In the heavy commercial vehicle and logistics sectors, operational sustainability directly relies on the optimization of Total Cost of Ownership (TCO) and component life cycles. Especially in highly abrasive operating environments like infrastructure, mining, and construction sites, the casing strength and rubber technology of the utilized tires serve as baseline primary anchors impacting fleet efficiency. Global industrial tire manufacturer Prometeon has launched its next-generation G02 PRO MULTIAXLE M1 series to address these exact structural needs of fleets conducting mixed-site and road operations. According to technical metrics integrated into the corporation's product portfolio planning, the model aims to rationalize parts procurement and maintenance workflows in construction logistics through its flexible architecture, designed for both steer and trailer axle applications.
Engineering Details: 10-Ton Capacity Per Axle and Advanced Compound Technology
Engineered by Prometeon’s R&D department via auditing the physical stress factors encountered in the construction segment, the G02 PRO MULTIAXLE M1 stands out with specific technical and structural parameters:
High Load Capacity: Thanks to its reinforced internal casing architecture, the product delivers a nominal load capacity of up to 10 tons per axle. This structural resistance provides fleets with operational flexibility within safe limits during the transfer of heavy-tonnage construction and excavation materials.
Wear and Stone-Retention Resistant Body: The new-generation tread pattern architecture, consisting of a wider tread structure and optimized deep grooves, drives up mileage performance while minimizing the risk of irregular wear. Furthermore, innovative stone-ejecting geometric structures embedded within the grooves prevent stone drilling and casing damage.
Tear and Chip Resistance: The newly formulated compound technology deployed in the tire provides chemical resistance against structural deformations such as cutting, chipping, and block tearing caused by sharp rocks, concrete fragments, and metal debris found on job sites.
Circular Economy and Fuel Metrics: Retreadability and Regulatory Compliance
Designed in compliance with European Union (EU) tire labeling regulations and sustainability benchmarks, the G02 PRO MULTIAXLE M1 offers rational outputs aimed at lowering cost indices:
Regrooving and Retreadability: The tire's casing architecture allows for regrooving and subsequent high-quality retreading processes after the initial tread layer completes its operational cycle. This circular framework optimizes TCO budgets by extending the total operating life of the tire while reducing raw material consumption.
Fuel and Wet Grip Labeling Standards: The model features a Class C rolling resistance, helping to lower fuel consumption in heavy commercial vehicles, while maintaining a strong safety margin with a Class B wet grip performance. It also holds M+S and 3PMSF (Three-Peak Mountain Snowflake) markings, validating its traction performance on muddy and snowy surfaces across different seasonal conditions.
From Kocaeli to the World: Global OEM-Approved Local Production Power
Manufactured at Prometeon’s industrial production hub in Kocaeli, Turkey, the G02 PRO MULTIAXLE M1 combines local manufacturing efficiency with global engineering standards. The technical reliability of the product on a global scale has been proven through approvals by Europe’s leading original equipment manufacturers (OEMs), including CNH, DAF, MAN, Ford Trucks, and Daimler.
Evaluating the operational output and market positioning of the tire, Tuğba Başaran Yalçın, Marketing Manager of Prometeon Turkey, deconstructed the value proposition with specific technical parameters:
The construction segment is one of the most challenging areas where tire performance directly dictates operational efficiency and costs. While developing the G02 PRO MULTIAXLE M1, we focused not only on durability but also on offering a sustainable, long-lasting value proposition that reduces the total cost of ownership. Thanks to its reinforced casing structure, innovative tread pattern, and advanced compound technology, our product minimizes irregular wear while offering high mileage performance even in the most demanding field conditions. Its architecture, supported by regrooving and retreading capabilities, extends the product life cycle, contributing both to our customers' operational efficiency and to the reduction of resource consumption.
