The Pantera Place
"Your de Tomaso Connection"

The Lower Front Valance Replacement

(Click images to view full size)

Friday, September 24, 1999

Many years ago in the life of my Pantera, someone hit something with the driverís side of the lower front valance. As you know the Pantera has very limited ground clearance so it doesnít take much to contact the valance. The bottom part of the valance was crushed along with the lower side of the front cross member and the front corner of the frame. The cross member is the square tube across the front of the car with the tabs that support the bottom of the radiator. About three out of five Panteras I have seen have this area pretty well smashed. The good news is it is usually painted black so it's hard to see!

Itís hard to spend a bunch of money to fix a part of the car that is seldom seen but I decided that I wanted everything right on the car, so I started collecting the new parts last year. The first part I bought was the front valance from Pantera Performance for $299.  Before this part was available the complete front part of the car had to be replaced, wow!

Mikes valance 1.jpg (76952 bytes)  Mikes valance 2.jpg (78908 bytes)

Next, I started my hunt for a body shop that I could trust to replace the parts. Most of the shops that I contacted in Atlanta didnít have a clue how to tackle a project like this. To do the work the radiator and cooling fans need to be removed and I was having some trouble with the idea of a typical body shop removing the parts and getting the cooling system refilled correctly. At the minimum, I had to be able to get the car home to complete the system air-purging, etc. As I talked to the shops it became clear that the more parts I could provide the better my chances that the work would be successful. Most of the body shops are not setup to make parts other than flat sheets. Next, I bought the front cross member and the filler piece that fits behind the cross member on the driverís side. The cross member was $175 and the filler piece was $20.

Mikes cross member 1.jpg (79280 bytes)  Mikes cross member 2.jpg (80160 bytes)  Mikes cross member 3 .jpg (79200 bytes)

Mikes filler 1.jpg (79076 bytes)  Mikes cross member 4.jpg (80344 bytes)

After spending $500 on parts I was able to find an experienced Pantera guy to do the work.   I think I can trust the guy so I delivered the car to him today September 24, 1999, to start the work.  He expects that he will need the car two weeks plus to complete the work.  He also plans to butt joint and hammer weld the valance, so it could be a winner!  The $500 is going to be a small sum compared to the complete job.

Monday, October 11, 1999

mikes front valance top view.jpg (80148 bytes)

The view of the front valance from the top with the radiator, front grill work and fans removed.  Note the damage to the valance in the center of the picture.  The bottom of the front cross member is also damaged along with the front corner of the frame rail below the front cross member.  Some of the valance between the vent holes is torn away.  It looks like someone hit something very solid to do this kind of damage.

Apparently the car has been driving around for decades with this damage as it looks very old.  

Saturday, October 23, 1999

After some delays because of other projects he is now hard at work on the Pantera.   The old valance, front cross member and driver's side suspension has been removed.  

mikes old front valance.JPG (77720 bytes)  mikes old front valance 2.JPG (79128 bytes)  mike old cross member.JPG (78672 bytes)  mikes valance top view.JPG (79672 bytes)

The old damaged front valance and cross member removed.  Note how the lower part of the cross member is smashed.  The picture on the right shows the view down from the front of the car.  The front valance and cross member has been removed.  The lower front valance spot weld flange, cross member spot weld flange and the vertical part behind them was in very tough shape.  The water collects in this valance area and over time takes its toll.   After looking at the flange area I'm not sure how you could just replace the front valance on a typical car.  In my case it was all smashed and needed to be replaced.

mikes valance removed.JPG (78732 bytes) 

The view from the diver's side across the front of the car.  The front valance and cross member has been removed.  The flat area shown is the sheet metal that is behind the cross member and it will be removed and replaced with new sheet metal.  

 mikes front frame.JPG (79164 bytes)

The view of the lower front A arm mounting.  The ragged metal in the lower left corner is the remains of the back left part of the valance.  Note how the front of the frame rail and the area inside of the A arm mounting is smashed.   All of this frame area must be repaired next.  The lower front A arm and sway bar mounting will be removed.  Then the front of the frame rail and sheet metal around the area will be reworked and repaired.   Also the right suspension will be removed to provide access to the passenger's side of the valance area.  The headlight buckets will be removed for access so that the valance can be hammer welded back in place. 

Although the project has been delayed, it was smart not to have the typical body shop try this repair!!   The good news is, so far he is right on budget for the project!!!  

Wednesday, October 27, 1999

mikes valance backing left.JPG (81424 bytes)  mikes valance backing.JPG (80560 bytes)

View of the sheet metal that is behind the cross member being "slowly" cut away to keep from damaging the metal parts that we are going to keep. The cross member has been removed.  Note that the inside areas of the frame parts have just very, very light surface rust.  This view is from the front passenger side looking across to the drivers side.  This sheet metal is also the support part you see behind the left and right end of the valance.  A new sheet metal part will be constructed to replace this area including the original grooved indentation in the sheet metal that runs across the part.   

After taking a close look at the ball joints we decided that both lower ball joints had to be replaced.  This is an ugly state of affairs as they are really, really expensive but it needs to be done right!

We also decided to replace the front brake pads and will install the new wheel bearings  that I bought last year.  He is removing the old A arm bushings to complete the installation of the new bushings on the driver's side of the car.  

We sent the aftermarket five row dual pass radiator out to be cleaned and found that the core had some bad tubes.  The vendor is unknown.  A new and improved four row core is on its way to replace the old five row core.  The four row core has wider tubes (front to back) that will improve flow and cooling.  The total thickness of the radiator will be about the same as the five row core.  Many of the old core tubes were clogged with small chunks of silicone sealer that must be from sealer used to seal gaskets in the engine.  At least two different sealers were present so this must be very old stuff.  This is interesting because I have a receipt from the previous owner for a radiator clean job dated 1994.  When you think about how the dual pass radiator works you realize that once something gets inside of the tanks it would be very hard to get it out without disassembling the tanks.  A clean and flush will not clean it out!   

mikes radiador 3.JPG (80868 bytes)  mikes radiador 4.JPG (81612 bytes)  mikes radiador 1.JPG (80908 bytes)  mikes radiador 2.JPG (81056 bytes) 

View of the radiator with the new core but unpainted.  He prefers to paint the radiator with high temp epoxy himself rather than the sticky paint used by the radiator shops.  The painting of the radiator is on his to-do list.

The cooling system uses the two stock pusher fans (I think they are stock) on the front and one sucker fan on the back of the radiator.  The back fan is mounted to flat sheets of aluminum that are screwed to the upper and lower radiator frame.  The screw holes must be carefully located so that the screws do not contact the upper and lower cooling tube that is close to the frame.    

The re-core job was $360 but much less than the two ball joints!   

Saturday, October 30, 1999

mikes left front frame rail.JPG (77304 bytes)  mikes front view everything removed.JPG (80796 bytes)

The left picture is the view of the front of the passenger side frame rail cleaned up and ready for the front to be assembled.   The picture on the right is from the front of the car showing the exposed and smashed driver's side frame rail.  The sway bar has been removed for access to the right frame area.  The next step is correcting the driver's side frame rail and start assembly.  The radiator will be test fitted in the car before the cross member is welded in place to check the position of the radiator support tabs.  Note all of the work is being done under the car and will need painting only around the valance area.   

Sunday, November 14, 1999

The left front lower A arm/sway bar bracket assembly has been removed and is ready to be welded back on the new frame rail. The smashed front part of the frame rail has been cut away along with the flat vertical sheet metal on the inside of the frame rail that extends upward. The vertical part is the area that has the hole that the sway bar goes through. The lower part of the vertical frame tube that ties into the top of the front frame rail has been removed and will be reused. The two metal support parts that were welded inside of the front frame rail have been removed and will be reused. 

Bellow is the view of the cut away left frame rail in the foreground and the steering rack boot.  The right frame rail is visible in the background. 

mikes frame rail.JPG (76584 bytes)

New sheet metal is being formed to replace the front of the frame rail, the vertical piece connected to the frame rail and the metal piece that goes across the front of the car behind the front cross member.  After forming the new parts they will be wielded in place. Each part must be reassembled in the correct sequence to provided access for welding. The head light buckets have been removed to provide access for hammer welding the valance back on. The horns will also be removed for access.

He used the head light cover to get the paint matched and It looks like we have a perfect scarlet metallic red paint match although most of the painting will be done in black. So far twenty shop hours have been expended on the project with about twenty-four more hours planned to complete the work. This puts the project within a few hours of the original budget but many more total weeks of having the car in the shop than originally planned.  The good news is that he is done with the "taking it apart" phase and is in the assembly mode now!

Wednesday,  November 17, 1999,  It's Assembly Time!

Mikes new frame rail.JPG (78724 bytes)  Mikes new front frame.JPG (76228 bytes)  mikes new parts front.JPG (80468 bytes) Mikes new corner 1.JPG (77604 bytes) mikes new corner 2.JPG (72416 bytes)

The view on the left shows the new outside part of the frame rail clamped in place with the A arm/sway bar bracket camped on for test fitting.   Note that the inside vertical piece is not in place yet.  The next two views show the new corner piece clamped on the frame.   He decided not to use the corner piece that PP made as it did not have the tabs like the original piece. The new PP cross member will be used as it is an exact copy.  The last two views are the new corner piece he made that is an exact copy of the original piece including the cut out for the tow eye piece.   

Mikes template on car .JPG (80516 bytes) Mikes template.JPG (78712 bytes)

The view on the left is the passenger side template he made that will be used to cut the piece for the left side of the car.  The next view is the template ready to be used to cut the sheet metal for the left side part.  The lower part of this piece makes the inside of the frame rail.  This piece will be cut so that it fits back in the cutaway part exactly (no overlapping of parts).  

The goal of this project is that when he is done and the under coat is replaced that all of the repair work will look exactly like the original factory parts.  As I plan to keep this car until I can no longer drive it's very important that everything is done factory original as who knows what I might want to do with the car in the future.  I might want to go back to stock wheels and paint and do the show thing!   I doubt it but you never know!

The next steps are, cut out the template piece for the driver side frame, cut the vertical piece that fits behind the front valance, make the horizontal groove in the piece (like the original), carefully level the car using the data points, test fit parts and start welding sequence (including simulation of the original factory spot welds).    At this point I am really getting impressed with his talent!  

Saturday, November 20, 1999

mikes front frame 1120 1.JPG (77868 bytes)  mikes front frame 1120 2.JPG (76160 bytes)  mike front frame 1120 3.JPG (80684 bytes)

View of the driver's inside vertical frame part being test fit.  This is the part that was made from the template of the right side of the car.  The part has some extra metal along the top to be trimmed before it fits exactly and the oblong hole for the sway bar lines up.  The vertical piece will not be trimmed to fit exactly until the outside frame rail is  tacked in place and aligned.  In these views the vertical frame tube that we are reusing is not in place.  This part will cover the round hole right above the A arm mount. 

mikes a arm mount 1.JPG (80628 bytes) mikes a arm mount 2.JPG (77728 bytes)

View of the A arm and sway bar mount that will be reused

He is constructing the front flat sheet that fits behind the valance and was making the bead or grooved indent that runs horizontally across the part when I was at the shop.  The welding should start on Monday.

The next steps will be to weld in the two small brace parts that fit inside the frame rail and then tack the outside rail in place.   Then align the rail and tack the inside vertical rail part.  The parts must be assembled in sequence to give access for welding.         

Thursday, November 25, 1999

His work progress has been delayed because the front flat sheet with the bead has been very difficult to make.  He had to make some jigs to make the bead roll but has the part almost done.  It has taken three parts to get it right!  He has an interesting approach to this issue.  He only charges for the time it takes to make the last completed usable part.    

mikes front support.JPG (78160 bytes)

View of the front flat sheet.  The top edge is to the right side of the image.  The bead has been rolled in the part but one more bend will be required on the left side of the bead to make the part flat and maintain the bead roll.   After the part is flat, the bead will be removed on the outside ends to match the original part.  It would have been easy to use a bead roller to make this part but the bead is much larger than a regular bead roller can make.  The top part has a bend that matches the original part.  One might think about giving up on the bead because it is so difficult to make but it will look right and is needed because the ends of the A arm bolts enter the open space provided by the bead.         

This part extends across the front of the car behind the front cross member.  It is welded to the front frame rails, the corner pieces, the vertical flat sheet that support the bottom of the fenders, and is the lower back part and sides where the front valance is attached.   

Thursday, December 2, 1999, It's Welding Time!

mikes front support 2.JPG (79368 bytes)  mikes front left end.JPG (78660 bytes)

The front flat sheet is complete with the bead and looks great.  Note how the bead stops at the outside ends.  Tricky stuff for sure!

mikes frame rail inside.JPG (80296 bytes)  mikes frame rail top.JPG (78000 bytes) mike frame rail outside.JPG (79860 bytes)

The inside support parts are welded inside the frame rail.   Note how he is duplicating the look of the original spot welds.  This is the second frame rail as the first attempt did not fit correctly.  This is another tricky part as it has a very slight taper!  The first part had too much taper.

mikes inside frame part.JPG (79592 bytes) mikes frame rail front view.JPG (78212 bytes) mikes frame welding.JPG (77608 bytes)

View of the inside frame part and the frame parts being test positioned to start the welding process.  

We decided to add three water drain holes along the bottom side of the front cross member and the lower part of the front valance.  It is amazing what a great water trap this area is!  Once water splashes inside the valance grill or gets inside the front cross member there is no way for the water to drain out.  For some reason my car did not have much rust along the lower part of the valance or the cross member.  It was mostly just smashed with rust along the spot weld flange at the bottom!  The inside of the areas will be primered before they are welded closed.  

It has been a lot of work but the end is in sight!   He is starting to mumble in a foreign language that sounds Italian to me!  Something about "Ghia" or "de To - - -" something!   

Saturday, December 4, 1999

mikes welding floor map.JPG (78992 bytes) mikes welding checking position.JPG (75572 bytes)

The back of the car was leveled on jack stands using the lower A arm mounts as reference points.  Then the centerline of the car was projected on the floor below the car.  The front of the car was checked for level using the front A arm mounts and factory data points as reference points.  The back of the front A arm mounts were used as the left front mount was removed.  The right lower front A arm was removed and the center of the A arm mounts projected down to the floor using a plumb bob.  Note the center line on the floor and lines and data points in the above images.  In the image above on the right, a plumb bob is used to check the position of the left front A arm mount.  The level is used as a level base point across the floor to check the height and position of the new left frame rail.   When he is done I may have the squarest and most carefully aligned Pantera around!

mikes welding frame outside.JPG (78768 bytes)  mikes welding frame inside.JPG (78008 bytes)

View of the outside and inside frame rail parts in place.  The A arm mount is clamped in place to test fit the placement.  The inside vertical frame has been hammer welded in place and the outside frame rail is tack welded in the back and spot welded along the lower flange.  Note the way the the new parts interlock with the existing structure but none of the metal overlaps.  Butt joints are used throughout to connect the new parts except for the factory overlapping flanges, etc.  The hammer welding process creates a very strong weld but has a smooth seam.  With very, very light grinding or in some cases just sanding the welded seam is completely invisible.  Hammer welding is a welding process (fine art) where the weld is hammered with body tools while the weld is red hot creating a smooth finished seam. 

Note the small holes drilled along the top flange of the outside frame rail.  The part will be clamped and then welded in each one of the holes.  This duplicates the factory spot weld look but is much stronger than the original spot weld.

Saturday, December 11, 1999

mikes frame rail spot welds.JPG (78188 bytes)

View of the lower edge of the frame rail with simulated spot welds.  A small hole is drilled on the flange and then MIG welded through the hole to the inside flange material and filled to the outside flange.  Some of the welds are complete along the front part.  It looks great, just like the original spot weld.  

mikes front vertical part 1.JPG (81660 bytes)  mikes front vertical part 2.JPG (81512 bytes)  mikes frame rail and vert part.JPG (81628 bytes)


View of the vertical part that fits behind the cross member and connects to the lower part of the fenders.   Note how the folded over top edge mates with the folded part on the back side of the fender.  The front A arm mount will be welded in place after the vertical part is fully welded in place.  In the image on the far right you can see the alignment of the vertical piece with the lower edge of the fender.  He found that the lower part of the fender had been pulled back some by the blow to the valance and cross member.   A port-a-power was used to move the lower part of the fender forward to the correct alignment.  He was able to move the fender forward without damaging any of the paint elsewhere on the fender.

mikes valance test fit 2.JPG (79824 bytes)  mikes cross member 1.JPG (79128 bytes)  mikes cross member 2.JPG (80972 bytes)  mikes cross member 3.JPG (78312 bytes)

View of the front cross member being test fit before the remaining welds are completed on the vertical part behind the cross member. 

mikes valance test fit 1.JPG (77272 bytes)  

View of his test fitting the lower front valance.  After all, the front valance is what this project is all about!   Check out the original green paint around the hood hinge mounts.  It's great to see the parts being assembled after all these weeks!   We keep thinking that it will just be another week but then he gets pulled off my project on others so progress is slow.  Although the progress has been slow but as you can see his work is very outstanding!  This is the kind of project where careful planning is important.  It is an amazing amount of work to fix something that no one will ever see!!!  Although, since I started this project the front valance is the first thing that I look at on Panteras!!  Most of them are not looking very good!  

Tuesday, December 14, 1999

 mikes frame rail 1114.JPG (79084 bytes)  mikes front end 1114.JPG (76248 bytes)  mikes front cross member 1114.JPG (79640 bytes)

The view on the left and middle shows the completed welds on the frame rail and the front vertical piece.  The front vertical piece is welded to the vertical part of the inner fender support.  The A arm mount will be checked for position and will be welded in place after the front cross member is complete.  After the A arm mount is completed, the vertical frame tube will be welded in that connects from the top of the A arm as seen in the image on the left.   The image on the right shows the front cross member being test fit.  It looks like the radiator mounts on the cross member need to be lowered 1/2" for the radiator to fit correctly.

The remaining things to do are; weld in cross member, weld A arm mount, weld in vertical tube frame, weld in frame corner part and the driver side tow eye, prime exposed areas and paint flat black, weld valance in place,  prime and sand valance, paint red color around valance, paint valance flat black, undercoat frame areas, assemble the right and left suspension, install sway bar,  paint the radiator, install the radiator and fans, fill system with coolant and bleed air out of  system.  Then fire it up and drive it home!   

Friday, December 24, 1999

mikes frame rail 1224.JPG (79392 bytes)  mikes valance 5 1224.jpg (77564 bytes)

On the left, the view of the new frame rail with the valance being test fit.  View on the right is the right side of the car.  Weld through primer is used on the inside and outside of the parts before welding.  From what I can see the inside of the original parts that we removed were not treated with anything.   

mikes cross member inside.JPG (78116 bytes)

View of the inside of the old cross member.  Some of the inside areas of the front cross member had spots with NO surface rust. 

mikes cross member 1 1224.JPG (78568 bytes)  mikes cross memeber 2 1224.JPG (77456 bytes)

View of the front cross member spot welded in place.  He had to lower the radiator mounting brackets about 1/4" to make the radiator fit correctly.  The welds on the end bracket are not completed yet.

 mikes valance 4 1224.JPG (81004 bytes)  mikes valance 1 1224.JPG (79028 bytes)  mikes valance 2 1224.JPG (80504 bytes)  mikes valance 3 1224.JPG (79316 bytes)  

View of the front valance ready to be welded in place.  Note how the lower part of the valance fits tight up to the lower side of the front cross member. A great place to trap water!  After the valance welding is complete the lower spot weld flange and the vertical piece behind it will be trimmed smooth along the lower edge. 

mikes frontend drawing 71.gif (22131 bytes)  side view valance.jpg (41824 bytes)

On the left is a detailed drawing showing all frame and support parts, how they fit together and a description of what was done with each part.   On the right is a side view of the cross member and valance showing how parts fit and spot weld points.  

Thursday, December 30, 1999

mikes tow eye 1.JPG (77264 bytes)  mikes corner fill.JPG (77204 bytes)

View of the driver's side tow eye and corner fill piece drilled for the spot welds and ready to be welded to the front end of the car.   The tow eye will be spot welded to the back side of the new lower vertical support.   The parts manual shows the tow eye on the front of the support but on my car it was on the back side.  I think the parts manual must be wrong!  The corner fill piece has a stepped area so that it can cover the vertical part of the tow eye and be spot welded to the back side of the vertical support and the inside frame rail.

All sides of the parts are coated with weld through primer before assembly to prevent rust problems.  Too bad de Tomaso didn't have weld through primer to use on the cars in 1971!  Weld through primer is a special self etching primer that apparently does not interfere with the welding process.  The primer stays on the parts during welding including the inside of the flange seams.

There are a lot of open areas of the Pantera bodywork and suspension mounting areas to collect and trap water that do not have a path for the water to drain away.  See the round holes in the views below.  It is somewhat amazing that these areas are not completely rusted through on most Panteras.  Some people drill drain holes in the water trap areas or drill the areas and spray rust proofing paint inside the parts with special spray nozzles.  My solution is to not get the car wet.

Friday December 31, 1999

mikes corner filler in.JPG (78264 bytes) mikes corner fill top view.JPG (77288 bytes)

View of the driver's side tow eye and corner fill piece welded in place.   We started having problems welding with the weld through primer.  The primer must be used with a light coat or it gases off bad stuff when welding.  We decided not to use it under the A arm mount flanges.

mikes setup.JPG (80120 bytes)   mikes a arm mount in.JPG (77696 bytes)

On the left is a view of him checking the position of the A arm mount before welding.  The plumb string is through the front A arm mount ear hole.  He is checking the position with the alignment marks that were projected on the floor.   Before starting the final check of the A arm position, he rechecked to make sure the car had not moved on the jack stands and was aligned with the floor references.  The A arm is checked for right/left, up/down and front/back position.  He left the A arm mount installation as one of the last major welding tasks in case any of the other welding moved the frame rail position.  All of this stuff must be dead on alignment.

On the right is a view of the A arm mount with some of the spot welding done.  The spot welds look really good!!  It only takes the MIG welder a few seconds to make the spot weld.   We were able to reuse the A arm mount because he very carefully cut the old frame rail parts away from the mount.  He sacrificed the old crumpled frame rail parts to save the complex mount assembly.  New sway bar studs were welded in the mount.

Saturday, January 1, 2000 

Well, I guess this is now the millennium Project!!!  

mikes a arm mount complete.JPG (76472 bytes)

View of the A arm mount completely installed and aligned perfectly.  He had some problems getting the mount aligned correctly, slowing progress on the project.   Getting the A arm mount located correctly was absolutely one of the most critical parts of this project 

  mikes frame bill welding.JPG (78664 bytes)  mikes vertical frame 1.JPG (79652 bytes)  mikes vertical frame 2.JPG (74528 bytes)

On the left, He is gas welding some new tabs on the vertical frame tube that fits on top of the A arm mount.   Center, is the view of the completed frame.  On the right, is the view of the frame being test fit.   The flanges on the part must be drilled for the spot welds, then clamped in place and welded.  The top seam will be gas welded.   

Wednesday, January 5, 2000 

 

mikes front frame.JPG (79164 bytes)  mikes frame affter.JPG (78644 bytes)

Before                  After

Before and after view of the completed A arm and vertical frame installation.  This area was primered and then covered with paintable undercoat.   To make the new undercoat blend into the old undercoat smoothly he feathered the edges of the old undercoat.  When the undercoat is fully dried it will have a dull finish.  With the undercoat completed, the frame area looks just as it did in 1971.

mikes fender support a.JPG (79224 bytes)  mikes fender support b.JPG (78560 bytes)

View of the front valance area ready for the valance to be spot welded in place.  Before the valance could be installed more welds had to be completed and a small tab repaired where the inter-fender support pieces attach to the front cross member.  This area will painted with primer and some of the upper areas undercoated before the valance is welded in place.

mikes a arm weld.JPG (78720 bytes)

View of the upper side of the A arm sway bar mount.  On the older cars a crack will form beside the sway bar mount bolt hole.   He is welding the crack and will weld in support tabs on the lower side of both lower A arms.  Sway bar mount support tabs were used on the later cars that wrap around the threaded area and were welded at an angle to the edge of the A arm.  He made a template of the support tab from a 1974 car.  The A arm has been cleaned with oven cleaner and will be sanded and painted flat black.      

mikes radiater with paint.JPG (78908 bytes)

The outside of the radiator was given a final cleaning and painted with gloss black high-temp epoxy paint.

Saturday, January 8, 2000, The valance is on!

mikes inside frame done.JPG (80408 bytes)  mikes valance and frame.JPG (78220 bytes)

On the left is the view of the inside frame complete with undercoat and on the right is the view of the frame and the back of the valance.  The undercoat looks really great!!!  Other than the new undercoat there is no trace that he did all of this work!!  It all looks factory original!  

mikes valance back left.JPG (74972 bytes)  mikes valance headlight.JPG (76572 bytes)  mikes valance inside.JPG (78836 bytes) 

Views of the valance from the back and inside areas.  It is hard to see, but in the center picture it shows that the inside welded valance seam is not visible and is smooth.  He had to gas weld the top valance seam as the MIG welder on the lowest setting would cut through the new valance part.  The top edge of the new valance had to be cut, fit and worked so it matched the fender joint exactly.  The lower valance flange was clamped and spot welded.  The top of the valance was butt joint fitted to the fender piece and hammer welded to form a smooth seam.  This  was done by tack welding along the seam and then going back and filling in with weld and hammering. 

 mikes valance outside left.JPG (76552 bytes)  mikes valance front.JPG (75748 bytes) 

View of the completed valance installation.  A small amount of filler has been applied to the upper valance seam and will be mostly sanded away to form the final seam radius.  

The back wheels are on and the back of the car is off the jack stands.  Next, he is doing some primer work and the color painting.  As the paint is drying he will re-install the front suspension.

Friday, January 14, 2000, It's done and the car is home!

mikes pantera back home 2.jpg (77580 bytes)

It's done and the car is home!

Mikes valance before.jpg (79604 bytes)  mikes valance home 2.JPG (78048 bytes)  mikes valance home 1.JPG (77184 bytes)

Before and after

After more than three months the beast is home.  As you can see his work looks really, really  good!!!  It was so fine to get back in the Pantera after all these months and drive it home........ it was almost like the first time!!!   Man that camed-up 351 sounds fantastic!!

Project Summary

The original project plan had 42.4 hours plus $260 for paint and supplies.   We easily used the 42.4 hours plus 33 hours or more to complete the project.  Most of the extra time was used to remove and reconstruct the frame rail and the A arm mount.  The original plan was to just repair the smashed frame rail parts but that was not possible.

Other unplanned hours were used to manufacture a new corner frame fill piece, install new A arm bushings and grease fittings in the left A arms (I had already done the right side), add the sway bar mount braces, install new ball joints, brake pads and repack the wheel bearings (we didn't use the new ones as the originals were like new).   

Overall the project turned out well and his work looks fantastic.  After this experience and seeing up-close how  the front of the Pantera is constructed I expect that on most cars the idea of just replacing the valance piece alone is probably not realistic.  In most cases the water that collects in the valance area will have taken its toll on the vertical support behind the valance and the bottom of the cross member.  You really can't determine the condition of the lower part of the cross member until the valance has been cut away.  In my case it was smashed so it was an easy decision to replace all of the parts.

In summary, it was the single most expensive thing that I've done to the car so far but on the other hand most Panteras need a new valance.  My Pantera is now the exception to that rule!! 

November 28, 2000

After the valance work I completely rebuilt the back suspension and then had a wheel alignment done.  All of the alignment worked perfectly and I was very pleased to find that the left front of the car aligned correctly after all of the work that he had done to the left frame rail and cross member. 

Thanks to the craftsmanship the front to back position of the left front wheel was within .030 inches of the right front wheel and the caster was within .4 degrees .  The lateral alignment position of the back wheels to the front wheels was within .020 inches.