My research project is based on an Adaptive Tricycle Design that caters for children with Cerebral Palsy (Ages 3-6 Years Old) with GMFCS Levels I-II. It focuses on assisting and promoting independence for this specific group of individuals with a key emphasis on physical wellbeing. 

Cerebral Palsy refers to a group of neurological disorders that occur in the developing foetal or infant brain’s ability to maintain posture, balance and permanently affects body movement and muscle coordination. It affects close to 3 in 1000 births globally, with varying grades and conditions that affect an individual's growth.

Through my review of Literature, it was revealed to me that both current and traditional adaptive bicycle/ tricycle designs have limitations to cater for the independent needs of a child user. These products have a heavy focus & reliance on components that require a caregiver/ parent for support to facilitate activities and take away from the necessary skills development that is crucial for the age group. In addition, the range of available products lacked the integration of modern technologies and materials to improve the User Experience/ journey. 

My design includes the implementation of a Linear Actuator into the adaptive tricycle frame, to allow for chassis height adjustment to promote independence in mounting, riding and dismounting during the activity process. In addition to this component, is the integration of a mid drive electric pedal assist motor to make the process of riding easier for children with Cerebral Palsy. 

Finally, through the use of carbon composite materials and advanced manufacturing methods - a reduction in product weight, compliance and possibility for more ergonomic solutions are catered towards my user group. This element also has a crucial positive impact on the circularity and life span of the adaptive tricycle.

My product ultimately aims to promote independence for children with Cerebral Palsy, but also contributes to the joy in exploration and development through physical activities such as adaptive tricycle riding.