Smithers said investing in new technologies is imperative.
"The OTR tire market is experiencing technological change in end-use practices, vehicles and tires. Many of these advances span multiple or all OTR market segments," Smithers said.
"Improvements are constantly being sought with regard to tire attributes, such as durability (including heat resistance), load, puncture and cut resistance, soil compaction (in agriculture), and even reduced rolling resistance (such as in on-pavement use)."
Some technologies identified by Smithers' analysis include:
- The integration of smart tires to optimize industrial fleets, matching in-tire sensors to proprietary data analytics to streamline maintenance and other operations;
- The fitting of more increased flexion (IF) and very high flexion (VF) tires on tractors and other agricultural machinery;
- The increased adoption of electric vehicles, including the need for specialty tires with improved weight loading and durability;
- Building larger tires for the latest generation of mining and construction equipment; and
- Transitioning OTR tire formats toward a more sustainable materials set, including recycled content, sustainable natural rubber sourcing and greater use of better retreading technology.
"Dealers will need to be more informed about increasing load requirements and larger more sophisticated equipment when recommending and stocking tires," a Smithers spokesperson said.
"Dealers must be prepared to offer their OTR customers repair/replacement support, appropriate inventory, JIT (just-in-time) presence and advanced services such as tire management programs, tire and equipment monitoring and data analysis, profitability support, and lifecycle solutions (e.g., retreading and/or disposal/ recycling services)."