Duck Tail, protrudes past the curve of the existing lid enough to mount the licence plate light up underneath. I'm using '52 taillight bezels and the Duck Tail was set to match the fender and bezel line. The '52 taillights really finish off the fender and the Tail, rollpan and bezels will really accent the rear of the car.
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The stock trunk hinges were badly worn out so I purchased a pair of Articulating Hinges from Sachse Rod Shop. The hinges are not spring loaded and therefore require a pair of Gas Shocks to hold the lid open.
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June 17th
Work on the trunk lid is completed and was Glass Blasted today, now ready for filling and sanding. The Duck Tail stands out really well now that it's all one shade.
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Trial mounted the Air Bag Reservoir upside down under the rear window deck, leaving enough room below it on the raised trunk area to mount the NOS Bottle. The Air Compressor mounted left of the wheel well, behind trunk hinge. An upholstered panel will isolate those components between the backseat and trunk area.

June 21st
Deja Vu ......... I've been here before ........ the body is epoxy primered once again and waiting to be filled and sanded.
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June 24rd to 28th
The body has moved into the filling and leveling stage.
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July 4th
Doors, rear fenders and rear roll pan filled. Sprayed a light coat of blue over grey primer, helps to see high / low areas when block sanding.
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July 5th
The right side being filled. A dark green primer being applied to rear fenders and roll pan for sanding reference.
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July 11th
Black Build Primer applied to majority of body for the purpose of blocking sanding.

July 13th
Trunk Lid been filled and leveled to the rear quarters. Duck Tail looks good now welds are filled.

July 15th
Something has come up that requires my attention, so these pics will be the last work accomplished for a couple months. The body has being filled and primered except for the clip which will take approx. 1 to 2 weeks to get perfect when work continues later.
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UPDATE: Apr. '06

Again....back at the project.
Body and frame was taken off the dolly and is now sitting on it's wheels at ride height.

On Wheels

Things planned for this session.
Fill and smooth the front clip. Block sand the entire body. Stainless steel fuel tank constructed to fit under the trunk. Fuel filler neck will be routed up behind the left taillight housing which will hinge to open much like the Chev's of the mid '50's.

Put the body into the rottiserrie to clean up the underside, spray on a sound deadiner inside and underneath. Redo the transmission crossmember, X-member the center section, reposition the lower bars of the Tri 4 Link as they hang too low and touch the ground when the air bags are deflated, grind the welds, sandblast, primer and paint. Mount the running gear, suspension and plumb the brake and air lines. Paint the body and remount it on the frame. Begin the assembly process. If all goes to plan without anymore disruptions, the car may be up and running by late summer.

May 17th
Bought a V-Trac System from Billet Specialties and mounted it on the engine. I'm making 2 new pulleys for the blower made from billet aluminum, a snorkle pulley and a crank pulley, to fit this system.

Mocked up the Ididit Tilt Column with the new Grant Wheel.

While mounting the Rad, AC Condenser and Fan, it was discovered that a miscalculation had been made, there was not enough room for the Fan. The motor mounts were cut loose and the engine moved back a couple inches. In the process the firewall had to be altered / sloped at the bellhousing and the center set back an inch for distributor clearance. The new motor mounts were fabbed from bar stock and the steering link was passed though the middle.
Motor Mount and Steering Linkage Pic 1 - Pic 2 - Pic 3 - Pic 4.

The Rad, AC Condenser and the Electric Fan were mounted.
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A remote Steering Reservoir was fabricated / intergrated into the left upright support of the Rad cradle. You can also see the Heidt's Pressure Control Valve used to reduce the higher pressure produced by GM pumps to Mustang racks.
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An Overflow Tank for the Rad was also fabricated / integrated into the right upright support of the rad cradle.
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After talking to several people and then e-mailing tech at Vintage Air, I learned that the condenser cannot be mounted laying on it's side, it needs to be mounted vertically with the inlet / outlet tubes on the side. I really don't like the look of the condenser in the Vertical Position but I'll have to live with it.

UPDATE: Mar. '07
After a winter of sitting idle, work on the Studebaker continues.
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The exhaust collectors that mate the side pipes to the block headers were modified from a 4 into 1 collector, to a 3 into 1 collector, the 4th tube was cut off and closed, and the overall length of each collector was extended another 18". A flex joint was added between header and collector to compensate for engine rock when vehicle accelerates. The side pipes were mounted and checked for length as well as clearance when mounted within the concave rockers.
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Placed the battery in the trunk and because the doors are electric, the trunk lid has a draw down actuator, lock release button is in the interior, if the battery goes dead I'll need to access the interior. Through the trunk floor jumper terminals to power up the electronic doors were installed. Added a cut off switch for security reasons when the vehicle is in the garage at home and an alarm system when parked on the street.
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May '07
In the process of putting everything together for an engine fire-up in July.
Center of the firewall was moved back a couple inches for the MSD Distributor.
Back of dash altered to accomodate the Vintage Air AC/Heater between the dash and the firewall.
Driver and Passenger Seat brackets are fabbed.
Steering Column and Column Drop is done.
Throttle Peddle, Throttle Cable and Kick Down Cable done.
In the process of installing a Summit Racing Aluminum Fuel Cell in the floor of the trunk.
MSD Box bolted on the firewall.
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The building of the center console around the Shifter is underway. The console will house the Computer Regulated AirRide Controller, the PW switches, Tilt Front Clip switch and two Cup Holders.
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The trunk floor was cut out and a cradle was constructed using angle iron to hold the Summit Racing Aluminum Fuel Cell, a false floor will hide the sending units and fuel bungs. Stainless braided fuel lines and all fits are to arrive later today.
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UPDATE: Jan. '08

Front seat brackets finished. Rearseat trial fitted, waiting for a base to be built. Fuel filler neck placed behind left '52 taillight bezel, filler pipe and lines connected to fuel tank.
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Rear Seat Base built, seat and back rest trial mounted.
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Primered floor.
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Replaced the 125lb actuators with 400lb actuators and changed the mounting brackets to a lower position below the top of the shock tower.
Pic 1

More filling and blocking of the body and tilt clip.
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Turns out the headlight openings were never a perfect fit from the factory, so the openings had to be cut, reshaped, shortened 2" at the bottom and pulled in for the buckets and bezels to fit perfectly.
Primered Front Clip

Filling / sanding Trunk Rain Gutter.

Filling / smoothing Firewall.

Filling underside of tilt clip.
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Car was taken off the wheel stands and now sits lower on jack stands for easier sanding of the roof. A cradle was built to hold the clip when clip is off the car.
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UPDATE: Apr. 14th '08

The clip and underneath side of clip ( fenderwells ) painted Sunset Carizzma Orange as will the rest of car, center portion of clip, ( underside, spiderweb & grill area ) will be painted Semi-Flat Black.
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May 09th '08

Frame painted and waiting for the running gear.
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Transmission deburred of aluminum casting slag, zinc chromate primered and painted gloss black.
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Running gear installed in the frame. Time now to start the plumbing.
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Here I am with my son Steve posing with the frame.
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Body, doors, trunk lid were painted on Fri. Aug. 1st and allowed to sit in the paint booth over the long weekend. We're nearing the end of the long road, the final assembly is at hand.
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Aug. 18th '08

Progress on assembling the car is coming along.
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Didn't like the Orange Dash so repainted the Dash, Window Moldings and Rear Window Deck Coffee Tan to match the Tan Leather.

Oct 11th '08

Pics of the car in the Autumn sun.
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July 17th '09

Seats and dash installed. A bit more wiring to do.
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Trunk lid / ducktail on. Drawdown actuator not installed, so lid is sitting high.
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Put the doors on. Found the paint not right. Painter has agreed to paint the entire car over.
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Changing the '50 headlight doors and taillight bezels to '52. I'm liking the headlight doors better and the taillight bezels will finish off the lines of the fenders and trunk lid ducktail.
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Please come back, pics will be added as project moves along.

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