Our Statements

3D printing is set to revolutionize aeromodelling, though weight remains a primary concern. Most standard filaments are too heavy for high-performance flight, making it difficult to achieve strong, single-wall prints that rival traditional builds. LW-PLA is a game-changer in this regard, yet it currently suffers from high costs and inconsistent global availability.

Another issue in 3D printed aeromodelling is that it is also quite challenges when assembling the parts. It really depends on how the designer come up with his/her 3D model creation. The designer also needs to consider the total weight produced when designing the plane without sacrificing simplicity and easiness when assembling the parts. Here is the list of challenges but not limited to when designing a 3D printed plane:

   – Material Density and Other Characteristics (Filament types and its characteristics)

   – Printer Capability Delivering Printed Object (Printer and its technology used)

   – Single Parameter Printing Technique (Slicer capability)

   – Design Factor (CAD Model itself)

We recognize these hurdles and are committed to constant innovation. 3D-printed aeromodelling is an evolving frontier with endless potential for growth. While we are incredibly proud of how our designs perform with standard filaments like PLA, ABS, ASA, and HIPS, we aren’t limited by them. Although we fully support LW-PLA for its weight-saving properties, you don’t always need specialized filament to see massive gains. In fact, simply switching to a 0.3mm nozzle can slash your airframe weight by up to 30%—delivering high-performance results with everyday materials.

About Me

Dolly Siregar earned his Master’s degree in Computer Science from Texas A&M University (College Station, TX) before launching his career at Motorola in Arlington Heights, IL. After five years as a Senior Software Engineer in the U.S., Dolly returned to Jakarta, Indonesia, where he spent 15 years as a leader in the telecommunications industry.

A lifelong aviation enthusiast, Dolly has been designing and flying RC aircraft since 2003. In 2017, he discovered the world of 3D printing and was immediately fascinated by the ability to transform CAD designs into flight-ready models. In 2020, he combined these two passions to launch OWLplane. By merging his software engineering expertise with hands-on hardware development—including designing his own FDM printers—Dolly has dedicated himself to perfecting the art of 3D-printed flight.

The name OWLplane is inspired by the owl’s legendary silent flight and keen vision—qualities we strive to replicate in every model we design. Thank you for being part of this journey and supporting the hobby!

@OWLplane.