The Kookaburra 4.0 T20 Navy pads deliver exceptional lightweight performance for the modern keeper. Their slim profile with multiple flex points enhances mobility while the pre-curved MDF shin bolster provides targeted protection where keepers need it most. Truly designed for the T20 specialist.
Key Features
- Mega lightweight construction minimizes fatigue during extended sessions
- Pre-curved one-piece integral MDF shin bolster with cotton facing for superior impact absorption
- Multiple flex points strategically positioned for natural movement behind the stumps
- Professional-grade instep design preferred by elite players
- Durable "Tough Scuff" instep area resists wear from constant crouching
- Secure fastening with 50mm calf and ankle straps plus 25mm hook and loop closures
- PVC facing offers excellent durability in all conditions
- Navy colorway provides professional aesthetic for match play
Frequently Asked Questions
Q: Are these pads suitable for multi-day cricket?
A: While they can be used in longer formats, these pads are specifically optimized for T20 cricket where mobility and quick reflexes are prioritized over extended wear comfort. For multi-day matches, consider Kookaburra's heavier duty models.
Q: How do these compare to the previous 3.0 model?
A: The 4.0 model features improved flex points, lighter overall construction, and the upgraded "Tough Scuff" instep area for greater durability. The shin bolster has also been redesigned for enhanced protection while maintaining the slim profile.
Q: Do these pads restrict diving movements?
A: No, these pads are specifically engineered with a slim profile and strategic flex points to facilitate diving and lateral movements. The lightweight design ensures minimal interference with athletic wicketkeeping.
Q: What level of player are these pads designed for?
A: These are professional-grade pads suitable for serious club cricketers through to international standard players. The features are tailored to keepers who stand up to the stumps frequently and require maximum mobility without compromising protection.
