The Kookaburra Kahuna Pro Batting Pad delivers exceptional impact absorption through its revolutionary Hybrid Pro liner that combines Poron XRD and Ultra HDF technologies. The three-piece knee roll with vertical bolsters ensures superior shape retention while reducing bulk for enhanced mobility at the crease.
Key Features
- Grade 1 quality construction for elite performance
- Micro-weight sculptured HDF exterior with reinforced cane rods
- Three-piece knee roll design with ergonomic vertical bolsters
- Revolutionary Hybrid Pro liner with compressed Poron XRD
- Ergonomically shaped straps for improved comfort
- Premium white PU facing with leather and mesh instep
- Duo load calf strap system to distribute pressure evenly
- Pad strap guards on all attachment points
- Comprehensive sizing options from Junior to Oversize Adult
FAQs
Q1: Are the Kookaburra Kahuna Pro Batting Pads 2023 suitable for professional cricket?
A1: Yes, the Kahuna Pro pads are Grade 1 quality designed for professional cricket with premium protection features including the Hybrid Pro liner and three-piece knee roll that meet the demands of high-level play.
Q2: How do I determine the correct size for Kookaburra Kahuna Pro Batting Pads 2023?
A2: Measure in a straight line from the center of your kneecap down to your instep (where your shoe tongue sits). Match this measurement to the size chart ranging from Extra Small Junior (under 25cm) to Oversize Adult (44cm+).
Q3: What makes the Kookaburra Kahuna Pro Batting Pads 2023 different from other high-end pads?
A3: The Kahuna Pro features a unique Hybrid Pro liner that combines Poron XRD technology with Ultra HDF internal bolsters, offering superior protection while minimizing weight and bulk compared to traditional pad designs.
Q4: How do the Kookaburra Kahuna Pro Batting Pads 2023 balance protection and mobility?
A4: These pads achieve optimal balance through ergonomically shaped components, strategic placement of high-density foam, the three-piece knee roll design, and the duo load calf strap system that distributes pressure evenly while allowing natural movement.
