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Gunn & Moore GALAXY DXM LIMITED EDITION TTNOW Cricket Bat (2026)
- Willow: The bat was made from the "absolute best quality" unbleached, Grade 1 English willow, selected for its grain structure and weight.
- Technology: It incorporated GM's
TTNOW(Tested-ToeTek-Knocked-in-Oiled-Ready to go) technology, which includes in-house knocking-in, oiling, and a toe guard for durability. - Performance: Each bat was individually tested by the factory to ensure "5-star performance".
- Handle: It featured a treble spring multi-piece cane handle for excellent feel, flex, and control.
- Profile: Key design elements included a lightweight feel, flowing contoured edges, and perimeter weighting to maximize power.
- Willow: The bat was made from the "absolute best quality" unbleached, Grade 1 English willow, selected for its grain structure and weight.
- Technology: It incorporated GM's
TTNOW(Tested-ToeTek-Knocked-in-Oiled-Ready to go) technology, which includes in-house knocking-in, oiling, and a toe guard for durability. - Performance: Each bat was individually tested by the factory to ensure "5-star performance".
- Handle: It featured a treble spring multi-piece cane handle for excellent feel, flex, and control.
- Profile: Key design elements included a lightweight feel, flowing contoured edges, and perimeter weighting to maximize power.
$1,214.24
Gunn & Moore GALAXY DXM LIMITED EDITION TTNOW Cricket Bat (2026)—
$1,214.24
Description
- Willow: The bat was made from the "absolute best quality" unbleached, Grade 1 English willow, selected for its grain structure and weight.
- Technology: It incorporated GM's
TTNOW(Tested-ToeTek-Knocked-in-Oiled-Ready to go) technology, which includes in-house knocking-in, oiling, and a toe guard for durability. - Performance: Each bat was individually tested by the factory to ensure "5-star performance".
- Handle: It featured a treble spring multi-piece cane handle for excellent feel, flex, and control.
- Profile: Key design elements included a lightweight feel, flowing contoured edges, and perimeter weighting to maximize power.
