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A sliding T bevel is a useful tools for setting and transferring angles. This is a sample of a pair of rosewood and brass sliding t-bevels. One is seven inches long and the larger one is eleven inches. Both have rosewood handles with solid brass edge treatments. The smaller one uses a turn button to … Read more
Manufactured between 1899-1902 Characteristics that define a Stanley Type 8 Jack Plane Other Type 8 Features on This Plane Pictures of the Stanley No. 5 Jack Plane Type 8 Reconditioning Process The following work was done to recondition this plane. BODY – All Japanned areas have been cleaned with a brush and light solvent. The … Read more
This is a Stanley No. 4 Smooth Plane Type 20 in production during the years 1962 to 1967. Indicators of a Type 20 Plane Other No. Plane Characteristics The plane body measures 9 inches long and the cutter is 2 inches wide. The body of this plane is painted blue, not the black jappaning of … Read more
Made in England This is a Stanley “Bailey” No. 3 Plane probably a Type 17. I believe this included a composition handle and tall front knob with steel nuts at the top, not brass. It does not have a patent date on the body but it does include “Bailey” behind the front knob and “Made … Read more
Stanley No. 5 Type 11 Plane Characteristics that indicate this is a Type 11 Plane:
This tool set is very similar to the Stanley 45, but may predate it. Anyone have information regarding the tool set?
The Stanley No. 113 Circular Plane was used for planing convex or concave surfaces. It was one of three models Stanley had for circular planes. The other popular models were the ones known as the Victor design first produced by the Leonard Bailey company: The No. 20 Victor Circular Plane and the 20 1/2 Victor … Read more
This Stanley Cabinet Makers Rabbet Plane is designed for fine Cabinet or other work where extreme accuracy is required. Both sides of these planes are square with the bottom, and the sides and bottoms are machine ground. The sides and bottom begin square with each other, the plane will lie perfectly flat on either side, … Read more
