Camp Lejeune Deploys High-Tech Simulations to Revolutionize Tactical Driving

Translate text to Spanish or other 102 languages!

- Advertisement -
Marine Corps Lance Cpl. Johnathan Pulley, an engineer equipment mechanic assigned to the 10th Marine Regiment, 2nd Marine Division, weaves between cones in the multiplatform driving simulator, at Marine Corps Base Camp Lejeune, N.C., March 26, 2026. The MPDS is an upgraded version of the operator driver simulator featuring improved graphics, sound, haptics and customization to provide Marines the opportunity to train in a variety of environments, climates and driver interfaces. Photo credit: Marine Corps Cpl. Jessica Mazzamuto via US DOW
Marine Corps Lance Cpl. Johnathan Pulley, an engineer equipment mechanic assigned to the 10th Marine Regiment, 2nd Marine Division, weaves between cones in the multiplatform driving simulator, at Marine Corps Base Camp Lejeune, N.C., March 26, 2026. The MPDS is an upgraded version of the operator driver simulator featuring improved graphics, sound, haptics and customization to provide Marines the opportunity to train in a variety of environments, climates and driver interfaces. Photo credit: Marine Corps Cpl. Jessica Mazzamuto via US DOW
- Advertisement -

By Marine Corps Cpl. Jessica Mazzamuto, Marine Corps Installations East |US DOW

The Marine Corps is taking a leap forward in tactical vehicle training, trading unnecessary wear and tear for high-tech, immersive realism at Marine Corps Base Camp Lejeune, North Carolina. With the introduction of the multiplatform driver simulator, Marines are now able to push the limits of the joint light tactical vehicle without assuming any physical risk.

According to Shannon Ohlinger, the multiplatform driver simulator, or MPDS, training lead and a Marine Corps veteran, the shift in technology is monumental. The new system is designed to build confidence and critical thinking skills more quickly while addressing the challenges of fuel costs and vehicle maintenance.

- Advertisement -
Shannon Ohlinger, left, the multiplatform driving simulator training lead, instructs students operating the simulator at Marine Corps Base Camp Lejeune, N.C., March 26, 2026. Photo credit; Marine Corps Cpl. Jessica Mazzamuto vis US DOW

“The operator driving simulator used prior to the MPDS was all over the place with training,” Ohlinger said. “This entire system is much more advanced than the ODS, and it still has the mobility to mimic the movement of the actual vehicle over different types of terrain.”

The MPDS is broken into three distinct parts: the cab itself, made with authentic industry parts; the situation screen for viewing analytics and a third-person perspective; and the instructor workstation. While not replacing the actual physical training Marines get in a live joint light tactical vehicle or medium tactical vehicle replacement, it provides a seamless transition from the classroom to the dirt.

“Everything inside the simulator is an exact copy of what you would see in a real live [joint light tactical vehicle],” Ohlinger explained. “From the switches and functionality to the smart user interface, startup procedures and pre-op checks, everything is a one-for-one match.”

Marine Corps Lance Cpl. Johnathan Pulley, an engineer equipment mechanic assigned to the 10th Marine Regiment, 2nd Marine Division, reverses around cones in a multiplatform driving simulator at Marine Corps Base Camp Lejeune, N.C., March 26, 2026. Photo credit: Marine Corps Cpl. Jessica Mazzamuto via US DOW

Where the MPDS truly outperforms previous training methods is at the instructor workstation. From this console, instructors can manipulate the environment in real time, testing a driver’s ability to adapt to sudden, catastrophic changes.

- Advertisement -

“Through the instructor workstation, I have the ability to throw obstacles at them. I can add rain and thunderstorms, and you will see puddles form and the mud get slick,” Ohlinger said. “You’re going to start having slippage to where operators need to use their [central tire inflation system] and anything else you would need to incorporate in order to adapt.”

Marine Corps Cpl. Zachary Schummer, an electromechanical/information and communication technology maintainer assigned to the 10th Marine Regiment, 2nd Marine Division, engages a simulated central tire inflation system in a multiplatform driving simulator at Marine Corps Base Camp Lejeune, N.C., March 26, 2026. Photo credit: Marine Corps Cpl. Jessica Mazzamuto via US DOW

nstructors can tailor scenarios to specific unit needs, whether that means deploying a sudden blizzard, initiating low-visibility night driving or triggering dash warnings like low tire pressure or low battery voltage. The goal is to safely overwhelm the driver in a controlled environment, without risking a vehicle roll or a Marine getting hurt.

For Ohlinger, this capability hits close to home. Having driven more than 3,100 miles in Afghanistan, he understands the stakes of tactical driving.

“As a prior enlisted Marine, I can confidently say that if I had training like this, there are situations I experienced that I wouldn’t have ever found myself in,” he said. “Marines adapt and overcome when they face the unknown, but the MPDS gives them the critical thinking and experience they need ahead of time.”

Ultimately, the Marine Corps modernization efforts are about keeping warfighters lethal and safe. The MPDS ensures that by the time a Marine gets behind the wheel of a real joint light tactical vehicle, they have already survived the worst conditions their instructors could throw at them.

- Advertisement -
- Advertisement -
- Advertisement -

Latest News

More Articles Like This

- Advertisement -