
Schwalbe Tacky Chan Trail Pro Radial Ultra Soft
Lighter radial Tacky Chan with maximum soft-compound grip
Specifications
- Sizes
- 29"
- Widths
- 2.50"
- Casing
- TRAIL PRO
- Compound
- ULTRA SOFT
- Weight
- 1170g
- Position
- Front / Rear
- Best Combination
- Best for riders who want the lighter Tacky Chan casing but still want the stickiest compound for extra grip and damping
Overview
This Trail Pro Radial Ultra Soft version keeps the same 29x2.50 Tacky Chan tread but drops to Schwalbe's lighter trail-focused casing while retaining the stickiest compound option. It is meant for riders who want the extra conformity and grip benefits of the radial construction without the full weight and puncture-protection penalty of the Gravity Pro casing. That makes it an interesting choice for aggressive trail and enduro bikes that still want a very high-grip tire feel.
Features
Trail Pro radial casing trades some puncture protection for lower weight and easier acceleration
Ultra Soft compound targets maximum adhesion on roots, rocks, and soft ground
Radial construction creates a larger contact patch for more grip, comfort, and safety
Tacky Chan tread was developed around downhill racing demands and line-choice freedom
Tubeless Ready (TLR) compatible
Fair Rubber construction and E-50 approval for MTB and e-MTB use
Guides for setup
All guidesTire Selection & Setup
Choosing the right tread, compound, and pressure for your terrain.
Tire Inserts
When inserts help, what they cost in weight and feel, and how to choose the right level of support.
Tubeless Maintenance
Keeping your tubeless setup reliable and performing
Weather & Conditions Adaptation
Setup adjustments for wet, muddy, dry, and cold conditions — tires, suspension, drivetrain, and brakes.
Component Compatibility
Avoid expensive fit mistakes between forks, wheels, tires, and cockpit parts before you buy.
How we evaluate this component
Product cards, analysis notes, and setup guidance are grounded in public specifications, market positioning, compatibility, and the most likely real-world use cases on trail.
Read the full methodology