Reasonable Short Haul

HD168

■ Classic zigzag type patterns and more scientific pattern angle is suitable for steering positions;
■ Transversal and open pattern on tires shoulder provides better griping capability

Reasonable Short Haul

HD183

■ Specially designed tread pattern for stronger grip performance tire;
■ Optimized design of widened side blocks to improve shoulder rigidity and improve tire wear resistance;
■ The angle of the groove is designed to prevent stones from being trapped and improve the support performance of the block

Reasonable Short Haul

HD259

■ Widened tread with high pattern saturation by high wear resistance low heat building compound formula for longer mileage;
■ Open shoulder and block pattern for strong traction and grip performance;
■ Stone ejector at the bottom of the pattern groove for improving performance of puncture resistance.

Reasonable Short Haul

HD259D

■ Deeper tread pattern and a rubber compound formula that balances wear resistance and low heat generation for longer mileage; ■
Open shoulder design with blocky tread pattern provides strong traction and grip;
■ Stone-removing structure at the bottom of the tread groove improves puncture resistance

Reasonable Short Haul

HD260

■ Unique block pattern design provides better traction and griping performance;
■ Unique pattern grooves design, enhances pattern’s sell-clean performance and protects the grooves bottom; Longer service life;
■ Special shoulder design ensures much rigid shoulder, and improves heat dissipation performance.

Reasonable Short Haul

HD260+

■ Unique block pattern design provides better traction and grip performance;
■ Unique pattern groove design enhances the pattern’s self-clean performance and protects the groove’s bottom; longer service life;
■ Special shoulder design ensures a smooth, rigid shoulder and improves heat dissipation performance.

Reasonable Short Haul

HD261

■ Open shoulder design and a broader horizontal groove provide powerful traction and grip.
■ High performance and reduced signs of increased anti-abrasion performance.
■ Stones emitter at the bottom of pattern grooves increasae anti-puncture performance

Reasonable Short Haul

HD262

■ Design of big block-groove ratio improves wear-resisting performance;
■ Design of S pattern blocks enhances driving and wet-resisting performance; Bottom tire compound is made of low heating formula, decrease shoulder heating.
■ Design of broader tire tread, increase tire ground stress, avoid tire’s irregular abrasion.

Reasonable Short Haul

HD263

■ Deeper pattern with formulation of abrasion resistance and low heating performance for longer miles;
■ Open shoulder and block type pattern provides strong traction and gripping stress; Design of emitting stones at the bottom of grooves improves anti-puncture performance.

Reasonable Short Haul

HD268

■ Deeper pattern with fonnulation of abrasion resistancea nd low heatingp erformancef or longer miles;
■ Open shoulder and block type pattern provides strong traction and gripping stress; Stones emitter stones at the bottom of groovesi mprovesa nti-puncturep erfonnance

Reasonable Short Haul

HDA68

■ Lateral block reinforced designed for strong traction and grip;
■ The stone ejectors at the bottom of the pattern grooves improves the puncture resistance;
■ Tread by abrasion-resistant and gnawing resistant formula for excellent abrasion resistance.

Reasonable Short Haul

HD269

■ Deeper patterns with formulations of abrasion resistance and low heating performance for longer miles;
■ Opens handlebar db lock type pattern provides strong traction and gripping stress;
■ Stones emitter stones at the bottom of grooves improves anti-puncture performance

Reasonable Short Haul

HD285

■ Mixed pattern with four longitudinal grooves by special shape blocks for elegant appearance, excellent handling performance, and different road conditions.
■ Taper the pattern with a variable pitch to effectively prevent the noise from resonance.
■ Special transverse groove for low heat generation, good heat dissipation, and excellent durability.