Total Ankle Replacement in a Military Jet Pilot

Area of Science:

• Orthopedic Surgery
• Aerospace Medicine
• Trauma Surgery

Background:

• High-energy ankle fractures and dislocations pose significant challenges, particularly in military aviators requiring stringent physical standards.
• Reconstruction of severe ankle trauma, including talar extrusion, necessitates advanced surgical techniques.

Observation:

• A 33-year-old male test pilot sustained an open, high-energy ankle fracture-dislocation with talar extrusion in a plane crash.
• Initial treatment with a talar replica resulted in persistent pain and arthritic changes, leading to a custom total ankle replacement.

Findings:

• The patient demonstrated successful functional recovery following custom total ankle replacement.
• A two-year follow-up confirmed the pilot's fitness to fly high-performance military aircraft.

Implications:

• Total ankle replacement can be a viable option for restoring function in aviators with severe ankle trauma.
• This case highlights the potential for advanced orthopedic interventions to enable return to demanding aviation duties.