To prevent hypothermia in a patient, the internal temperature of the transport box should be kept at a minimum of:

• A. 97 degrees
• B. 72 degrees
• C. 85 degrees
• D. 60 degrees

Answer: (C)

Maintaining a warm microenvironment during transport is essential to prevent hypothermia, which can worsen outcomes by increasing metabolic demand and impairing coagulation and function. Keeping the interior of the transport box at least 85°F provides a baseline warmth that minimizes heat loss from the patient to the surroundings. Temperatures cooler than this allow heat to escape more rapidly, raising the risk of hypothermia. Very hot ambient settings aren’t necessary and could cause discomfort, while room temperatures around 72°F or 60°F are too cool to protect against heat loss. By using 85°F as the minimum, you give the patient a safer ambient condition during transport.