Enhancing Blast Overpressure Exposure Awareness and Informing Military Training Decisions to Mitigate Unnecessary...

Area of Science:

• Military medicine
• Occupational health
• Neurology

Background:

• Repetitive blast overpressure (BOP) exposure in military personnel is linked to potential neurological effects, including cognitive deficits.
• Training and operational environments pose risks of repeated low-level blast exposure, even within established limits.

Purpose of the Study:

• To develop a tool supporting blast overpressure (BOP) exposure mitigation guidance for military training.
• To inform training cadre, commanders, and range managers about predicted BOP exposures to facilitate risk mitigation.

Main Methods:

• Development of the Blast Overpressure (BOP) Tool, a system designed to predict BOP exposures.
• Incorporation of user feedback from the operational community into tool development.
• Creation of multiple tool versions (mobile, desktop, ArcGIS-integrated) to meet diverse end-user needs.

Main Results:

• The BOP Tool predicts BOP exposures based on weapon type, ammunition, posture, and proximity.
• Features include real-time mobile feedback, desktop planning modules (Site and Scene), and ArcGIS integration for range safety.
• Preliminary feedback indicates the tool informs best practices for protecting Service Members by simulating safer postures and positions.

Conclusions:

• The BOP Tool enhances understanding of blast exposure and aids in developing safer military training protocols.
• Real-time prediction and visualization capabilities improve risk assessment and decision-making for leaders.
• Ultimately contributes to optimizing the health and safety of Service Members during heavy weapon training.