1957, Model & Allied Publications
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Boat Modelling[top]
Written by Vic Smeed
First published in January 1956
in Great Britain
Reprinted in June 1956 in Great Britain
Reprinted in September 1957 in Great Britain by Model & Allied Publications, 92pp, paperback
Contents:In this September 1957 reprint of the January 1956 original, the author Vic Smeed sets out to cover the whole subject of model boating in as comprehensive a manner as possible in 15 chapters:
1) A Look at the Subject (power craft: rubber (band), clockwork, electric motors, petrol engines, glowplug engines, diesel engines, steam plants, Jetex motors, jet motors; sport models, semi-scale, scale models, steering models, airscrew-driven hydroplanes, hydroplanes, special models, radio-controlled; Sailing Craft: Bermuda rig racing yachts ("A" Class, 12 metre, 10 Raters, 6 metre, Marblehead, Restricted (the three internationally recognised ones were the "A" Class, six metre and Marblehead); competitions, organising bodies) 2) Tools and Materials (tenon saw, Junior hacksaw, fretsaw, small plane, 0.5 in chisel, light hammer, screwdrivers, hand-drill, pliers (taper nose preferably), one or two small G-cramps, try-square, sharp knife or singe-edged razor blades)
3) Hard Chine Hulls
4) Round Bilge Hulls (bread and butter timber system, rib and plank)
5) Other Types of Construction ("Two-shelf" Chine Hulls, Thick-bottom Hulls, Diagonalled Bilge Hulls, Gum-Strip Hulls, Papier Mache Hulls, Strawboard Hulls, Clincher Built Hulls, Fabric Hulls, Metal Hulls, Glass Fibre Hulls)
6) Superstructures
7) Fittings
8) Yacht Fittings
9) Finishing
10) Internal Combustion Engines (sideport, crankshaft & disc induction, petrol engines, glowplug)
11) Steam Engines (oscillating engines, slide valve, boilers)
12) Electric Motors
13) Hydroplanes and Special Models (rubber-driven, clockwork, Jetex, Scale Sailing Models, Submarines)
14) Operation
15) Radio Control (Radio, actuators, installation, yachts,
Appendices include information about M.Y.A Rating Classes, M.M. Class Rating Rules, M.Y.A Affiliated Clubs, Circular Course Racing, M.P.B.A Affiliated Clubs, British i/c engines, British Electric Motors, Glossary
Note: Appendix 6 cross-references British engines against displacement in cc, cu. in.; cylinder bore stroke; weight (oz); working r.p.m range; mounting; induction; flywheel (weight in oz, diameter and thickness); propeller (diameter and pitch) and shaft size. Engines covered are:
Allbon Bambi
Allbon Dart
Allbon Merlin
Allbon Sabre
Allbon Spitfire
Allen Mercury 25
Allen Mercury 35
Amco .87
Amco 3.5 BB
Amco 3.5
PB
D. C. 350
E. D. Baby
E. D. Bee
E. D. Comp Special
E. D. Hornet
E. D. Hunter
E. D. Mark III
E. D. Racer
Elfin .5
Elfin 1.49
Elfin 1.49BB
Elfin 1.8BB
Elfin 1.8PB
Elfin 2.49
ETA 19 (glow)
ETA 29 (glow)
Frog 50
Frog 150
Frog 180
Frog 250
Frog 500 (glow)
Mills 1.3
Mills 2.4
Mills P75
Miles Special
Oliver Tiger
Oliver Tiger-Cub
Reeves Goblin
1972, Model & Allied Publications
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Model Boat Propellers[top]
First published in September 1972
in Great Britain by Model & Allied Publications in paperback, 56pp. Staple binding
Packed full of diagrams, technical diagrams and technical data
Contents: The book aims to fill the gap in the subject area of model boat propellers, where little has been published on the design and selection of the right propeller. Throughout the emphasis is on the practical approach-learning through hands on experience. This is because contrary to the theories applied to full size marine engineering, the selection of the best propeller in model boat engineering is mostly down to experimenting with different sizes and forms until the best performance is gained.
Chapters:
Introduction 1. Basic propeller theory (the mathematics behind propeller design-cylinder length and geometric pitch, propeller efficiency, slip range, slip and speed) 2. Propeller design (how many blades?, blade shape, blade form, right or left hand, reworking a propeller) 3. Practical considerations (clearance, torque) 4. Cavitation and aeration (change of propeller, anti-cavitation plates, full cavitating, super cavitating propellers) 5. Propeller selection: electric motors (running current, free running speed, operating rpm, maximum wattage rating, high speed electric drives, overload protection)
Includes tables: Table 1: Electric Motors: Gives data on volts, rpm, current in mA, stall current in mA, likely operation in r.p.m, and power rating in Watts for the following motors: Kako 1, Kako 2, Kako 3, Kako 4, Kako 5, Orbit 105, Orbit 205, Orbit 305, Orbit 405, Orbit 505, Orbit 705, Orbit 805; Microperm, Milliperm SPL, Monoperm SPL, Monoperm Super, Monoperm S/Special, Hectaperm, Decaperm, Distler, Naviocraft, Taycol Target, Meteor, Standard, Supermarine, D/Supermarine/S Table 2: Electric Motor Propeller Recommendations (Displacement Hulls): gives data on motor rating in watts cross-referenced against propeller diameter * pitch figures in inches against suitable hull sizes in inches Table 3:Equivalent Power Outputs: gives data on wattage ratings from 5-500 and cross-references it against equiavalent bhp at 50% efficiency and approximate equivalent diesel size (in cc)
Several graphs & diagrams follow the tables 6. Propeller selection: I/C engines (diesels, glow motors, rotation of propeller in air, optimum "design speed") Table 4: General Recommendations for Propeller Sizes: gives data on engine size in cc against slower running (3 blade) propellers, moderate running (2 or 3 blade), fast running (2 blade) and suitable hull sizes (nominal, inches) Table 5: Typical Flywheel Sizes: gives data on engine size in cc against Wt (oz.), diesel diameter * thickness (inches), grow (diameter * thickness, in inches) and spark ignition (diameter * thickness, in inches)
Several graphs & diagrams follow the tables
Appendix (Momentum Theory of Propellers)
1980, Model & Allied Publications, pbk
1972, Model & Allied Publications, pbk
1971, Model & Allied Publications
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Power Model Boats[top]
Written by Vic Smeed
First published in June 1959 in Great Britain
Reprinted November 1962
Reprinted April 1965
Reprinted November 1966
Reprinted September 1969
Reprinted in a revised edition April 1971
by Model & Allied Publications
Contents: The book is written for the benefit of the "average" modeller and does not pretend to advise the expert. It should provide a welcome source of guidance and inspiration to the beginner, the dabbler and the not-so-expert. It is written entirely from practical experience, with a certainty that success will follow the efforts of anyone who follows the procedure described employing care, patience and common sense. The book provides information on hull construction, materials in common use, suitable tools, different types of motor and their best employment, simple approach to radio control, boat fittings, couplings, shafts and propellers, superstructures, painting and finishing, unorthodox models including submarines; and a valuable selection of "do's" and "don'ts".
The author of the book, Vic Smeed was the Editor of
magazine.
Chapters:
1. This and That
General classes of models, types of power, advantages of club membership, competition work, speeds
2. Design
General Notes on Rule-of-Thumb Design, selection of prototype, calculation of displacement, setting out a lines drawing, hull sizes and power, tables of offsets
3. Wherewithal
Choice of materials, ply, timbers, glues, seasoning, metal parts, types of tools required for various types of model
4. Hard Chine Hulls
Basic constructional techniques, keels and shaft clearance, curved members. Bulkhead construction, jigging, skinning, internal appointments, planking
5. Bread-and-butter hulls
Laminating on the waterlines or buttock lines, How to set out the planks, Gluing up, Holding while carving, Hollowing, Plank Layout from Body Plan
6. Planked Construction
Basic framework , rib and plank building, drawing out of bulkheads, jigging, laying out of planks, fitting of planks, block sections, deck beams, diagonal planking, clinker building, true and imitation
7. Glassfibre
Introduction, methods of moulding, materials used, glass armouring, plaster and glass moulds, two part moulds. fittings and finishing
8. Metal and Paper Hulls
All Steel hulls, use of former-Armatures gentina, single sheet building-gumstrip, paper hulls, moulds, armatures
9. Electric Motors:
Introduction, power output, stall torque, propellers, effect of length/beam ratio, gear boxes, twin motors; propeller securing, current consumption, accumulators, battery boxes, high speed electrics
10. Internal Combustion
Types of I.C. engine, induction methods, diesels, petrol engines,
glowplug engines, throttle control, four stroke motors, flywheels, starting procedure, anti-vibration measures: engine mounting, fuel tanks, exhaust collectors, silencers, water cooling jackets, water pickup
11. Other Motive Power
Rubber power, simple rubber models, clockwork motors, gramophone mechanisms, steam units, oscillators, slide valves, types of boiler, lamps, jet motors
12. Shafts, Couplings and Propellers
Shaft sizes, shaft tube fittings, stuffing boxes, A Frames, connected couplings, interfering Couplings, propeller estimation and blank layout
13. Superstructure and fittings
Decks and deck camber, main superstructure, windows and doors, superstructure tops, streamline parts, securing hatches, masting, staffs, funnels, anchors, bollards, fairleads, vents and other detail fitting
14. Painting and finishing
Tools and Materials, varnishing, deck marking, undercoating and rubbing down, marking the waterline, masking, colour scheme, cellulose finishes
15. Hydroplanes
M.P.B.A. Classes, relative size, types of design, operational notes, line strength and attachment, flash steam
16. Unorthodox models
Airscrew driven hydroplanes, layout and operation, hydrofoils, paddle steamers and submarines
17. Radio Control
Basic Principle, explanation of various types of equipment, methods of installation
18. 50 Do's and Don'ts for the Beginner
Fifty of the points most likely to be overlooked by beginners, but also of value to those with some experience
Appendices
Power Boat Classification
M.P.B.A. Clubs
Available designs by the Author
Engined Model Boats
Other Vic Smeed Books:
1990, Argus Books, pbk
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Radio Control Scale Boats[top]
Written by John Cundell
Published in 1990 in Great Britain by Argus Books in paperback, 63pp, ISBN 1854860216. Original UK retail price: £4.95 net
Contents: For every five model boats constructed, four are of scale subjects. In this book, John Cundell, editor of Model Boats magazine, describes how to choose a model type, what scale to build in, where to obtain plans, kit availability, hull construction methods, materials and adhesives, propulsion, radio control and a variety of other useful information and advice. This is the book to guide the beginner through the boatyard maze! It is an excellent introductory book.
Features black & white illustrations, diagrams and photos, e.g:
Photo of a grp hulled kit model of a Clyde Puffer from Calder Craft
Photo of the Thyssen II Pusher Tug model kit from Graupner
Photo of traditional British Tug model kit, the Joffre from Calder Craft
Photo of a model of a traditional French fishing boat, the Boulogne Etaples from Billing
Photo of a model of modern coaster Nordkap from manufacturers Billing
Photo of a model of the Calder Craft tug Imara with grp hull and many white metal fittings. In 1990, this was the largest model boat kit on the market
Photo of the Riverman tug model kit from Calder Craft (designed to operate on rivers with low bridges)
Photo of the Flower Class corvette model kit from Matchbox, a large plastic kit that can be motorised and R/C fitted
Photo of the well known Stuart Turner Double Ten slide valve steam engine
Photo of the four-stroke engine and gearbox with electric starter motor by German manufacturer Graupner
Photo of a typical 540-type economy electric motor fitted to a 3.3:1 reduction gearbox and fitted shaft which guarantees perfect alignment. The final drive utilises a Huco coupling with the propeller mounted on a transom bracket
Chapters:
Introduction
1. So you want to build an R/C scale model boat?
-Ambition;Size of model; Getting in touch (with your local club); Books; Power Source; Radio Installation
2. Types of Model. Which one should you choose to build? Do you want to build a ship that carries something or a ship that does something? You can split both these main headings (ships that carry vs ships that do) into ships that are merchant and ships which are naval. Naval ships are popular subjects and the bigger you build the better with these; whilst tug boats are popular because they provide detailed but strong models at easily transportable sizes.
-e.g. passenger liners, cargo liners, tramp steamers, colliers, tankers, container ships, ferries, pleasure craft, fishing vessels, river craft, oil support ships, rotor ships, motor barges, sailing ships, sailing barges, warships, battleships, aircraft carriers and so on.
3. Kit Models
4. Scratch Models
5. Hull Construction Methods
6. Types of Power
7. Radio Control
8. Wherewithal
Appendix: Manufacturer's and suppliers' addresses