Fire and EMS

The Operational Vital Signs

Key metrics on the metabolic health of fire and ems.

Overweight or Obese

Fire and EMS personnel exceed national obesity averages — a direct consequence of shift structure, not individual choice.

Cardiac-Related LODD

Sudden cardiac death is the leading cause of line-of-duty deaths — responsible for nearly half of all firefighter fatalities.

CVD Risk During Suppression

Firefighters are 300–500% more likely to suffer a cardiac event during active fire suppression operations.

Metabolic Syndrome Rate

Fire and EMS personnel have double the metabolic syndrome prevalence compared to the general public.

The Reality: Sudden cardiac death accounts for 45–50% of all firefighter line-of-duty deaths.
The Impact: Heat stress, peak exertion, SCBA use, and adrenaline response compound metabolic disease into a life-threatening event during fire suppression.
The Reality: GLP-1 therapy reduces cardiovascular event risk by 15–20% in high-risk populations.
The Impact: It also lowers blood pressure, improves insulin sensitivity, and reduces systemic inflammation — each reducing cardiac event risk independently.

The Reality: 24-hour shift schedules and interrupted sleep directly disrupt cortisol regulation and insulin sensitivity.
The Impact: Sleep fragmentation increases appetite-driving hormones and decreases resting metabolic rate — making weight gain a predictable physiological outcome.
The Reality: Excess weight increases SCBA air consumption and reduces time on task during active suppression.
The Impact: It elevates orthopedic injury risk under heavy gear loads, hose deployment, victim extraction, and ladder operations.

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Clinically reducing the metabolic risks that drive line-of-duty deaths in the fire service.

15–20% reduction in cardiac event risk — directly targeting the #1 cause of firefighter line-of-duty deaths.

Improved insulin sensitivity and blood sugar regulation — sustaining energy and cognition across extended shifts.

Reduces systemic inflammation driving chronic back, knee, and shoulder pain from heavy gear and physical demands.

Reduces excess weight to improve SCBA air duration and thermal regulation under turnout gear.

Stabilized energy levels and improved sleep quality — counteracting the metabolic damage of 24-hour rotations.

Reduced long-term cardiovascular and musculoskeletal risk — keeping firefighters and medics operational longer.