Military Vehicle
Compatibility Matrix
Searchable compatibility database mapping armored and tactical vehicle platforms to run-flat tire changing machine capabilities. Validate your fleet requirements before procurement.
Not Every Machine Fits Every Vehicle
Armored vehicle tire assemblies vary significantly in tire size, rim configuration, run-flat insert type, and overall assembly weight. A run-flat tire changing machine must be matched to these parameters to ensure safe, effective maintenance operations.
The compatibility matrix below maps vehicle platforms to GM Operation machine capabilities—helping maintenance planners, logistics officers, and procurement teams validate requirements before committing to a configuration.
Vehicle Platform Compatibility Matrix
Search by vehicle family, tire size, rim type, or maintenance issue.
| Vehicle Family | Variant | Tire Context | Rim Context | Run-Flat Insert | Key Issue | Recommended Model | Status | |
|---|---|---|---|---|---|---|---|---|
| HMMWV / Humvee | M1151 / M1165 / M1167 | 37×12.50R16.5 | Two-piece, run-flat capable | Hutchinson VFI-style | Insert removal force, bead seating | Workshop · Container · Trailer | ● Supported | Details |
| MRAP | Cougar / MaxxPro / RG-31 | 16.00R20 / 395/85R20 | Multi-piece, heavy-duty | Rubber / composite insert | Extreme weight, multi-piece rim hazard | Workshop · Container | ● Supported | Details |
| Stryker 8×8 | M1126 ICV / M1128 MGS | 395/85R20 | Multi-piece | Heavy run-flat insert | 8-wheel service volume, insert mass | Workshop · Container | ● Supported | Details |
| JLTV | M-ATV replacement class | 16.00R20 | Tactical multi-piece | Next-gen run-flat system | New platform integration | Workshop · Container · Trailer | ◐ Review Required | Details |
| HEMTT | M977 / M978 / M985 | Heavy tactical | Multi-piece, large diameter | [INSERT VERIFIED INSERT TYPE] | Heavy tactical tire mass, logistics | Workshop | ◐ Review Required | Details |
| APC / LAV | Various wheeled APC | Various tactical sizes | Multi-piece / beadlock | Platform-dependent | Run-flat system variance | Workshop · Container | ◐ Review Required | Details |
| BearCat | Lenco BearCat G3 | LE specification | Standard / tactical | Run-flat insert system | LE fleet integration | Workshop · Trailer | ◐ Review Required | Details |
| Tactical Trucks | FMTV / LMTV / MTV | Various tactical | Multi-piece | Platform-dependent | Mixed fleet management | Workshop · Container · Trailer | ◐ Review Required | Details |
| Mixed Fleet | Multi-platform operations | Multiple tire sizes | Multiple rim types | Multiple insert types | Unified maintenance capability | Workshop · Container | ◐ Review Required | Details |
Machine Recommendation by Environment
The right machine depends on your operational context — depot, forward base, or mobile field.
What Determines Machine Compatibility?
Six critical data points shape every compatibility assessment.
Military tire dimensions and assembly weight determine machine capacity, clamping force, and bead-breaking requirements.
Single-piece, two-piece, and multi-piece rims require different handling protocols and machine tooling.
Rubber, composite, and VFI-style inserts have different extraction force, geometry, and safety considerations.
Depot workshop, forward operating base, and field conditions determine which machine variant is appropriate.
Fleet size, rotation frequency, and service tempo affect machine throughput and configuration requirements.
Multi-piece rim hazards, insert weight, and hydraulic handling requirements shape operational safety protocols.
Compatibility Matrix Questions
A military vehicle compatibility matrix maps vehicle platforms, tire sizes, rim types, and run-flat insert configurations to machine capabilities—ensuring that the correct run-flat tire changing machine is matched to each fleet requirement.
In many cases, a single machine configuration can support multiple tactical and armored vehicle families. However, compatibility must be confirmed based on specific tire sizes, rim types, and run-flat insert systems. A compatibility review is recommended for mixed fleets.
Final compatibility is confirmed by GM Operation using verified vehicle, tire, rim, run-flat insert, and maintenance environment data submitted through the compatibility review process.
If your vehicle platform is not listed, submit a compatibility request with your vehicle and tire data. GM Operation engineering will review your requirements and provide a technical assessment.
The matrix is designed to support NATO-compatible vehicle families and allied defense platforms. Contact GM Operation for specific platform inquiries.
Request Fleet Compatibility Review
Submit your vehicle, tire, and maintenance environment data for a verified compatibility assessment by GM Operation engineering.