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Materials needed


Home store / lumber yard Two 1″×4″×8′ Two 1″×2″×8′ Two 2″×3″×8′ ³₄″ Birch plywood, 24″×72″ No. 4 ×¹₂″ or No. 4 ׳₈″ screws, at least 18 screws (to attach styrene pieces for temporary track implementation) Four 4″ strap hinges Twenty-four No. 8 ׳₄″ screws (to attach strap hinges to wood parts) Six ⁵₁₆″ hex bolts, 2¹₂″ long, twelve ⁵₁₆″ fender washers, six ⁵₁₆″ nuts or a wing nuts (to bolt the clamp bars to the slide bars) Eight ⁵₁₆″ 4″ bolts, sixteen ⁵₁₆″ washers and eight ⁵₁₆″ nuts or wing nuts (to attach the legs to the module) Four ⁵₁₆″ tee nuts and four ⁵₁₆″ bolts 3″ long with full thread (to adjust the height of the legs) Two hook and eye fasteners (to hold the permanent top pieces together while moving the module) My hook is 1¹₂″ long, I plan to buy a larger one. Paint or clear coat, as desired


Hobby shop .060″×.250″ Styrene 6″ Tracks, code and number as desired Wiring and connections as desired


Office supply store 8 to 10 Large binder clips


When tracks do not line up correctly or when something is not square between modules, the flexibility offered by this adjustable mod- ule still allows trains to operate.


bottom of each (Fig 13). Two ⁵₁₆″ hex bolts 4″ long are insert- ed through the holes in the wing and the leg clamp. Simply insert the legs and tighten the bolts to have the mod- ule on its legs. Hook and eye fastener: The mod- ule is very stable when installed in the layout between other modules. Howev- er, because it is flexible, I installed two hook and eye fasteners (one on each side of the module) at least 1¹₄″ away from the outside edge of the top (1¹₄″ will clear the binder clips) to hook the two permanent top sections together for transportation (Fig. 14). Permanent tracks and wiring: I at-


tached two 6″ code 100 tracks to each end of the module per the FCSME stan- dards. Those tracks were wired per the club’s specs. The wiring is on top of the module for several inches so that the moving pieces on its underside don’t snag the wiring. The wiring on top of the module was covered with a piece of styrene to avoid snags, as well. Top block (L): I added four small top blocks (2″×1¹₂″ from a 1″×2″, size not critical) to the four corners of the top of the module. These blocks protect the track and wiring if the module is turned upside down (Fig. 15). Attaching temporary flex track sections: Since there is only 12″ of track on the module for each of the two main- lines, the gap must be filled with flex track cut to size when the module is de- ployed. This could mean pieces of flex track anywhere from 24″ to 36″. You


RAILROAD MODEL CRAFTSMAN


could use new flex track for each deploy- ment, or try to reuse existing pieces. If the track is attached with hard to see conventional track nails or small screws, the track could be damaged if all of the track nails/screws are not re- moved when the module is taken down. To avoid track damage and to hopefully save club funds, I cut 16 pieces of .060″×.250″ very visible white styrene. Each piece is 1⁵₈″ long. I drilled two holes in each piece large enough for a No. 4 screw to fit through. The holes fit between the ties. I purchased No. 4×¹₂″ and No. 4׳₈″ screws to secure the


styrene strips, just covering the edges of the ties, not the fish plates. My inten- tion was to put a styrene strip on both sides of the track in two or three places, but we only used two strips to secure a 30″ piece of


flex track. Hundreds of


trains used the tracks for two full days with no issues (Figs 16 and 17). Paint: I used some paint that I had on hand. I had a small amount of semi- gloss black and a small amount of flat black. The first coat was semi-gloss and the second coat was flat black. Of course the finish, if any, is up to you. Good Luck, and be flexible!


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