A fun demo project experimenting with Spring AI and MCP Server implementation
April 2, 2025
Closer Look at the Model
Recently, I’ve been working on a 3D printing project, specifically designing an RC airplane. After some research, I came across the Eclipson Modal A model. I really liked its design and decided to give it a try.
Though the model is recommended to be printed with Light PLA, I had regular PLA available, so I decided to proceed with that. I couldn’t find many examples online, so I thought it would be a good idea to share my experience here.
Model Specifications
| Specification | LW-PLA | PLA |
|---|---|---|
| Printed Weight | 220g | 390g |
| Take-off Weight* | 490g | 730g |
| Stall Speed | 24 km/h | 29 km/h |
| Wing Loading | 30g/dm² | 45g/dm² |
| Wing Span | 1000mm (39") | 1000mm (39") |
| Wing Surface | 16dm² | 16dm² |
| Wing Aspect Ratio | 6.6 | 6.6 |
| Length | 760mm | 760mm |
3D Printing and Assembly
The 3D printing process was a fascinating experience. I used regular PLA to print the various parts of the airplane. The assembly required patience and attention to detail, but the instructions were clear, and the result was satisfying.
First Flight
The first flight was a thrilling experience. The airplane performed beautifully, and I was impressed by its stability and maneuverability. I will update with details soon. Reach me out if you need any questions.
Conclusion
My experience with the Eclipson Model A RC Controlled Airplane was incredibly rewarding. The process of 3D printing and assembling it was a great learning experience, and the thrill of flying it was exhilarating. I highly recommend this project to anyone interested in RC airplanes and 3D printing.
