Layout designer: Ray Stuber Scale: O Layout size: 8 x 12 Track type: Lionel Fastrack Minimum curve: O-31 Originally appeared in the December 2014 issue of Classic Toy Trains. Steam in the coal fields track plan Steam in the coal fields track plan schematic […]
Having trouble viewing this video? Please visit our Video FAQ page How could we?! Truth be told, we almost forgot to get MRVP’s Jenny Maaske involved in the construction of our On30 Olympia Logging Co. display-style layout. Lucky for us, she was willing to jump right in and get her hands dirty helping Kent […]
Name: Bona Vista RR Layout designer: Gerry Leone Scale: HO (1:87.1) Size: 14′-6″ x 30′-0″ Prototype: freelance Locale: northern Wisconsin and Minnesota Period: 1953 Style: walkaround Mainline run: 200 feet Minimum radius: 30″ Minimum turnout: no. 5 Maximum grade: 1 percent Originally appeared in Great Model Railroads 2015. Click on the link to download […]
Name: Burnt Hills & Big Flats RR Layout designer: Steve Prevette Scale: N (1:160) Size: 20 x 30 feet Prototype: inspired by NYO&W Locale: northern Pennsylvania and central New York Period: June 5, 1970 Style: Around the walls with peninsulas Mainline run: 203 feet Minimum radius: 12″ Minimum turnout: no. 4 Maximum grade: 3 percent […]
Name: Downborough Junction Layout designer: Ian Smith Scale: OO (1:76.2 proportion, but on HO gauge track) Size: 8′-8″ x 12′-4″ Prototype: Midland & South West Junction Ry. (British Rys.) Locale: Wiltshire, England Period: 1959 Style: around the walls Mainline run: 31 feet Minimum radius: 23″ Minimum turnout: Peco large radius for main lines, others Peco […]
Name: Lehigh Valley RR, Wyoming Division Layout designer: Chuck Davis Scale: HO (1:87.1) Size: 17 x 19 feet Prototype: Lehigh Valley RR Locale: Northeast Pennsylvania Era: 1950s Style: walkaround Mainline run: 140 feet Minimum radius: 30″ main line, 24″ yard (less on some connecting roads) Minimum turnout: no. 6 main line, no. 5 yard Maximum […]
Name: Penn Creek Valley Layout designer: Sam Powell Scale: S (1:64) Size: 16 x 27 feet with a 10 x 10-foot extension Prototype: freelanced Locale: southwestern Pennsylvania Period: 1956 Style: walkaround Mainline run: 180 feet Minimum radius: 36″ Minimum turnout: no. 6 Maximum grade: 2.5 percent Originally appeared in Great Model Railroads 2015. Click on […]
Name: Southern Pacific Tehachapi Subdivision Layout designer: Jerry Davis Scale: O (1:48) Size: 28 x 45 feet Prototype: Southern Pacific and Atchison, Topeka & Santa Fe Locale: Bakersfield to Mojave, Calif. Era: 1952-1954 Style: multiple-deck walk-in Mainline run: 450 feet Minimum radius: 72″ (main), 66″ (staging) Minimum turnout: no. 6 Maximum grade: 2.5 percent Originally […]
Name: Terminal of Toledo RR Layout designer: Doug Tagsold Scale: HO (1:87.1) Size: 39 x 39 feet Prototype: Toledo Terminal RR, serving Amtrak, Ann Arbor, Chessie System, Conrail, Detroit & Toledo Shore Line, and Norfolk & Western Locale: Toledo, Ohio Period: summer 1979 Style: around the walls Mainline run: 250 feet Minimum radius: 30″ Minimum […]
Name: Washington Northern, Port Andrews Tideflats District Layout designer: Kevin Klettke Scale: HO (1:87.1) Size: 11′-0″ x 12′-6″ Prototype: freelanced Locale: Washington State’s Olympic Peninsula Era: mid-1990s Style: around the walls Mainline run: 29 feet Minimum radius: 22″ (main line), 18″ (industrial track) Minimum turnout: no. 5 Maximum grade: none Originally appeared in Great Model […]
Name: Wheeling & Lake Erie Ry., Ohio River Division Layout designer: Jim Talbott Scale: HO (1:87.1) Size: 27 x 44 feet (in three rooms) Prototype: Wheeling & Lake Erie Ry. Locale: southeastern Ohio, West Virginia Period: 2007 Style: linear walkaround Mainline run: 115 feet Minimum radius: 30″ (main), 24″ (industrial) Minimum turnout: no. 6, no. 4 in […]
We wanted our On30 Olympia Logging Co. display-style layout to sound as impressive as it looks, so David Popp decided to install a DCC sound decoder in our Bachmann Climax workhorse. Follow along as he shows how to disassemble the locomotive, solder the decoder and speaker wires, position and test the unit, and then re-assemble […]
