Rawlings Pro Preferred PROS934-2BW 11.5"

$419.99
Mizuno Strong Oil
  • RIGHT HAND THROW

  • 11.50 Inch Length

  • Recommended for Infielders (Second Base, Shortstop and Third Base)

  • Very Stiff; Will Require An Extensive Break-In (Rawlings Says 70% Of The Break-In Is Left To The Player)   •

  • Designed To Fit A High School-To-Adult Sized Hand (Standard Finger Stalls and 7 Inch to 7.5 Inch Wrist Opening)   •   •

  • I - Web

  • 93 Pattern - 13 Inch Length. Combines Rawlings NP and 31 patterns for a wider yet shallow pocket. Promotes lightning-fast transfers with a thumb-to-middle and 4th finger closure.

  • Full-Grain Kip Leather Provides An Unrivaled Look and Feel

  • Pittards Sheepskin Leather Is Used For The Inner Palm Lining. This Material Is Exceptional At Wicking Away Moisture And it Adds Superior Comfort.

  • Colorway: Black | Blue

  • Conventional Open Back

  • Padded thumb and pinky sleeve for added comfort

  • Pro Grade Leather Laces Add Durability and Strength

  • 100% Wool Padding Aids In Pocket Formation and Shape Retention

  • RIGHT HAND THROW

  • 11.50 Inch Length

  • Recommended for Infielders (Second Base, Shortstop and Third Base)

  • Very Stiff; Will Require An Extensive Break-In (Rawlings Says 70% Of The Break-In Is Left To The Player)   •

  • Designed To Fit A High School-To-Adult Sized Hand (Standard Finger Stalls and 7 Inch to 7.5 Inch Wrist Opening)   •   •

  • I - Web

  • 93 Pattern - 13 Inch Length. Combines Rawlings NP and 31 patterns for a wider yet shallow pocket. Promotes lightning-fast transfers with a thumb-to-middle and 4th finger closure.

  • Full-Grain Kip Leather Provides An Unrivaled Look and Feel

  • Pittards Sheepskin Leather Is Used For The Inner Palm Lining. This Material Is Exceptional At Wicking Away Moisture And it Adds Superior Comfort.

  • Colorway: Black | Blue

  • Conventional Open Back

  • Padded thumb and pinky sleeve for added comfort

  • Pro Grade Leather Laces Add Durability and Strength

  • 100% Wool Padding Aids In Pocket Formation and Shape Retention