A collection of papers, journal re-prints and magazine articles of a technical nature, relating to the hobby of RC Soaring - radio controlled planes (sailplanes and gliders) that are not assisted in flight by power.
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Sites 8
Tips for working safely with epoxy, including discussion of latex gloves.
By Michael Shellim, a relatively simple method of casting lead noseweight to fit accurately inside the nose of your model.
Paper and plans describing the aerodynamics and structures of a 2m RES sailplane.
Anatomy of a project to design a moulded F3F-class radio control slope soarer, by Adrian Bedford.
What Do Thermals Look Like by Wayne Angevine, an atmospheric physicist.
A theoretical study to evaluate the effect of minimum sink rate, span, and aspect ratio on the performance of a family of conventional radio controlled thermal sailplanes.
A new spin on the perceptions, procedures, and principles of flight.
Information on low speed airfoil testing for model airplanes.
Information on low speed airfoil testing for model airplanes.
Anatomy of a project to design a moulded F3F-class radio control slope soarer, by Adrian Bedford.
Paper and plans describing the aerodynamics and structures of a 2m RES sailplane.
By Michael Shellim, a relatively simple method of casting lead noseweight to fit accurately inside the nose of your model.
Tips for working safely with epoxy, including discussion of latex gloves.
A theoretical study to evaluate the effect of minimum sink rate, span, and aspect ratio on the performance of a family of conventional radio controlled thermal sailplanes.
What Do Thermals Look Like by Wayne Angevine, an atmospheric physicist.
A new spin on the perceptions, procedures, and principles of flight.
