Pace
Pace

Pace

$77.00
( / )

Selling fast

The Maxxis Pace uses small, tightly spaced knobs to create a tire with low rolling resistance. Originally intended for XC use, the Pace has proven to work well for slopestyle, pump track, and dirt jumping.

  • Single or dual compound options
  • 60 TPI casing
  • SilkShield or EXO puncture protection options
  • Select specs are Tubeless Ready (TR), confirm in table below

Category: XC Race, XC

Recommended use: Dry XC conditions, groomed tracks and jumps

Recommended installation: Front or Rear

Specs

Part #
Size
ETRTO
TPI
Bead
Weight (g)
Compound
Max PSI
Tech
Color
Application
29
29X2.10
TB96764100
29X2.10
53-622
60
FOLDABLE
689
DUAL
60
EXO/TR
Black
MOUNTAIN
Available Technologies

Available Technologies

EXO
Tubeless Ready

EXO

EXO is a cut- and abrasion-resistant material added to the sidewalls of many Maxxis mountain bike and gravel tires. This densely woven fabric is lightweight and highly flexible, ensuring that the performance of the tire remains unaffected. Choose EXO Protection for enhanced durability for gravel, XC, and light-duty trail riding.

EXO Cutaway for web

Tubeless Ready

Tubeless ready tires provide the rider with many benefits: the ability to run lower air pressures, which improves traction; lower rolling resistance when compared to a tube-type tire; and less chance of flatting because there is no tube. Tubeless ready tires are denoted by the letters “TR” on the sidewall.
Tubeless ready tires must be mounted to tubeless compatible rims and require the use of a liquid sealant to maintain pressure. Liquid sealants have the added benefit of sealing small punctures. Be sure to check your sealant regularly and refresh as needed as it will dry out over time.
Liquid sealants should only be used in the following types of tires: tubeless road, tubular, and tubeless ready. The use of liquid sealants in any other Maxxis tire will void the warranty.
Tubeless Ready Maxxis Shorty bicycle tire.

Performance Ratings

Rolling Speed

Cornering Control

Braking Traction

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