Why do high-horsepower tractors need special tires?

High-horsepower tractors generate greater torque and stress, requiring tires built for superior traction and load handling. Trelleborg tractor tires like the TM1000 High Power are engineered specifically for these conditions.

How can I reduce soil compaction with tractor tires?

Choose tires with a wide footprint that distribute weight evenly. The TM1000 High Power’s extra-wide tread lowers ground pressure, protecting soil health and improving yield.

Why do tractor tires lose traction under heavy load?

Slippage occurs when the tire’s contact patch or torque transfer is insufficient. The TM1000 High Power is engineered to transfer torque smoothly, maintaining consistent grip in all conditions.

What is the environmental impact of inefficient tractor tires?

Poorly designed tires increase rolling resistance, fuel use, and CO₂ emissions. Trelleborg’s Blue Tire Technology minimizes these factors for sustainable farming.

When are regular tractor tires not enough?

Standard tires may struggle under extreme power or load. For tractors above 250 HP, the TM1000 High Power provides the performance and durability needed to handle high-torque operations.

What are the benefits of a wide footprint tractor tire?

A wider footprint enhances traction, stability, and soil protection. The TM1000 High Power’s “wing effect” design increases tread width for superior performance and reduced compaction.

How does Blue Tire Technology improve efficiency?

It combines advanced compounds with optimized internal geometry to reduce rolling resistance, fuel consumption, and environmental impact.

How do I balance road life and field traction in a tractor tire?

The TM1000 High Power uses specialized tread compounds and lug patterns that offer both extended road wear and outstanding field traction.

How does TM1000 High Power compare to standard tractor tires?

It delivers smoother torque transfer, lower rolling resistance, and longer life than most conventional models, setting a new benchmark for high-power tractors.

How does TM1000 High Power compare to standard tractor tires?

It delivers smoother torque transfer, lower rolling resistance, and longer life than most conventional models, setting a new benchmark for high-power tractors.

Where can I purchase TM1000 High Power from Trelleborg Tires?

TM1000 High Power is available through authorized Trelleborg dealers worldwide. Use the Dealer Locator to find a distributor near you.

How does TM1000 High Power compare to competitor tractor tires?

It provides superior efficiency and torque handling with lower rolling resistance and longer service life, advantages achieved through Blue Tire Technology.

What are TM1000 High Power’s load capacities and sizes?

Each size features unique load ratings and inflation recommendations available in Trelleborg’s technical documentation.

How does TM1000 High Power perform on the road?

It offers exceptional road comfort and longevity with reduced vibration and rolling resistance, ideal for frequent transport operations.

How should I maintain TM1000 High Power tires?

Inspect regularly for damage, maintain proper pressure, and follow manufacturer guidance for rotation and cleaning.

What is the optimal pressure for TM1000 High Power under load?

Pressure depends on the load and tire size. Always refer to Trelleborg’s pressure tables or technical data for safe operation.

How can I maximize the lifespan of Trelleborg tractor tires?

Avoid overloading, minimize slippage, and rotate tires as recommended. Proper storage also extends lifespan.

How to rotate tractor tires for balanced wear?

Follow the pattern advised in the technical sheet. Typically rotating rear-to-front or side-to-side for even tread wear.

What are the best practices to store new tractor tires?

Store upright or on racks in a cool, dark, and dry environment. Keep them away from oil, ozone, and direct sunlight.

TM1000 High Power

The Next Generation of Agricultural Tractor Tires

With a wider footprint and innovative carcass construction, the TM1000 High Power minimizes ground pressure, helping protect soil structure and increase yield potential.
Farmers experience reduced fuel consumption, longer tire lifespan, and superior ride comfort, making it a reliable choice for sustainable, high-performance farming.
Its Blue Tire Technology integrates low-resistance materials and advanced design to significantly reduce rolling resistance and CO₂ emissions aligning performance with sustainability.

Key Benefits

Smooth torque transfer for consistent traction and power delivery
Extra wide footprint for low soil compaction and stability
Blue Tire Technology for reduced rolling resistance and emissions
Extended road life with long-lasting tread compounds
Optimized carcass design for high load and torque conditions
Ideal for high-horsepower tractors and sustainable farming applications

Available Sizes and Specifications
The TM1000 High Power is available in multiple sizes for various tractor configurations, including: IF600/70R30, IF710/75R42, and IF900/60R42.
Each features a strong carcass, tube-less construction, and optimized lug design to support long working hours without compromise.

Technical Data

The Next Generation of Agricultural Tractor Tires

TM1000 High Power: Perfect Balance of Field and Road Performance
Whether you are plowing, cultivating, or transporting, the TM1000 High Power ensures outstanding adaptability. Its special tread geometry and strong shoulders maintain traction in furrows while offering a smooth, low-vibration ride on paved roads.
Designed for today’s powerful tractors, it’s a tire that not only performs, it preserves your soil, your machine efficiency, and your bottom line.

Available Sizes and Specifications
The TM1000 High Power is available in multiple sizes for various tractor configurations, including: IF600/70R30, IF710/75R42, and IF900/60R42.
Each features a strong carcass, tube-less construction, and optimized lug design to support long working hours without compromise.

Technical Data

Downloads

Download detailed technical data sheets for load capacities, recommended pressures, and compatibility charts.

TM1000 High Power Brochure

The solution for sustainable farming

Open Download

DUO 500 Dual Mounting System

Trelleborg Dual Mounting systems – DUO500 and Twinning

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THK Trelleborg High Knurling

Trelleborg High Knurling The perfect match

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Visual Folder

Trelleborg tires and complete wheels solutions

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Technical Data

Tire Description	Section Width	Overall Diameter	Rolling Circumference	Static Loaded Radius	Speed Radius Index	Rim	Permitted Rims	Nominal Pressure	Tread Type	Type	Tube	LOAD CAPACITY PER TIRE

Web Applications

FAQs

Why do high-horsepower tractors need special tires?
High-horsepower tractors generate greater torque and stress, requiring tires built for superior traction and load handling. Trelleborg tractor tires like the TM1000 High Power are engineered specifically for these conditions.
How can I reduce soil compaction with tractor tires?
Choose tires with a wide footprint that distribute weight evenly. The TM1000 High Power’s extra-wide tread lowers ground pressure, protecting soil health and improving yield.
Why do tractor tires lose traction under heavy load?
Slippage occurs when the tire’s contact patch or torque transfer is insufficient. The TM1000 High Power is engineered to transfer torque smoothly, maintaining consistent grip in all conditions.
What is the environmental impact of inefficient tractor tires?
Poorly designed tires increase rolling resistance, fuel use, and CO₂ emissions. Trelleborg’s Blue Tire Technology minimizes these factors for sustainable farming.
When are regular tractor tires not enough?
Standard tires may struggle under extreme power or load. For tractors above 250 HP, the TM1000 High Power provides the performance and durability needed to handle high-torque operations.
What are the benefits of a wide footprint tractor tire?
A wider footprint enhances traction, stability, and soil protection. The TM1000 High Power’s “wing effect” design increases tread width for superior performance and reduced compaction.
How does Blue Tire Technology improve efficiency?
It combines advanced compounds with optimized internal geometry to reduce rolling resistance, fuel consumption, and environmental impact.
How do I balance road life and field traction in a tractor tire?
The TM1000 High Power uses specialized tread compounds and lug patterns that offer both extended road wear and outstanding field traction.
How does TM1000 High Power compare to standard tractor tires?
It delivers smoother torque transfer, lower rolling resistance, and longer life than most conventional models, setting a new benchmark for high-power tractors.
How does TM1000 High Power compare to standard tractor tires?
It delivers smoother torque transfer, lower rolling resistance, and longer life than most conventional models, setting a new benchmark for high-power tractors.
Where can I purchase TM1000 High Power from Trelleborg Tires?
TM1000 High Power is available through authorized Trelleborg dealers worldwide. Use the Dealer Locator to find a distributor near you.
How does TM1000 High Power compare to competitor tractor tires?
It provides superior efficiency and torque handling with lower rolling resistance and longer service life, advantages achieved through Blue Tire Technology.
What are TM1000 High Power’s load capacities and sizes?
Each size features unique load ratings and inflation recommendations available in Trelleborg’s technical documentation.
How does TM1000 High Power perform on the road?
It offers exceptional road comfort and longevity with reduced vibration and rolling resistance, ideal for frequent transport operations.
How should I maintain TM1000 High Power tires?
Inspect regularly for damage, maintain proper pressure, and follow manufacturer guidance for rotation and cleaning.
What is the optimal pressure for TM1000 High Power under load?
Pressure depends on the load and tire size. Always refer to Trelleborg’s pressure tables or technical data for safe operation.
How can I maximize the lifespan of Trelleborg tractor tires?
Avoid overloading, minimize slippage, and rotate tires as recommended. Proper storage also extends lifespan.
How to rotate tractor tires for balanced wear?
Follow the pattern advised in the technical sheet. Typically rotating rear-to-front or side-to-side for even tread wear.
What are the best practices to store new tractor tires?
Store upright or on racks in a cool, dark, and dry environment. Keep them away from oil, ozone, and direct sunlight.