The Pit Crew approach to medical cardiac arrest was originally designed to improve workflow efficiency and provider coordination during resuscitation. However, the management of traumatic arrest differs significantly in both pathophysiology and required interventions. Emerging evidence shows that chest compressions in traumatic arrest are largely ineffective until critical trauma-related Life-Saving Interventions (LSIs) are addressed. Given the complexity and urgency of these interventions, a specialized Pit Crew model for traumatic arrest is essential to reduce time to LSI completion and optimize outcomes. This presentation introduces a trauma-specific Pit Crew model tailored to the distinct needs of traumatic arrest resuscitation. The model incorporates all potentially indicated LSIs and accounts for the varied staffing structures common across EMS agencies. Implementation of this structured approach has resulted in an approximate 75% reduction in time to LSI completion on first attempts, compared to cases managed without a defined method. This innovative framework enhances EMS team efficiency, promotes early delivery of effective CPR when appropriate, and increases provider confidence in managing these high-acuity scenarios.