About this item
Hand-crafted player grade English willow bat featuring pronounced bow and treble spring handle, specifically designed for powerful stroke play at 1160-1200g.
- Premium English willow
- Treble spring handle
- Mid-blade sweet spot
The DSC Krunch Bull 31 delivers professional-level performance with its meticulously selected English willow and pronounced bow profile. Engineered for the aggressive batsman who favors dominant stroke play, this Warner signature model balances power with precise control.
Key Features
- Player grade English willow with straight grain structure
- 9-piece treble spring handle for enhanced shock absorption
- Pronounced bow profile optimized for attacking shots
- Hand-selected and individually performance tested
- Conforms to MCC Law 5 specifications for maximum dimensions
- Lightweight design (1160-1200g) for improved maneuverability
- Crafted by master bat makers for consistent performance
Frequently Asked Questions
Q1: Is the DSC Krunch Bull 31 - David Warner Original Players Cricket Bat suitable for professional play?
A: Yes, this bat is crafted from player grade English willow and individually tested for professional performance standards, making it suitable for high-level competitive cricket.
Q2: How does the weight of the DSC Krunch Bull 31 - David Warner Original Players Cricket Bat affect its performance?
A: At 1160-1200g, this bat falls in the lighter range for adult bats, offering excellent pickup and bat speed while still providing substantial power for aggressive stroke play.
Q3: What type of playing style best suits the DSC Krunch Bull 31 - David Warner Original Players Cricket Bat?
A: With its pronounced bow and power-oriented design, this bat is ideal for aggressive batsmen who favor dominant front-foot play and attacking shots, similar to David Warner's playing style.
Q4: How does the treble spring handle in the DSC Krunch Bull 31 - David Warner Original Players Cricket Bat benefit the player?
A: The 9-piece treble spring handle provides superior shock absorption on impact, reducing vibration transmitted to the hands and offering better flex for power generation, particularly on front-foot drives.