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Ottobock’s bebionic hand offers 14 grip patterns and a carrying capacity of 45 kgs, which places it in the upper third of bionic hands in these two categories. On the downside, there are rumblings about its durability.

Sense, from Infinite Biomedical Technologies (IBT), is an impressive myoelectric pattern recognition system. It is not just the technology that impresses but also the training and support systems that IBT has put into place.

Adam’s Hand is one of the most intriguing new bionic hands due to its unique adaptive grip technology, which eliminates the need to change grips.

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.

Looking for a quick list of above-the-elbow bionic solutions? For your convenience, this page lists all the components that make up these solutions, with links to individual articles on each component.

Looking for a quick list of the bionic hands 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.

Know your options. Here, we list 32 bionic arms, elbows, hands, partial hands, and electric terminal devices (ETDs), with links to articles on each.

Our bionic hand price list is intended to give potential users a general idea of the net cash price for a typical below-the-elbow solution involving the bionic hands currently on the market.

This price list is intended to give potential users a general idea of the price for each bionic foot currently available on the market.

This price list is intended to give potential users a general idea of the price for each microprocessor ankle/foot, knee, and integrated bionic leg currently available on the market.

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.

The current control systems for bionic legs & feet are mostly autonomous, but researchers are actively exploring direct control and sensory feedback.