Added Info FINESCALE MODELER Jul 1994 (v.12#5) pg. 23
Tip on modeling jet intake covers (foreign object damage protectors).
FINESCALE MODELER Mar 1995 (v.13#3) pg. 26
Scratchbuilding techniques for World War I aircraft. Fashioning plastic, wood and metal parts for 1/72 scale box kites. Fabricating wings, struts, rigging, etc.
FINESCALE MODELER May 1995 (v.13#5) pg. 32
Building the Blackhawk's jet (a classic comic-book fighter from the early 1960's) in 1/72 scale. An adaptation of the Esci F-104 plastic model kit.
FINESCALE MODELER Feb 1998 (v.16#2) pg. 56
Tip on determining how much weight to place inside a plastic model aircraft to make it sit properly.
FINESCALE MODELER Feb 1999 (v.17#2) pg. 74
Learn about two-cycle gasoline engines by tearing down and rebuilding model airplane engines.
INDUSTRIAL EDUCATION Oct 1979 (v.68#7) pg. 56
Toward more rewarding vac-form aircraft modeling. An in-depth article on assembling vac-form plastic kits, overcoming hurdles and pitfalls encountered, making modifications, etc.
IPMS/USA JOURNAL May 1990 (v.2#4) pg. 12
Basic vacuform building procedures. 20 tips.
IPMS/USA JOURNAL Jan 1994 (v.6#2) pg. 42
Tips on making air intakes and exhaust pipes for plastic model aircraft.
IPMS/USA JOURNAL Jan-Feb 1996 (v.8#2) pg. 39
Tip on strengthening a vacuform fuselage in the wing attachment area.
IPMS/USA JOURNAL Jan-Feb 1996 (v.8#2) pg. 39
Scratchbuilding simple but interesting conversions. Part 1. Importance of knowing the camera's location when studying details found in photos of aircraft.
IPMS/USA JOURNAL Mar-Apr 1996 (v.8#3) pg. 21
Scratchbuilding simple but interesting conversions. Part 3. Radarpods and aerials.
IPMS/USA JOURNAL Jul-Aug 1996 (v.8#5) pg. 44
Tips on improving position lights, cockpit lights, radar screens, ... etc.
IPMS/USA JOURNAL Nov-Dec 1996 (v.9#1) pg. 27
Scratchbuilding simple but interesting conversions. Part 4. Engine exhausts, props, and camera ports.
IPMS/USA JOURNAL Nov-Dec 1996 (v.9#1) pg. 39
Scratchbuilding simple but interesting conversions. Part 5. Arrestor hooks and fin-fillet construction.
IPMS/USA JOURNAL Jan-Feb 1997 (v.9#2) pg. 15
Tip on where to conceal extra nose weight in plastic tricycle-gear models.
IPMS/USA JOURNAL Nov-Dec 1997 (v.10#1) pg. 41
Hawker Hunter features ducted fan.
MECHANIX ILLUSTRATED #423 Aug 1963 (v.59) pg. 90
World War I Fokker D-VII control line model.
MECHANIX ILLUSTRATED #432 May 1964 (v.60) pg. 106
Control line model of Louis Bleriot's 1909 Channel-flying airplane. Scale: 1"=1 foot. Uses any .14 to .23 cubic inch displacement engine.
MECHANIX ILLUSTRATED #452 Jan 1966 (v.62) pg. 94
Flying Fleas. Tiny model airplanes about 4" long fly using small homemade rocket engine.
MECHANIX ILLUSTRATED #459 Aug 1966 (v.62) pg. 86
Control line model of Sopwith Camel. Uses a .15 to .29 cubic inch displacement engine. Balsa and fabric construction.
MECHANIX ILLUSTRATED #469 Jun 1967 (v.63) pg. 109
Expert tips for beginning modelers. How to build a balsa airplane.
MECHANIX ILLUSTRATED #680 Dec 1984 (v.80) pg. 70
Scale tips for the common modeler. How to create a more realistic-looking model airplane.
MODEL AVIATION Jun 1992 (v.18#6) pg. 30
SPECIAL ISSUE is aimed at young modelers and/or novices of any age.
MODEL AVIATION Jan 1995 (v.21#1) pg. 7
R/C aircraft crash saver. An accurate battery status indicator for on-board radio-control gear ensures availability of sufficient power for takeoff and landing of costly model airplanes. Uses LEDs to show if Ni-Cd battery has 4.8-, 4.6-, 4.4-, or 4.2-volts available.
MODERN ELECTRONICS [2] Dec 1987 (v.4#12) pg. 56
Correction MODERN ELECTRONICS [2] Feb 1988 (v.5#2) pg. 7
Correction MODERN ELECTRONICS [2] Jul 1988 (v.5#7) pg. 5
Tips on using radio controlled model airplanes to take aerial photographs.
PHOTOMETHODS Feb 1981 (v.24#2) pg. 6
Annular wing flying barrel model.
POPULAR MECHANICS Apr 1963 (v.119#4) pg. 155
Free flight parasol plane looks like a flying dinner plate.
POPULAR MECHANICS Jul 1964 (v.122#1) pg. 162
Rubberband-launched glider mimics action of variable swept back wing TFX.
POPULAR MECHANICS Oct 1965 (v.124#4) pg. 170
Radio-controlled plane uses a carbon dioxide powered engine.
POPULAR MECHANICS Feb 1972 (v.137#2) pg. 144
What it takes to build and fly a radio-controlled model helicopter.
POPULAR MECHANICS Apr 1973 (v.139#4) pg. 69
Getting started in radio control modeling with a sailplane or sailboat.
POPULAR MECHANICS Aug 1975 (v.144#2) pg. 42
Designs for three control-line "fighter" planes powered by small gas engines.
POPULAR MECHANICS Feb 1977 (v.147#2) pg. 192
Build model planes fast with styrofoam.
POPULAR SCIENCE Mar 1963 (v.182#3) pg. 137
Circuit for a simple crystal receiver to monitor AM frequency 72.670 MHz to see if it is in use before flying a radio-controlled model airplane.
RADIO-ELECTRONICS Apr 1986 (v.57#4) pg. 14
Getting started in radio control.
SCIENCE & MECHANICS #216 Apr 1963 (v.34#4) pg. 82
Beginners' radio controled aircraft modeling.
SCIENCE & MECHANICS Jul 1963 (v.34#7) pg. 90
Diablo, a control line delta using a .19, .29, or .35 engine.
SCIENCE & MECHANICS Oct 1964 (v.35#10) pg. 94
Build the radio-controlled "Skyrocket", holder of the world altitude record.
SCIENCE & MECHANICS Mar 1965 (v.36#3) pg. 69
Models for test and designing homebuilt aircraft. Tips on building and using radio controlled models as a poor man's "wind tunnel".
SPORT AVIATION Jan 1987 (v.36#1) pg. 58
Correction SPORT AVIATION Mar 1987 (v.36#3) pg. 8
Dynamic modeling. Part 1. Use of free-flight, dynamically-similar models in estimating full scale aircraft behavior.
SPORT AVIATION Jul 1987 (v.36#7) pg. 30
Added Info SPORT AVIATION Nov 1987 (v.36#11) pg. 4
Dynamic modeling. Part 2. Testing of structurally-scaled, sacrificial models as an aid to full scale design.
SPORT AVIATION Aug 1987 (v.36#8) pg. 59