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.
What Do Thermals Look Like by Wayne Angevine, an atmospheric physicist.
Paper and plans describing the aerodynamics and structures of a 2m RES sailplane.
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.
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.
Anatomy of a project to design a moulded F3F-class radio control slope soarer, by Adrian Bedford.
A new spin on the perceptions, procedures, and principles of flight.
