3D printing in model aircraft construction (PoD)

Whether in business or for private use, the manufacturing method of 3D printing is becoming increasingly popular. 3D printing not only facilitates numerous industrial processing methods but can also be used by hobbyists. The technology is also becoming increasingly popular in model making and especially in the aviation sector – both for the initial design with CAD/CAM applications and for the final 3D printing of a model aircraft. But how do you apply the process to your own project? Where can 3D printing be used in a meaningful way? And is it as effective as many claims? These and many other questions are answered by expert author Thomas Fischer in his book on 3D printing in model aircraft construction. Both the interested newcomer who wonders whether he should venture into 3D printing and the already practically active user who is looking for implementation solutions will find what he is looking for here. In a practical way, the book explains and deepens the basics of 3D printing, all necessary technical and personal requirements as well as advantages and disadvantages of different filament materials and printing processes. In addition, the author describes his own projects with practical tips – including the construction of a three-metre glider, a super tiger, and self-printed components.

From the content:

• Differences between printing and milling

• CAD and CAM programmes

• Filament types and properties

• Commissioning and maintenance

• Possible sources of error during printing

• About PLA and PETG as filament

• Design of printable components

• On the aspects of surface quality, mass, time, cost, energy consumption, ease of repair and cleanliness

• 3D printing of a three-metre glider

• Reprint of the Super Tiger model

• Homemade rudder hinges and rudder horns

• Improvement and upgrade of various printer models