Prosthetic arm hangs up laundry

Arm Prosthesis Race

ARM

About the Discipline

Grabbing, moving and feeling with a prosthetic hand

An amputation above the hand or a congenital malformation may lead to significant challenges in everyday life. While many of the latest arm prostheses provide a wide variety of grip patterns, their use and range of functions are often not completely satisfactory for their users. The devices often still lack some of the fundamental functionalities of a human hand, such as wrist flexion and extension or the control of individual fingers. Missing degrees of freedom often result in non-physiological, compensatory movements. Most devices also do not provide depth perception or haptic sensory information, which can lead to a lack of acceptance of the prosthesis. Arm prostheses that enable the functions of a human hand in a natural way and which fulfil the users’ expectations and needs have the promising potential to prevent negative long-term effects such as neck pain or back pain due to non-physiological movement or anatomical asymmetry.

The competition tasks will test various abilities, such as sensory feedback from the hand, the ability to rotate the palm upwards and downwards, or the ability to cope with objects of different sizes, shapes, and weights, as well as coordination of both hands. In general, the tasks will contain more variability and uncertainty about the exact structure or about the exact arrangement of the different objects compared to the competitions in 2016 and 2020.

Who can participate?

Pilots:

People who have an amputation or congenital malformation below the elbow or higher on at least one arm.

Technology:

Body-powered (cable-driven) or motor-powered prostheses that are operated completely in manual mode or include autonomous functions are allowed. The prosthetic device is allowed to have any number of actively driven joints, such as for opening and closing the hand. The prosthetic device can have several passive or mechanically coupled joints e.g., at the fingers.

Information for Teams:

Are you a member of a team or interested in more detailed information, click here.

 

Prosthetic arms are becoming smarter and more customised

CYBATHLON 2020 Global Edition - ARM Races

Meet the ARM-Teams

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ARM2u (ES)

37 Fans

Portrait photo of Team BFH HuCE 2.0

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BFH HuCE 2.0 (CH)

1 Fan

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Bionicohand (FR)

no fans yet

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BionIT Labs (IT)

6 Fans

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BLINCdev (CA)

no fans yet

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CybaNorth (NL)

no fans yet

Portrait photo of Team CyberTUM

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CyberTUM (DE)

1 Fan

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e-OPRA (SE)

32 Fans

UBC Bionics | © UBC Bionics

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GRASP (CA)

no fans yet

Portrait photo of two members of the CYBATHLON Team Hands On

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Hands On (CN)

7 Fans

Portrait photo of CYBATHLON Team Imperial ARM

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Imperial ARM (GB)

12 Fans

Portrait of a CYBATHLON Team

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Karla Bionics (ID)

2 Fans

Portrait photo of a CYBATHLON pilot showing his arm prosthesis

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Maker Hand (HR)

7 Fans

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Metacarpal (GB)

1 Fan

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MiaHand (IT)

1 Fan

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REHAB TECH (IT)

11 Fans

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SheffBionics (GB)

1 Fan

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SIBET (CN)

no fans yet

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SmartArM ARM (FR)

3 Fans

Portrait photo of CYBATHLON Team SoftHand Pro

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SoftHand Pro (IT)

13 Fans

Portrait photo of CYBATHLON Pilot

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SuperMotorica (RU)

3 Fans

various portraits of team members of the Touch Hand team

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Touch Hand (ZA)

3 Fans

Portrait photo of CYBATHLON Team Viswajyothi

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Viswajyothi (IN)

2 Fans

Bird's eye view of CYBATHLON Team x-OPRA

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x-OPRA (SE)

27 Fans

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