The Experiment Division executed Enhanced MAGTF Operations (EMO) Limited Objective Experiment (LOE) 3 from 9-19 May aboard the Army National Guard Post at Camp Roberts, California. EMO LOE 3 was a live force, limited free play experiment that focused on developing a digital fires capability at the company level while improving the overall fires process during sustained, distributed operations from a sea base. Specific technologies integrated into LOE 3 included: MAGTF Enabler–Light, Heterogeneous Airborne Reconnaissance Team, Gusto®, Aerial Mobile ad hoc Network Passive Relay, and Integrated Capabilities Application.
The Experiment Division executed Enhanced MAGTF Operations (EMO) Limited Objective Experiment (LOE) 3 from 9-19 May aboard the Army National Guard Post at Camp Roberts, California. EMO LOE 3 was a live force, limited free play experiment that focused on developing a digital fires capability at the company level while improving the overall fires process during sustained, distributed operations from a sea base. Specific technologies integrated into LOE 3 included: MAGTF Enabler–Light, Heterogeneous Airborne Reconnaissance Team, Gusto®, Aerial Mobile ad hoc Network Passive Relay, and Integrated Capabilities Application.
The Experiment Division is now focusing on the planning and coordination for the Advanced Warfighting Experiment (AWE) scheduled to take place during RIMPAC-14 next summer. The AWE will be the final event in the EMO series of experiments and serve as a transition to the Future Maritime Operations experiments scheduled to begin in 2015.
The division’s Modeling and Simulation Branch is currently working several projects to include the Physiological Metrics of Immersion Study and Moving Target Engagement Training (MTET). The objective of the Physiological Metrics of Immersion Study is to develop metrics to measure the level of presence or degree to which a Marine is mentally engaged in a scenario when using simulation systems. The results of this study will be used to determine if the benfit of higher fidelity simulation is worth the additional expense. The primary objective of MTET is to determine the most effective method to engage moving targets with the M-4 and M-27 rifles. MTET will also be used to evaluate the Robotic Moving Target for use in future training against moving targets. MTET LOE 2 is tentatively scheduled for 16-27 Sept of this year at Marine Corps Base Quantico.