Model information
Description
RC Aircraft Detail Set – Antennas & Scale Parts
Purpose
This collection consists of small antennas and detail parts designed to improve realism in RC aircraft and scale models. The parts are inspired by real aircraft components to provide lightweight, simple additions for various builds.
Practical Uses
These components are intended for use in RC airplanes, scale aircraft models, dioramas, and custom builds. The parts can be scaled depending on the specific model size being worked on.
Included Parts
The set includes multiple antenna shapes and mounting elements:
- Loop antennas
- Whip antennas
- Blade antennas
- Pitot-style elements
- Small mounting bases
Printing and Assembly Guidance
For best results, the author suggests using fine layer settings to capture detail.
Recommended printing settings:
- Material: PLA recommended
- Layer height: 0.12–0.2 mm
- Infill: 100% (for small parts)
- Supports: No (depending on orientation)
Note: Due to their size, these small parts may require careful handling during and after printing.
Original text by the author on Printables
<p>## Overview</p><p>Collection of small antennas and detail parts designed to improve realism in RC aircraft and scale models.</p><p>Includes multiple shapes inspired by real aircraft components, useful for different builds and scales.</p><p>---</p><p>## Features</p><p>- Multiple antenna styles </p><p>- Lightweight and simple parts </p><p>- Easy to print </p><p>- Designed for scale realism </p><p>---</p><p>## Included parts</p><p>- Loop antennas </p><p>- Whip antennas </p><p>- Blade antennas </p><p>- Pitot-style elements </p><p>- Small mounting bases </p><p>---</p><p>## Use cases</p><p>- RC airplanes </p><p>- Scale aircraft models </p><p>- Dioramas </p><p>- Custom builds </p><p>---</p><p>## Printing settings</p><p>- Material: PLA recommended </p><p>- Layer height: 0.12–0.2 mm </p><p>- Infill: 100% (small parts) </p><p>- Supports: No (depending on orientation) </p><p>---</p><p>## Notes</p><p>- Small parts may require careful handling </p><p>- Can be scaled depending on model size </p><p>- Best printed with fine layer settings for detail </p><p>---</p><p>## If you print it</p><p>Feel free to share your makes 👍</p>
Questions and contributions