MAK Technologies Delivered Marine Gunnery Training Prototype

The Marine Corps has received a new simulator for Amphibious Combat Vehicle crews to conduct pre-live-fire training.

Updated on Oct. 6, 2026 in Military Jobs

Isometric editorial illustration of a heavy geometric steel training module on a mechanical frame, representing a military simulator system. — MAK Technologies has delivered a new Amphibious Combat Vehicle Crew Gunnery Trainer prototype to the U.S. Marine Corps to enhance crew coordination. AI Illustration. Upload story photo >

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MAK Technologies has delivered the Amphibious Combat Vehicle Crew Gunnery Trainer prototype to the United States Marine Corps. The system supports critical crew coordination skills before operators move to live-fire exercises.

Why it matters

This simulator provides a repeatable, cost-effective training environment for vehicle crews, aiming to standardize performance and reduce the resources required for live-fire preparation.

MAK Technologies completed the prototype development in 6 months. The project has now moved into Phase 2, which will focus on evolving the system based on user feedback.

The players

MAK Technologies

A defense contractor specializing in simulation software and training systems for military applications.

United States Marine Corps

The branch of the U.S. Armed Forces responsible for expeditionary warfare and amphibious operations.

The details

The trainer features distinct stations for the Commander, Gunner, Driver, and Instructor/Operator to simulate mission conditions. It enables crews to practice technical skills and coordinate movements in a synthetic environment that offers performance assessment and after-action review tools. By refining these skills before live-fire training, the Marine Corps seeks to improve crew readiness and operational safety.

Development of the prototype began in April 2026.
Phase 1 reached completion and the prototype was delivered on October 6, 2026.

Market Landscape

The transition to synthetic training reflects a broader shift across the defense industry toward digital-first crew proficiency models. This program aligns with the ongoing focus on integrated training technologies to modernize force readiness.

Operators in the defense technology sector should monitor the shift toward high-fidelity simulation requirements for crew certification. Future contracts will likely hinge on the ability to integrate real-time performance assessment into standard training cycles.

The takeaway

Synthetic training systems are becoming standard for enhancing crew safety and performance prior to live-fire deployment. Businesses in the training sector should prioritize developing modular, station-based systems that offer integrated after-action review metrics to meet defense procurement trends.