PAMA x SAVE POND HOCKEY limited edition
PAMA x SAVE POND limited collector’s edition ice-hockey stick is a limited 100-piece edition of our PHX TITAN hockey stick. 25€ of each sold stick will be donated to Save Pond Hockey organization. Money goes into local climate projects to fight against climate change. You can read more about Save Pond Hockey and their mission from www.savepondhockey.org.
PAMA PHX CARBON
A completely new stick. PHX Carbon is made entirely of carbon fibre. Good stickhandling properties, speed, accuracy and a light weight of only 440 g make the Carbon the technical player’s stick. Great for forwards whose game relies on a quick and accurate shot. Stick length is 172 cm. For comparison, our older models flex […]
PAMA PHX TITAN
Designed for grinders, this stick emphasises durability without neglecting good stickhandling characteristics. The Titan is particularly suitable for defencemen and players with a simpler and more straightforward style of play. An untiring workhorse. Stick length is 172 cm. For comparison, the flex in earlier PAMA sticks, according to their models: Stick length is 172 cm. […]
NUMEROUS TECHNICAL DETAILS
- The PAMA stick’s Kickpoint. A shaft that flexes evenly and symmetrically from the butt end to the hosel. The shaft is six centimetres longer than normal, enabling better customisation.
- The PAMA stick’s hosel. The PAMA hosel is more durable and provides for better stickhandling, thanks to its unique structure and manufacturing method. The blade and shaft are almost seamlessly attached using our patented blade joint.
- The PAMA stick’s shaft. Thanks to our innovations and production technology, the excellent torsional rigidity and flex of the PAMA stick make it suitable for many different playing styles and preferences. Better stickhandling and more power with less flex!
- The PAMA stick’s blade. The blade is an integral part of the perfect hockey stick. A softer blade gives a better feel for the puck than a hard and rigid blade does. The PAMA stick has a more flexible blade, made possible by both the hosel and the torsional rigidity of the shaft.