MAK Technologies Finished Amphibious Trainer Prototype

Defense contractors must refine military simulation tools based on direct, iterative feedback from active-duty personnel.

Updated on Oct. 14, 2026 in Military Jobs

Isometric editorial illustration of a matte, geometric amphibious combat vehicle on a gravel training range, symbolizing defense simulation technology. — MAK Technologies has delivered a prototype for the Amphibious Combat Vehicle Crew Gunnery Trainer, securing a Phase 2 contract from the Marines. AI Illustration. Upload story photo >

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MAK Technologies has completed Phase 1 of the Amphibious Combat Vehicle Crew Gunnery Trainer program after delivering a prototype in six months. The firm has now secured the contract for Phase 2, which will focus on evolving the system for the ACV-30 variant.

Why it matters

This rapid development cycle highlights the shift toward simulation-based training that prepares crews for gunnery skills and coordination before moving to expensive live-fire exercises. Ongoing refinement through direct user feedback remains a critical requirement for defense hardware and software contractors.

The firm delivered the prototype system within a six-month development window. The project now moves to Phase 2 to scale capabilities for the ACV-30 variant, though the total program budget has not been released.

The players

MAK Technologies

A developer of simulation and training software serving defense and commercial aerospace sectors.

United States Marine Corps

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

The details

The trainer features distinct stations for the driver, gunner, commander, and instructor, allowing for comprehensive performance assessment and after-action reviews. By incorporating direct feedback from Marines throughout the user evaluation process, MAK Technologies adjusted the simulation to mirror operational requirements. The program aims to bridge the gap between classroom instruction and live-fire readiness for amphibious operations.

April 2026: Development of the ACV CGT prototype began.
October 2026: Phase 1 completion and Phase 2 award announced.

Market Landscape

This program follows the rapid, iterative delivery patterns encouraged by the DoD's Adaptive Acquisition Framework. It reflects an industry-wide push toward simulated environments that reduce the reliance on costly live-fire training cycles.

Operators in the defense sector should note the increased demand for simulation tools that allow for immediate performance review and post-action analysis. Aligning R&D cycles with end-user feedback loops is now a baseline expectation for securing follow-on defense contract phases.

The takeaway

Rapid prototype delivery is a key competitive advantage when paired with active-duty user feedback cycles. Monitor how your service or product integrates into standard training curricula to prove long-term utility to government clients.