8.3-20 MRL MRT 329 8pr TT made in India

8.3-20 MRL MRT329 PR6 TT tractor tire, made in India, features deep-lug tread for superior traction. Durable diagonal construction, 710 kg load capacity, ECE certified.

8.3-20 MRL MRT329 PR8 TT Tractor Tire – Made in India

The 8.3-20 MRL MRT329 PR8 TT is a high-quality diagonal (bias-ply) agricultural tire, designed for excellent traction and durability in farming operations. Its FarmPRO 324 deep-lug tread ensures enhanced grip, stability, and longevity, making it a reliable choice for tractors operating in various field conditions.

Technical Specifications:

• Tyre Size: 8.3-20
• Construction: Diagonal
• Tube Type: TT (Tube-Type)
• Load Index / Speed Index: 96 A6
• Ply Rating (PR): 8
• Tread Pattern: FarmPRO 324
• Manufacturer: MRL
• Recommended Rim: W7
• Width: 211 mm
• Outer Diameter: 893 mm
• Static Radius: 424 mm
• Rolling Circumference: 2702 mm
• Payload Capacity: 710 kg at 30 kph
• Inflation Pressure: 2.40 bar
• Weight: 17.02 kg
• Tyre Content (75% Filled): 369.97 liters
• Stud Height: 28.0 mm
• Number of Studs: 19 × 2
• Certification: ECE 106
• Nominal Width: 8.3 inches
• Directional Tread: Yes
• Tread Symmetry: Symmetric

Key Benefits:

✅ Superior Traction: The MRT 329-lug pattern enhances grip on wet, muddy, and uneven terrains, ensuring maximum efficiency in farming operations.
✅ Durable & Reliable: The 8-ply rating (PR6) provides reinforced sidewalls, making the tire resistant to punctures and wear.
✅ Optimized for Agriculture: Designed for tractors and farm machinery, this tire offers smooth driving performance on fields and rural roads.
✅ Improved Stability: The diagonal construction ensures better load distribution, increasing stability and reducing soil compaction.
✅ Certified for Safety: ECE 106 certification guarantees compliance with international agricultural tire standards.

This 8.3-20  MRL MRT329 PR8 TT tire is an excellent choice for farmers and agricultural operators looking for durability, superior grip, and long-lasting performance in challenging field conditions.