
Schwalbe Tacky Chan Gravity Pro Radial Ultra Soft
Maximum radial gravity grip for steep tracks
Specifications
- Sizes
- 29"
- Widths
- 2.50"
- Casing
- GRAVITY PRO
- Compound
- ULTRA SOFT
- Weight
- 1395g
- Position
- Front / Rear
- Best Combination
- Best when you want the maximum-grip Tacky Chan for gravity bikes, steep enduro tracks, or powerful e-MTBs
Overview
This 29x2.50 Tacky Chan pairs Schwalbe's most aggressive radial Gravity Pro casing with the softest Ultra Soft compound in the current lineup. It is the highest-grip, highest-conformity version of the tread, aimed at riders who want the strongest possible cornering bite, braking traction, and damping for gravity riding or very hard-ridden e-MTBs. It is the clear choice when descending confidence matters more than speed, weight, or broad all-round versatility.
Features
Gravity Pro radial casing targets maximum stability, damping, and puncture resistance
Ultra Soft compound prioritizes wet-root, soft-soil, and steep-track grip
Radial construction increases the contact patch for more conformity and control
World Cup-developed Tacky Chan tread balances cornering bite with braking traction
Tubeless Ready (TLR) compatible
Fair Rubber construction and E-50 approval for aggressive e-bike 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