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This price list is intended to give potential users a general idea of the net cash price for a typical below-the-elbow solution involving an ETD.

Looking for a quick list of the Electronic Terminal Devices (ETDs) currently on the market? For your convenience, this page shows you each of the devices that we’ve reviewed along with links to the full reviews.

Motorica’s INDY Hand is a direct competitor to Electric Terminal Devices (ETDs) from Ottobock and Fillauer, but with more features and a lower price.

Introduced in 1997, with more than 75,000 fittings worldwide, the C-Leg is a proven bionic knee with excellent stability and dependability. At between $40,000 and $50,000 US for a complete solution, it is in the middle tier of pricing for…

Everything you need to know about bionic arms and hands, including all the current devices, technologies, and the latest research. Continuously updated, this page is intended as your one-stop repository for information on upper-limb bionics.

Is osseointegration right for you? If successful, it may dramatically improve your quality of life. But this technology is still in its infancy, so patient due diligence is essential.

Everything you need to know about bionic legs, knees, ankles, and feet. Continuously updated, this page is your one-stop repository for all the latest information on lower-limb devices, technologies, and research.

Osseointegration for limbs involves inserting a metal rod into an arm or leg bone. The bone then fuses with the rod in a manner similar to fracture healing. The resulting implant offers numerous benefits but also introduces significant health risks.

The Ottobock SensorHand Speed has the advantages of a powered hook in speed, durability, and ease of use, but with more sophisticated grasping features and the ability to appear like a natural hand.

Ossur’s Rheo Knee XC is the premium version of its sister product, the Rheo Knee. Added features include increased support for higher-level activities.

Ossur’s Proprio Foot includes many of the advanced features found in other foot/ankle systems. However, it uses an inter-step ankle accommodation strategy, which some view as inferior to the within-step strategies used by other bionic foot/ankle systems.

More advances in bionic-hand control systems, the lack of new innovations in lower-limb bionics, and a key step forward for osseointegration.