Learning to Kitesurf Using an Adapted Prosthesis: A Case Report.

Area of Science:

• Sports medicine
• Prosthetics and orthotics
• Adaptive sports

Background:

• Kitesurfing is a growing water sport with increasing global participation.
• Transfemoral amputation presents unique challenges for athletes engaging in dynamic activities.
• The need for specialized prosthetic solutions for amputee athletes in extreme sports is evident.

Observation:

• A 36-year-old nonprofessional athlete with a right transfemoral amputation (distal third) sought to learn kitesurfing.
• The athlete utilized a custom-designed prosthesis featuring a specific socket, knee, and foot components.
• The prosthesis was engineered for saltwater resistance, low weight, and shock absorption.

Findings:

• The athlete demonstrated successful learning and improvement in kitesurfing using the specialized prosthesis.
• The prosthesis allowed for tension adjustments based on weather, water conditions, and sport-specific needs.
• Specific techniques, such as a seated waterstart, were adapted due to the amputation.

Implications:

• This case highlights the potential for individuals with transfemoral amputations to participate in high-impact water sports.
• The development of adaptive prosthetics is crucial for enhancing the capabilities of amputee athletes.
• Further research into prosthetic design for extreme sports can broaden participation and improve performance.