Container Deployment
The 20-foot ISO container is transported to the operating site using standard military logistics assets (flatbed truck, rail, or sealift) and positioned on level ground with basic utility connections.
Containerized mobile workshop
The GMH-098 packages the core run-flat changer workflow inside a containerized operating environment, helping defense teams establish a protected tire service point closer to the fleet.
GMH-098 · Technical overview
The GMH-098 Container Model packages the full run-flat changer capability inside a standard 20-foot ISO shipping container. This configuration transforms the container into a self-contained, deployable workshop that can be transported by truck, rail, sea, or air to wherever fleet maintenance demand exists. The containerized design provides a protected, weather-resistant workspace while maintaining the same hydraulic force, lifting capacity, and operator control systems found in the fixed workshop model. Climate-control provisions allow operations in extreme temperature environments, from desert heat to arctic cold.

Operational workflow
A controlled, repeatable service cycle designed for operator safety and equipment protection at every stage.
The 20-foot ISO container is transported to the operating site using standard military logistics assets (flatbed truck, rail, or sealift) and positioned on level ground with basic utility connections.
Container doors open to reveal the integrated workspace. Power, lighting, and climate-control systems are activated. The machine platform is prepared for wheel assembly intake.
Heavy wheel assemblies are loaded into the container using the integrated lifting system. Adjustable clamps secure the wheel for the full range of rim sizes from 16 to 27 inches.
Inside the protected workspace, the full disassembly sequence proceeds: deflation, hardware removal, hydraulic bead separation, and controlled run-flat insert extraction — identical to the workshop model workflow.
Components are inspected within the container's controlled environment. New or refurbished inserts are installed with proper lubrication and hydraulic press-fitting for consistent seating pressure.
Reassembled wheel undergoes bead seating verification, hardware torque checks, and inflation to operating specs before release back to the vehicle.
GMH-098 · Engineering systems
Standard 20-foot ISO container modified with integrated workspace layout, machine mounting points, utility pass-throughs, and environmental sealing for all-weather operations.
Same high-pressure hydraulic system as the workshop model, configured for container-mounted operation with vibration isolation and compact plumbing layout.
Container insulation and HVAC mounting provisions allow temperature-controlled operations in extreme environments, protecting both operators and hydraulic system performance.
Container-optimized lifting mechanism for loading and positioning heavy wheel assemblies within the confined but efficiently organized workspace.
Joystick and radio remote control systems with emergency-stop logic, configured for the container workspace ergonomics.
Pre-wired electrical connections, compressed air provisions, and lighting systems designed for rapid site activation without permanent infrastructure.
Fleet compatibility
All GM Defensive run-flat machines accommodate rim sizes from 16 to 27 inches, covering the following vehicle families and equivalent platforms worldwide.
Product visuals





Technical specifications
Lifecycle support
GM Defensive support extends far beyond the machine itself — covering installation, training, spare parts, warranty, and long-term operational planning.
Standard ISO container dimensions ensure compatibility with global logistics networks including military sealift, commercial shipping, rail transport, and flatbed truck delivery to any operating location.
Container workshop can be operationally ready within hours of arrival. No permanent foundations required — level ground and basic power connection are the primary site requirements.
Same comprehensive training program as workshop model, with additional modules covering container deployment procedures, climate-control operation, and field maintenance protocols.
Long-term spare parts availability ensures the container workshop remains operational across extended deployment cycles and multiple operating locations.
2-year comprehensive warranty covering all mechanical, hydraulic, electronic, and container structural components. Extended warranty options available for multi-unit programs.
Worldwide on-site training including container deployment procedures, machine operation, safety protocols, climate-control systems, and hands-on practice with fleet wheel assemblies.
Worldwide delivery via standard military or commercial logistics. Container workshop arrives ready for immediate site activation. Typical timeline: 10–14 weeks from contract to operational deployment.
Ready to deploy
Share your fleet details, operating environment, and requirements so the right configuration can be evaluated for your team.