TRACTOR NEUMÁTICO RODAJE NEUMÁTICO LUGAR RUEDA LLANTA DE GOMA CUBO AGARRE CAMINO DE TIERRA Modelo 3D

Descripción

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Included File Formats
This model is provided in 14 widely supported formats, ensuring maximum compatibility:
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• - OBJ + MTL (.obj, .mtl) – Wavefront format, widely used and compatible
• - STL (.stl) – Exported mesh geometry; may be suitable for 3D printing with adjustments
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• - 3ds Max (.max) – Provided for 3ds Max users
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• - Rhino (.3dm) – Provided for Rhino users

Model Info
• - All files are checked and tested for integrity and correct content
• - Geometry uses real-world scale; model resolution varies depending on the product (high or low poly)
• • - Scene setup and mesh structure may vary depending on model complexity
• - Rendered using Luxion KeyShot
• - Affordable price with professional detailing

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More Information About 3D Model :
The tractor tire and wheel assembly represents a specialized engineered system critical for locomotion and power transmission across low-cohesion, irregular surfaces, such as agricultural fields and dirt roads. This system is meticulously designed to maximize traction (grip) while minimizing operational slippage and detrimental soil compaction.

### Components and Nomenclature

The complete wheel assembly is composed of four primary interconnected elements: the tire (or tyre), the rim, the hub, and the internal pneumatic structure.

**Tire (Tyre):** The flexible, pneumatic shell constructed from reinforced rubber compounds and synthetic textiles. Its large volume and low inflation pressure distribute the vehicle's weight over a wider footprint, minimizing ground pressure (PSI) and improving flotation on soft substrates like dirt roads. Tractor tires are predominantly classified as R-1 (regular tread depth for dry land farming) or R-2 (deep tread for wet conditions), although forestry and industrial applications utilize specialized designs.

**Tread and Lug Design:** The tread refers to the exterior patterned surface of the tire. The defining characteristic of a tractor tire is the presence of deep, angular projections known as **lugs**. These lugs are systematically arranged, often in a characteristic chevron (V-shaped) pattern, engineered to penetrate the soil surface. The primary function of the lugs is to convert rotational torque transmitted from the engine via the axle into linear motion (drawbar pull). The edges of the lugs bite into the dirt, relying on soil shearing strength rather than purely frictional forces, which are insufficient for heavy loads on loose surfaces. The spacing and angle of the lugs are calibrated to facilitate a vital **self-cleaning** function, ensuring that accumulated mud and debris are shed during rotation, maintaining effective *********** depth and preventing tread clogging.

**Rim:** A rigid, generally steel, metallic structure that supports the tire and retains the air pressure seal. The rim provides the foundation for mounting the tire bead and is engineered to withstand the considerable lateral forces and torque generated during high-traction maneuvers.

**Hub:** The central component of the wheel that bolts securely to the vehicle's axle flange. The hub facilitates the precise centering of the wheel and is the direct point of mechanical connection where driving torque is transferred from the powertrain to the wheel assembly.

### Traction Mechanics on Dirt Roads

The interface between the **rubber** lug and the **dirt road** is a complex biomechanical interaction vital for maximizing efficiency. Unlike hard paved surfaces where traction is largely dictated by the coefficient of friction between the rubber and the asphalt, traction on dirt or loose soil (a low-cohesion surface) is primarily achieved through shear strength.

When the lug engages the soil, it compacts and shears the underlying dirt. The resulting traction force is a combination of:

1. **Soil Shear:** The resistance encountered as the lug physically pushes against and cuts into the soil structure.
2. **Compaction Resistance:** The force required to compress the soil directly beneath the tire footprint.
3. **Frictional Grip:** Standard friction on any localized hard spots (rocks, firm ground).

Optimal performance on dirt roads requires a controlled level of wheel slip (typically 10–15% for agricultural applications). This slip ensures that the lugs are continuously engaging fresh, uncompacted soil, maximizing the thrust derived from soil shear without excessive power loss or tire wear. The large surface area and high flexibility of the tire wall, coupled with the deep lug pattern, allow the system to maintain superior **grip** even in adverse, loose conditions.

KEYWORDS: Tractor, Tire, Tyre, Agricultural Machinery, Wheel Assembly, Tread Pattern, Lug Design, Pneumatic Tire, Off-Road Traction, Grip Mechanics, Drawbar Pull, Soil Interaction, Compaction, Slip Ratio, Chevron Pattern, Self-Cleaning, Radial Tire, Bias Ply, Rim Flange, Wheel Hub, Axle Connection, Torque Transmission, Dirt Road Operation, Earthmoving, Rubber Compound, Traction Efficiency, Ground Pressure, Low-Cohesion Surface, Farm Implement, R-1 Tread