Guelph Engineering 41X showcase, a Success

Prototype of the transradial amputee handlebar adaptation implemented on a bike

Handlebar Adaptation for Paratriathletes with a Lower Arm Amputation

Moulded thermoplastic (white) and conformable foam (blue) added for some degree of personalization to the residual limb.  Steel outer socket provides structural integrity.

Handlebar Adaptation for Paratriathletes with a Lower Arm Amputation

View of the inside of the moulded thermoplastic.  The thermoplastic can be placed in water, causing it to become malleable but not retaining the heat, and then draped and forms to the residual limb.

Handlebar Adaptation for Paratriathletes with a Lower Arm Amputation

Dual gear shifter allows the front and rear brakes to be applied with a single leaver using the dominant hand.

Handlebar Adaptation for Paratriathletes with a Lower Arm Amputation

Single-sided gear shifter was created from a machined part that was inserted into the end of the aero-bar.  This allows the athlete to shift both the front and rear brakes with the dominant hand.

Handlebar Adaptation for Paratriathletes with a Lower Arm Amputation

Swinging mechanism allowing the athlete to swivel from the upright to aerodynamic position.  The end of the socket allows for length adjustment.

Handlebar Adaptation for Paratriathletes with a Lower Arm Amputation

Socket in the upright position.

Handlebar Adaptation for Paratriathletes with a Lower Arm Amputation Poster

 

Posted 370 weeks ago
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