Commercial truck tires engineered for on/off road applications. Built for construction, oilfield, mining, logging, and waste hauling with retreadable casings.
Mixed service truck tires are commercial tires designed for vehicles that operate on both paved highways and unpaved or rough surfaces during the normal course of their work. Unlike long haul tires that are optimized exclusively for highway conditions, or dedicated off-road tires designed primarily for unpaved terrain, mixed service tires deliver a balanced combination of highway ride quality, fuel efficiency, and off-road durability in a single tire.
The defining engineering challenge of a mixed service tire is the compromise between two competing performance demands. On the highway, the tire needs to deliver reasonable fuel efficiency, low noise, even wear, and a comfortable ride at sustained speeds. Off the highway, the same tire needs to resist cuts and chips from sharp rocks, provide traction in mud and loose gravel, shed debris from its tread grooves, and withstand the impacts of rough terrain without damaging its internal structure. Achieving both of these objectives in a single tire requires careful engineering of the tread pattern, the rubber compound, the belt package, and the sidewall construction.
Mixed service tires typically feature deeper tread depths than highway tires, often 24/32 to 28/32 inches, to provide a larger reservoir of wearable tread material that extends service life in abrasive off-road conditions. The tread patterns use open shoulder designs with wide lateral grooves that channel mud, gravel, and debris away from the contact patch, maintaining traction on soft or loose surfaces. Stone ejectors in the groove bottoms prevent stone drilling, which can damage the belt package and lead to premature tire failure. The rubber compounds are formulated for cut-and-chip resistance, using blends that resist tearing when the tread contacts sharp rocks, broken concrete, or metal debris.
The sidewall construction in a mixed service tire is typically heavier than a highway tire, with additional rubber chafer layers and reinforced bead areas that protect against curbing, rut impacts, and the general battering that sidewalls take in off-road environments. The belt package uses high-tensile steel with wider belt edges to resist the punctures and impacts that are common on construction sites and mine haul roads. These structural elements add weight compared to a highway tire, which slightly increases rolling resistance, but the trade-off is necessary for the durability required in mixed service applications.
Mixed service tires are the correct choice for any commercial truck operation that regularly transitions between paved roads and unpaved or rough surfaces. The most common applications include:
Dump trucks, concrete mixers, and material delivery trucks that drive highways between projects and then operate on unpaved construction sites with gravel, dirt, mud, and construction debris. The most common mixed service application in the United States.
Service trucks, sand haulers, and equipment transporters that travel highways to reach well pads and then navigate unpaved oilfield access roads with loose gravel, caliche, and soft ground conditions. Tire reliability is critical in remote locations.
Log haulers and timber trucks that travel paved roads to mills and then access logging roads through forests and mountains. These roads feature steep grades, sharp rocks, stumps, and soft shoulders that demand both traction and sidewall protection.
Haul trucks and service vehicles that operate on mine sites with abrasive rock surfaces, steep grades, and heavy loads. Mine haul roads are among the most demanding environments for truck tires, requiring maximum cut-and-chip resistance.
Refuse trucks and roll-off container haulers that collect on paved residential and commercial routes but also access landfills, transfer stations, and demolition sites with unpaved roads, sharp debris, and heavy loads.
Utility trucks, line crews, and energy service vehicles that maintain infrastructure in both urban and rural environments, often accessing remote tower sites, substations, and pipeline rights-of-way via unpaved access roads.
Drive and all-position tires engineered for the demands of on/off road mixed service applications. Every tire is built on a retreadable casing with a 2-retread guarantee.
Premium mixed service drive tire with aggressive open shoulder tread pattern and deep tread depth. Cut-and-chip resistant compound with stone ejectors for construction, mining, and oilfield operations. Retreadable casing with 2-retread guarantee.
Mixed service steer and all-position tire from the Krato line. Reinforced sidewalls, wide footprint, and optimized groove geometry for on/off road vocational applications. Designed to pair with the HS64+ Krato Mix on drive axles.
Aggressive mixed service drive tire from the Krato line with deep lug tread pattern and integrated stone ejectors. Built for the most demanding on/off road construction and mining operations where traction and cut resistance are critical.
Hanksugi mixed service tires are available in the most common commercial truck tire sizes used in construction, oilfield, mining, and vocational applications across the United States and Latin America.
| Model | Position | Available Sizes | Tread Depth | Load Range |
|---|---|---|---|---|
| HS84 | Drive | 11R22.5, 11R24.5, 315/80R22.5 | 26/32" | H (16 ply) |
| HS34+ Krato Mix | Steer / All-Position | 12R22.5, 315/80R22.5, 13R22.5 | 20/32" | H-J (16-18 ply) |
| HS64+ Krato Mix | Drive | 12R22.5, 315/80R22.5, 13R22.5 | 28/32" | H-J (16-18 ply) |
Choosing between mixed service, on-road, and off-road tires depends on the percentage of time your trucks spend on each surface type and the severity of the off-road conditions. Understanding the trade-offs helps you select the tire that minimizes total cost of ownership for your specific operation.
Mixed service tires deliver the optimal balance for operations that split time between highway and off-road. They provide sufficient highway fuel efficiency for the on-road segments of your routes while delivering the cut resistance, traction, and durability needed for off-road portions. For trucks that spend 40-60% of their time on each surface type, mixed service tires minimize total tire cost by avoiding the penalties of using a highway tire off-road (premature failure) or an off-road tire on the highway (excessive fuel consumption).
Selecting the right mixed service tire for your operation requires evaluating several factors specific to your routes, vehicles, and operating conditions. The goal is to match the tire's design characteristics to the demands of your actual application, not to over-specify or under-specify the tire for the work it needs to do.
Start by estimating how much time your trucks spend on paved roads versus unpaved or rough surfaces. If your trucks run 70% or more on highway with occasional job site access, a tire like the HS84 with its balanced tread design will provide good highway manners with adequate off-road protection. If your trucks spend 50% or more in severe off-road conditions with sharp rock or heavy mud, the HS64+ Krato Mix with its aggressive deep lug pattern is the better choice for maximum off-road durability.
Not all off-road is the same. A construction site with compacted gravel is far less demanding than a quarry with loose sharp rock or a logging road with stumps and ruts. For moderate off-road conditions like construction sites, cleared lots, and maintained gravel roads, the HS84 provides excellent performance. For severe conditions involving sharp rock, deep mud, steep grades, and unimproved roads, the Krato line offers the additional tread depth, stone ejection, and sidewall protection needed to survive without premature failure.
For complete mixed service tire coverage, pair a mixed service steer tire with a mixed service drive tire. The HS34+ Krato Mix is designed specifically as the steer and all-position companion to the HS64+ Krato Mix drive tire. Running a highway steer tire with a mixed service drive tire leaves the steer position vulnerable to off-road damage, while running mixed service tires on all positions ensures consistent protection across the entire vehicle.
In mixed service applications, the casing takes more abuse than in highway service. This makes casing quality even more important because a casing that survives mixed service conditions and can be retreaded delivers tremendous value. All Hanksugi mixed service tires carry a 2-retread casing guarantee (3 retreads in Canada), providing confidence that the casing investment will deliver multiple service lives even in demanding applications.
Explore other Hanksugi tire categories for your fleet.
Maximum durability tires for trucks that spend the majority of their time on unpaved surfaces, mine haul roads, and heavy construction sites.
Heavy-duty tires for dump trucks, concrete mixers, refuse vehicles, and other vocational applications with extreme loads and tight turns.
SmartWay verified highway tires for maximum fuel efficiency and mileage on interstate long haul operations. Lowest cost per mile on pavement.
Browse the complete Hanksugi drive tire lineup including closed shoulder, open shoulder, and mixed-service models for every application.
Common questions about mixed service truck tires, on/off road tire selection, and maintenance.
A mixed service truck tire is designed for vehicles that split their operating time between paved highways and unpaved or rough surfaces such as construction sites, mine haul roads, logging roads, or oilfield access routes. These tires combine the highway ride quality and fuel efficiency characteristics of an on-road tire with the durability, traction, and puncture resistance needed for off-road conditions. They typically feature deeper tread depth, open shoulder designs, cut-and-chip resistant compounds, and reinforced sidewalls.
Mixed service tires are used by construction companies, oilfield services, logging operations, mining contractors, waste and refuse haulers, aggregate and concrete delivery fleets, utility companies, and any operation that requires trucks to travel on both paved roads and unpaved or rough surfaces during the same shift. If your trucks regularly leave paved roads to access job sites, mixed service tires are the right choice.
Mixed service tires are designed for vehicles that spend significant time on both paved roads and off-road surfaces, typically 40-60% on each. Off-road tires are designed primarily for unpaved surfaces and may sacrifice highway ride quality and fuel efficiency for maximum off-road traction and durability. If your trucks spend more than half their time on paved roads between job sites, mixed service tires offer a better balance than dedicated off-road tires.
Yes. All Hanksugi mixed service tires are built on retreadable casings. Hanksugi guarantees 2 retreads on casings sold in the USA and Latin America, and 3 retreads on casings sold in Canada. The casing construction uses high-tensile steel belts and heat-resistant compounds that maintain structural integrity through multiple retread cycles even under the demanding conditions of mixed service applications.
Mixed service truck tire mileage varies based on the ratio of on-road to off-road use, the severity of off-road conditions, load weights, and maintenance practices. In typical mixed service applications, drive tires can deliver 60,000 to 120,000 miles on the original tread. Tires that spend more time on highway see higher mileage, while tires in heavy off-road service with sharp rocks wear faster. Proper inflation management and regular rotation extend tread life significantly.
Mixed service tire inflation depends on axle load and operating conditions. On highway, follow the standard load/inflation tables for your tire size. On unpaved surfaces, some operators reduce pressure slightly to increase the contact patch for better traction on rough terrain. However, never operate below the minimum pressure for your axle load, and always re-inflate to highway pressure before returning to paved roads. Under-inflation is the leading cause of premature tire failure in mixed service applications.