For Pilots
Phase I – Oxygen Consumption
Phase II – Cognition
Phase III – Emergency Parachutes
Results So Far
High Heart Rates
Low Physical Effort
G Tolerance
Fast Not Deep
Study Limitations
First Aid Key Skills
Publications and Podcasts
For Researchers
What is Free Flight?
Project Summary
Publications
Extreme Sports Trauma Management
Key Skills
Scene Safety
Leadership and Followership
Casualty Assessment
Opening the Airway
Controlling Bleeding
Binding the pelvis
Lower Limb Injuries
Environmental Protection
Management of Pain
First Aid and the Law
First Aid Kits
Incident Simulation Pack
Extreme Sports Trauma Courses
X-Lite First Aid Kits
People
Support Us
Contact
For Pilots
Phase I – Oxygen Consumption
Phase II – Cognition
Phase III – Emergency Parachutes
Results So Far
High Heart Rates
Low Physical Effort
G Tolerance
Fast Not Deep
Study Limitations
First Aid Key Skills
Publications and Podcasts
For Researchers
What is Free Flight?
Project Summary
Publications
Extreme Sports Trauma Management
Key Skills
Scene Safety
Leadership and Followership
Casualty Assessment
Opening the Airway
Controlling Bleeding
Binding the pelvis
Lower Limb Injuries
Environmental Protection
Management of Pain
First Aid and the Law
First Aid Kits
Incident Simulation Pack
Extreme Sports Trauma Courses
X-Lite First Aid Kits
People
Support Us
Contact
The Free Flight Physiology Project
Pilot Safety, Physiology & Performance
Remote Trauma
Group Dynamics, Scene Safety, Casualty Care
Extreme Environments
Remote Locations, Demanding Conditions & Extreme Athletes
Multidisciplinary Collaboration
Pilot Physiology, Remote Medicine, Animal Biology & Human Factors
Novel Telemetry
Measuring Physiology in Free Flight
