skip to primary navigation skip to content
 

Cambridge Simulation Gloves



Why should I buy them?

and will be shown once you click through to our online store.

Watch this video to see the gloves in action.

What do the gloves do?

The Cambridge simulation gloves simulate a reduction in the functional ability of the hands. In particular, they use plastic strips to limit the strength and range of motion of the fingers and thumb. Various conditions, such as arthritis, can cause effects like these. As an example, these gloves will make it much more difficult to use a knife and fork, simulating the difficulties that people with arthritis of the knuckles have in gripping small handles.

Please note that impairment simulation cannot convey what it is really like to live with capability loss on an everyday basis. In particular, the gloves do not simulate other common effects such as pain, tremor, loss of tactile sensitivity and changes to the shape of the hand that occur with ageing. Furthermore, they do not simulate any problems with the wrists. As an example, using a touchscreen keyboard on a mobile phone remains relatively easy with the gloves but is particularly difficult for people with tremor.

Therefore, these gloves are intended to be used in combination with other tools as part of a holistic inclusive design evaluation (described within the Evaluate part of the Process section of this website).

The gloves can be used to help people to empathise with those with dexterity impairment, and to compare the demands placed by different products on dexterity. The harder a product is to use while wearing the gloves, the more demand it places on dexterity and the more inaccessible it is. Conversely, if a product remains comfortable to use while wearing these gloves, then it is likely to be more comfortable for a broad range of users.

Feedback

We would welcome your feedback on this page:

Your name:


Your email:


Please tick this box if you would like to receive updates on inclusive design training and tools from the Engineering Design Centre.

Your comments:


Please leave this field blank (it's a spam trap):
Submit feedback

Any information that you send us will be handled in accordance with our privacy policy.