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Three-Headed Hydra Flexible Dragon - 3D Printed PLA | Greek Mythology Inspired | Silk PLA

Three-Headed Hydra Flexible Dragon - 3D Printed PLA | Greek Mythology Inspired | Silk PLA

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Regular price €14,50 EUR
Regular price Sale price €14,50 EUR
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Inspired by the legendary nine-headed sea monster of Greek mythology slain by Heracles as one of his twelve labours, this three-headed Hydra features a solid central body with three fully articulated flexible heads and a flexible tail, giving it a dynamic, poseable quality that makes every arrangement look different. At approximately 36cm it is as much a display piece as it is a fidget toy. Printed in PLA.

  • Three independently flexible articulated heads.
  • Flexible tail with solid central body for stability.
  • Approximately 36cm in length.
Made to Order — Information
Every product is printed after your order is placed. If your chosen colour is temporarily out of stock from our filament supplier, we will contact you to offer a colour swap, a full refund, or the option to wait for a restock — whichever you prefer.
Material Information

PLA (Polylactic Acid)

PLA is a plant-based bioplastic made from corn starch or sugarcane. It is the standard material for decorative 3D printing — lightweight, precise, with stable colours and clean finishes. Best suited for indoor use. Avoid prolonged exposure to heat or direct sunlight.

PETG (Polyethylene Terephthalate Glycol)

PETG is more durable and slightly flexible compared to PLA. It offers better heat and moisture resistance, making it suitable for functional parts subject to everyday use. Of the two materials, PETG is the only one that may offer some water resistance - this will be indicated in the product description where applicable.

ⓘ Water resistance - mentioned in the product description only where applicable.

Custom colour or material? Want this product printed in a specific colour or material not listed?

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This model was originally designed by its author(s) and is used under the terms of the listed license.

CC BY 4.0 Rextruction
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