Free Shipping U.S.A and Canada | Small charge for international

full size printed plan & article scale 1:96 daring class destroyer for radio control
full size printed plan & article scale 1:96 daring class destroyer for radio control
full size printed plan & article scale 1:96 daring class destroyer for radio control
full size printed plan & article scale 1:96 daring class destroyer for radio control
full size printed plan & article scale 1:96 daring class destroyer for radio control
full size printed plan & article scale 1:96 daring class destroyer for radio control
full size printed plan & article scale 1:96 daring class destroyer for radio control
full size printed plan & article scale 1:96 daring class destroyer for radio control
full size printed plan & article scale 1:96 daring class destroyer for radio control
full size printed plan & article scale 1:96 daring class destroyer for radio control
full size printed plan & article scale 1:96 daring class destroyer for radio control
full size printed plan & article scale 1:96 daring class destroyer for radio control
full size printed plan & article scale 1:96 daring class destroyer for radio control

Full Size Printed Plan & Article Scale 1:96 Daring Class Destroyer for Radio Control

Regular price $32.95
Unit price  per 

Description

H.M.S. Diamond

Daring Class Destroyer

Scale 1/8"=1ft (1:96)

Length 48 3/4"

Beam 5 1/8"

Suitable for radio Control

Full size printed plans on two sheets 46" x 30" and 54" x 30" 20lb bond

Ten page article with building notes and photos

by Philip Connolly

   HMS Diamond was a Daring-class destroyer of the British Royal Navy. She was built by John Brown & Company in Clydebank, Scotland, and launched on 14 June 1950. This ship was John Brown & Company's first all-welded ship.

   For any reader wishing to start building H.M.S. Diamond soon, a few additional notes on hull construction might be of use. Details of assembly procedure for both the hull and the superstructure appear on the plan, and points of interest in building the superstructure will be discussed.

Reviews