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Mobility Atlas

Affordable, 3D-printed and open-source prosthetics

Last updated: 5 October 2026 · Total: 8 products

Not every prosthesis comes from a large manufacturer. This page gathers projects that aim at lower cost or wider access. Among the 3D-printed and open-source hands and arms are the e-NABLE Phoenix Hand, a volunteer-made device closed by bending the wrist, the Victoria Hand and the Limbitless bionic arm. Koalaa makes soft fabric prostheses with interchangeable tools. A second group covers low-cost legs, knees and feet designed for regions with few clinics. Many of these are supplied through charities or partner clinics. Suitability should still be checked with a prosthetist.

  • Design files free; parts kits sold separately (price not listed)

    Phoenix Hand

    e-NABLE

    3D-printed and open-source hands and arms. A free-to-download 3D-printed hand that closes when the wrist is bent.

    International volunteer network · PR-074

  • Provided through charity partners; no list price

    Victoria Hand

    Victoria Hand Project

    3D-printed and open-source hands and arms. A 3D-printed prosthetic arm produced locally with partner clinics in lower-resource countries.

    Canada · PR-075

  • No cost to trial participants per maker

    Limbitless bionic arm

    Limbitless Solutions

    3D-printed and open-source hands and arms. A personalised 3D-printed muscle-controlled arm provided through clinical trials.

    USA · PR-076

  • Price on request

    Koalaa soft prosthetics

    Koalaa

    3D-printed and open-source hands and arms. Soft fabric prosthetic sleeves with interchangeable tools for different tasks.

    United Kingdom · PR-077

  • Price on request

    TrueLimb

    Unlimited Tomorrow

    3D-printed and open-source hands and arms. A 3D-printed bionic arm made from a remote scan to mirror the user's other arm.

    USA · PR-078

  • Free to recipients (charity)

    Jaipur Foot / Jaipur Limb

    BMVSS (Jaipur Foot)

    Low-cost legs, knees and feet. A rubber-based foot and polymer socket limb fitted free of charge, made for squatting, uneven ground and barefoot use.

    India · PR-079

  • Free to recipients (charity)

    Jaipur Knee

    BMVSS (Jaipur Foot)

    Low-cost legs, knees and feet. A low-cost polycentric knee developed with Stanford University.

    India · PR-080

How to choose

  • Ask how the device is supplied, since some come through charities or clinics and are not sold directly.
  • Check whether a design is a certified medical device or a community project offered without that status.
  • Printed plastic hands suit light grasping and play, so set expectations lower for heavy or wet work.
  • Find out who will size, assemble and repair the device near you before committing.

Guides for choosing affordable, 3d-printed and open-source

All guides

Common questions

Are 3D-printed prosthetic hands as good as commercial ones?

They are usually simpler and less durable, with limited grip force. Their strengths are low cost, low weight, fast replacement and custom looks, which is why they are popular for growing children.

What does open-source prosthetic mean?

The design files are published freely, so anyone with suitable equipment can print, build and modify the device. Quality then depends on the builder, the printer and the materials used.