Digital Full-Size Plans Scale 1:48 T-1 SUBMARINE Instructions for dive mechanize
Description
Digital Full-Size Plans will be Emailed only as a PDF.
Or
Buy as a USB stick which can hold up to eight plans for multiple purchases.
USB, in PDF, JPEG, and TIFF formats are shipped by first class airmail.
You may have the plans printed at a print shop or tile printed on your home printer.
T-1 SUBMARINE
Digital Full Size Plan prints on two 37” x 24” and 17" x 11" sheets
Digital Three Page Article with Building notes and photos
Digital files are PDF, USB Card includes TIFF and JPEG
USB Card includes several articles on building model boats files are PDF and JPEG
Printing………..IT MAY BE DONE AT A COPY HOUSE
…………………………ALSO INCLUDED INSTRUCTIONS FOR PRINTING AT HOME
Scale 1:48
Length 32 ¾”
Instructions for dive mechanize
You may update to Radio Control
by Walter A. Musciano
We selected the T-l submarine for this project because it is an ideal subject for a model submersible. The streamlined but spacious hull offers a minimum amount of resistance but permits large batteries and motor installation. A single screw design adds to the simplicity of operation, while the tall but slender conning tower amplifies the pleasure of viewing the diving and surfacing operation.
The fabrication and installation of this apparatus is excellent training for more complex model work, as well as for radio work in the future. Instead of diving immediately upon release, this submarine model cruises on the surface for a short time and then gently disappears beneath the water to an average depth of from three to five feet. After cruising submerged, it will slowly reappear, still moving forward, with the periscope, then the conning tower, and finally, the hull emerging from the depths of the pond or lake. The submersible will continue on the surface and then come to a stop as the power shuts off automatically. The length of the run can be controlled by the operator before each launch. The average run is about one hundred feet, during which time the craft can be adjusted to circle in a large radius.
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