How do you mitigate G-forces effects on a patient during rapid acceleration or deceleration?

How do you mitigate G-forces effects on a patient during rapid acceleration or deceleration?

• A. Allow head movement for comfort
• B. Use loose restraints to reduce pressure
• C. Proper patient and equipment restraint, securement, minimal head movement, and padding
• D. Delay restraints until after turbulence ends

Answer: (C)

When rapid changes in speed occur, the body’s inertia resists the motion, so keeping the patient and any equipment securely in place is essential to minimize injury. The best approach combines proper patient and equipment restraint with securement, minimal head movement, and padding. Secure restraints keep the patient anchored to the aircraft surface and prevent sliding or ejection; securing all equipment prevents items from becoming projectiles and helps maintain monitor and airway lines in place. Minimizing head movement reduces cervical spine strain and prevents the head from striking structures during abrupt deceleration. Padding distributes forces across a larger area and protects against pressure injuries at contact points, making the restraint forces more tolerable and less likely to cause local damage. In short, this approach stabilizes the patient, protects the spine and airway, and maintains equipment position during G-forces. Allowing head movement, using loose restraints, or delaying restraints until turbulence ends all expose the patient to uncontrolled forces and greater risk of injury.