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  • Simulation

  • Artillery shell

This yellow 3D‑printed, scale‑model artillery shell is a styling accessory designed for RC helicopters, drones, or mecha models. Its primary function is to infuse your model with a military aesthetic and striking visual impact—while also delivering lightweight construction and effortless installation.

  • Military‑inspired Design, Enhanced Visual Appeal: The shell features a classic conical nose and tail fins, with crisp, clean lines that faithfully replicate the silhouette of real-world weaponry. Its vibrant yellow hue ensures high visibility on any model—whether it’s on static display or during flight demonstrations—instantly elevating the overall sense of combat readiness and futuristic sophistication. It’s the perfect choice for RC modelers looking to make a bold statement and showcase their unique style.

  • Lightweight Construction, No Compromise on Performance: Crafted using integrated 3D printing, the shell boasts a hollow interior or low‑density infill, resulting in an ultra‑lightweight design that has minimal impact on the model’s center of gravity or flight performance. The shell attaches securely via snap‑fits or Velcro straps to the model’s landing gear, fuselage, or external hardpoints, making installation and removal quick and hassle‑free—so you can easily add or remove it as needed.

  • Durable Material, Versatile Applications: Printed in PETG, this shell offers exceptional toughness and strength, capable of withstanding minor impacts and aerodynamic forces during flight without deforming or fading. Whether you’re showcasing your model at static exhibitions, performing dynamic flight displays, or competing in RC airshows, this accessory delivers reliable visual enhancements that elevate your build to the next level.

Originality of the Model

The author declares that this work is their personally original model

This model is licensed under the following terms:

Credit must be given to the creator

Models(1)

  • model file image
    1.3mfDesigner

    228.71 KB

    2026-02-23

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