기갑 기갑 육군 군사 타이어 타이어 휠 고무 림 차량 3D 모델

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Included File Formats
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Model Info
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• - Rendered using Luxion KeyShot
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More Information About 3D Model :
The specialized assembly comprising tires, road wheels, rims, and associated rubber components constitutes the critical mobility interface for armored fighting vehicles (AFVs) utilized by military forces, encompassing both historical tracked vehicles (e.g., German *Panzer* series) and modern wheeled armored platforms. These components are engineered for extreme load bearing, ballistic resilience, and reliable operation across diverse, unprepared terrain, defining the tactical endurance and operational capability of mechanized and armored units.

### Components and Terminology

The terms "tire," "wheel," "rubber," and "rim" refer to distinct yet functionally integrated elements of the running gear:

1. **Tire/Tyre (Pneumatic):** Used primarily on Wheeled Armored Vehicles (WAVs) like Armored Personnel Carriers (APCs) or Mine-Resistant Ambush Protected (MRAP) vehicles. These are heavy-duty, reinforced radial or bias-ply structures designed for exceptional load ratings and incorporation of run-flat technology.
2. **Road Wheel (Solid Rubber/Segmented):** Found on tracked vehicles. These are steel or aluminum wheels fitted with thick, solid rubber bands or segmented pads bonded to the rim circumference. Their primary role is to distribute the vehicle's mass across the track link assembly and provide cushioning and vibration dampening for the suspension system.
3. **Rim/Wheel:** The structural metal component (typically high-strength steel or aluminum alloy) onto which the tire (pneumatic) or rubber band (road wheel) is mounted. Military rims often employ specialized designs, such as bead-lock or split-rim configurations, to maintain tire seating even under severe operational stress or low inflation pressure.
4. **Rubber Compound:** The elastomer material is formulated specifically for military applications, requiring high resistance to abrasion, tearing, thermal stress, ozone degradation, and heavy sustained loading that far exceeds commercial standards.

### Engineering for Tracked Armored Vehicles (Panzer History)

During World War II and the Cold War, tracked armored vehicles relied heavily on road wheels. The German *Panzer* designs (e.e.g., Tiger, Panther) often utilized overlapping or interleaved road wheel assemblies (Schachtellaufwerk) to better distribute ground pressure and improve off-road performance. The massive weight of these armored vehicles necessitated robust road wheels with specialized rubber cushioning.

The rubber used in road wheels serves several key functions:
1. **Vibration Mitigation:** Absorbing high-frequency vibrations generated by the track engaging the ground, thereby reducing fatigue on the chassis, crew, and sensitive internal equipment.
2. **Noise Reduction:** Reducing the characteristic clanking of metal-on-metal track movement, enhancing acoustic stealth during tactical maneuvers.
3. **Component Protection:** Preventing rapid wear between the track pins and the wheel circumference.

The bonding of the rubber to the metal rim in tracked road wheels is a high-precision manufacturing process, as premature debonding renders the wheel unserviceable and critically compromises mobility.

### Wheeled Armored Vehicle Mobility Systems

Modern wheeled AFVs depend entirely on advanced pneumatic tire technology optimized for tactical mobility and survivability.

#### Central Tire Inflation Systems (CTIS)
A ubiquitous feature, CTIS allows the driver to dynamically adjust the internal air pressure of all tires from within the cab. Lowering pressure increases the tire footprint, dramatically improving traction on soft surfaces (sand, mud), while increasing pressure optimizes performance and fuel economy on hard surfaces (paved roads).

#### Run-Flat Technology
Given the high probability of ballistic damage or shrapnel impact, military tires incorporate Run-Flat Inserts (RFIs) or similar systems. These are heavy, resilient internal rings, often made of dense rubber or composite segments, mounted directly to the rim. If the pneumatic tire loses pressure, the vehicle weight transfers onto the RFI, allowing the vehicle to travel a substantial distance (up to 50–100 km) at reduced speeds to evacuate the threat area.

#### Rims and Ballistic Protection
Rims for armored vehicles are designed to withstand significantly higher impact loads than civilian counterparts. Specific military rim designs often include deep-well structures and advanced bead-lock mechanisms to prevent the tire bead from slipping off the rim—a critical failure point during extreme maneuvering or when operating under zero-pressure conditions.

### Conclusion

The evolution of military tires, road wheels, and rubber components represents a critical intersection of materials science, mechanical engineering, and tactical necessity. Whether absorbing the shock of a 60-ton tracked vehicle or providing pressurized, run-flat stability for a modern APC, these components are fundamental to the operational readiness and battlefield survivability of armored army ground forces.

KEYWORDS: Armored Vehicle, Road Wheel, Pneumatic Tire, Run-Flat Insert, RFI, Central Tire Inflation System, CTIS, Military Mobility, Tracked Vehicle, Wheeled Armored Vehicle, Panzer, Suspension System, Elastomer, Rubber Compound, Bead-Lock Rim, Split Rim, Load Rating, Tactical Vehicle, Road Wheel Segment, Ballistic Resilience, Off-Road Performance, Heavy-Duty, Wheel Hub, Track Link, Track Roller, Interleaved Wheels, Vehicle Dynamics, Rubber Bonding, Abrams, MRAP, Amphibious Vehicle.