Dave Sarther made a good point about the fact that the Revell kits don’t come with “glass” for the windows. You are left to your own devices. He elected to try to vacuum form a windshield for the Revell pickup kit. He formed a wood block to the shape of the screen. Styrene was pulled over the form to create the basic shape. The part was trimmed to fit and set in-place.
The more modern wrap-around windshield makes it necessary to do something like this. The White cab windshield is more or less flat so I didn’t need to take this step.
The bed measures 8′ wide by 19’3″ long. The bulkhead is 52″ high. The side sill is 5″ thick.
The wheelbase is 18′. The frame extends out from the cab back wall by 20’2″.
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I wanted to pursue a diversion from freight car building for a while. Over the years I have been collecting plastic and metal kits for 1/48th scale vehicles. So might as well try my hand on building up a truck using parts from one of my kit collection.
I reached in the bin and pulled out an old Revell gas truck kit. The kit dates back to the 1950s with recent production coming from Germany. I have always liked the White 3000 Cab Over Engine (COE) in the kit but thought about making it into a flatbed truck for haul things like cut lumber or fruit lugs. I started by consulting Google for inspiration. Didn’t yield much but a few gems popped up.
This yellow straight chassis is perfect to model. I am not sure what was on the truck as a body. The picture shown below is a good source for modeling the flatbed.
The bed is wood with a steel frame on the perimeter. There are pockets in the steel frame to hold stakes to restrain the load. I didn’t have any specific dimensions to work with but determined the bed was probably eight feet wide. The bed was made twenty feet long so that gave me a starting point. I used .040″ by .100″ styrene boards with grain applied with wire wheel and sandpaper.
I started the project by building up the cab following the instructions. I did not put the roof on since I wanted to pre-paint the interior and cut out some clear styrene for windows.
I assembled the kit parts like tires, motor and frame. The frame and components were used to experiment with Vallejo chipping fluid. I increased the wheelbase to hold a long flatbed. Since I assembled the frame I have cut the length twice. The chassis was primed with Vallejo RAL8012 German Red Brown urethane paint. I sprayed it on and let it harden for several days. The chipping fluid was airbrushed on some areas of the chassis. It takes a while for the chipping fluid to dry. I shot some Vallejo black as a final coat. I let this set then put the from under water and used a tooth brush to start chipping. Well, like everything in the world of weathering it is a finesse game. So a more delicate approach will be used on the flatbed.
So the chassis starts to look like something with the wheels mounted. The motor and the cab release are installed.
The cab roof is just placed on the cab for appearance.
I put pockets on the deck to accept the side stakes from another Revell kit. The bulkhead was added to protect the cab from a shifting load. There is etched screen that was found in my junk box. It seemed to fit the opening perfectly.
You can see the front of the bulkhead. I have to put side mirrors and other details once the cab is assembled. The cab will be painted the same green as the wheel centers.
So this is what I have done to date. There is more work to be done before final painting.
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I had a General Electric dishwasher that gave up the ghost recently. It didn’t belch flames but it did spread water on the floor. I recalled this event when I was reading an email from Lee Turner regarding a certain GE C-39-8 and it’s malfunction. Lee went on in his email to describe his dad’s dislike of GE transportation products. He was a senior motive power executive with the Lehigh Valley. At the time the Valley had GE electrical in their diesels. They didn’t measure up to the road’s demands. Moving on to this posting, Lee will show you the antics of a big six-axle C-39-8 and how it displayed its temper.
The beast is shown above. Lee started with a couple of Overland brass C-39-8 imports. He added paint, lettering and his touch of weathering. The bright Conrail blue was toned down considerable with the washes of acrylic. The upper portion of the carbody looks “oily” from the engine exhaust.
The engineer notched the throttle and the big power plant belched up some carbon and unburnt diesel fuel.
Lee created the theatrical effect with cotton with dabs of orange and red paint at the base. I think he has managed to create a little drama with the model pictures.
I like the overall job Lee did on the diesels and the added effort of creating the special effect.
I found this photo online and shared it with Norm Buckhart a former Pan Am Captain and Navy aviator. The picture was taken of an aircraft on short final for 13L at Boeing Field. That is one majestic view of Mt. Rainer. He shared that views like this made him wish that he was still a pilot.
Boeing Field is an interesting place to visit to see lots of new airliners being readied for delivery to their owners. There is an air and space museum that is worth the time.
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Blogging has grown in popularity in the world of electronic communications. It has replaced the printed newsletter and other forms of traditional sharing. In the small world of model railroading, one blog stands out above all. It is Trevor Marshall’s Port Rowan in 1:64. Trevor just passed a milestone this week of blogging for six years on the subject of his adventure in S scale modeling.
CONGRATULATIONS ON 6 YEARS OF SHARING.
If you haven’t visited his blog you should. You don’t have to be interested in S scale to enjoy his stories and experiences. The most important point I have taken away from his musings is that “Less is More”. Like many of us Trevor has worked in a number of scales including an interest in Proto48. He managed to select a path of change that allowed for the space available and the prototype of he liked. Rather than retell his story, I suggest you pay a visit to his very first blog titled “Breaking Marley’s Chains”.
The blog is well crafted with lots of photos and stories that don’t get bogged down in the step-by-step grind. Trevor’s professional writing background clearly shines in each posting.
After six years of modeling in 1:64 scale, Trevor still seems to be enjoying the journey.
Weathering has been a frequent topic of my blog. It is part of the realism we are all trying to create in our models.
This time around we are going to show the work of Jimmy Booth. As most of you know, Jimmy is part of P-B-L and owner of Glacier Park Models. Over the years, he has painted thousands of models for customers and himself. Jimmy just sent me a few shots of his most recent completion. It is a P-B-L Sn3 K-36 import.
Jimmy used Tamiya acrylic XF- flat finish to do the weathering the paints are diluted using their Tamiya thinner. The colors are earth tones with grays and a touch of yellow. Jimmy uses a Paasche VL double action airbrush to create the effects. The paint is applied in layers to build up density and effect.
I found the treatment of the tender deck interesting to show the road dust and the effects of water spilling. All this was done with the air brush.
Using the airbrush and a few colors, the tender sides are streaked.
Here is a detail often overlooked when finishing a coal burning steam locomotive. Cinders collect in all sorts of place on the locomotives. Jimmy used N scale black ballast and clear lacquer to fix it to the loco surfaces. It is a very interesting touch.
The overall effect is very impressive. Jimmy has managed to create the “look”. He had lots of time living in Chama for years to soak in the atmosphere of these impressive narrow gauge locomotives.
Thank you Jimmy for sharing your work with the blog.
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When you have a model of heavy duty flat car like the Pennsylvania Railroad F33 class, you need to come up with a load commensurate with the capability of the car. Well, Lee Turner had a client who want an old Alco Models brass import done up with paint, lettering, weathering and an appropriate load.
The load suggests a steel casting or fabrication that would tax the capacity of this flat car. I was curious what Lee used to create this impressive cargo. As it turns out, He heavily modified a fishing reel to create the basic shape. It was augmented with styrene to disguise the original purpose.
The finishing helps create the illusion of a heavy steel part. Lee used Vallejo and MIG products. He spray on a rusty coat as a base then applied chipping fluid and a top coat of blue-gray to simulate the scale found on steel recently fabricated. At this point, the light top coat was chipped off using water or old tooth brush.
A load this heavy needs an appropriate cradle to keep the assembly from moving or being damaged. This cradle was made from Evergreen styrene “I” beams. They were rusted up and a special technique was used for creating the assembly welds. Lee sprayed a very thin line of black to create the soot marks that occur during welding.
Thank you Lee for the photos of your flat car project. It is an impressive model.
Next time, I will show you the decaled Rio Grande Automobile Car. Weathering will be in a subsequent posting.
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The construction part of the build is done. I added the last few pieces last night. Today I got the airbrush out and shot a primer/sealer. The gray color is an important step in finishing the model. The primer provides what painters refer to as the witness coat. It shows off all of the mistakes. And I found a few problems that will get some attention prior to the color application. With any complicated scratchbuilding project, it ends up taking much longer than planned. Late in the build I struggle with finishing the last details. In the past, I would rush the completion and cut corners. Sadly, I would not be happy with the end results.
There are a few details that I want to point out to you. The first is the running board supports. I made my from a strip of .020″ x .040″ and two short pieces of .015″ x .020″. The support is 18″ long with two short pieces on the end. This will straddle the curved surface of the radial roof. The running board is a lamination of HO 2″ x 10″ strip and .005″ material. The prototype running board is 1.25″ thick so the lamination creates the proper thickness. I drill and insert Tichy .020″ rivets to simulate carriage bolts used to attach the running boards.
You will notice the running board is attached to the roof side with a tab that features a bolt detail.
The picture below is of the primed underframe.
If you look closely you will see a few dings that need some filler before finishing.
I decided to add some dunnage to the car interior just to provide some interest.
Back to do some touchup and the final color. Next time I will show the car with some color.
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