Dipper CP Monocarbon

The inner carbon layer significantly boosts the blade's speed, placing it well above average for aggressive attacking play. This design generates fast shots, particularly effective for players who can fully utilize its power in drives and loops.

Despite its offensive focus, the blade maintains a high level of control. The materials and construction allow for good ball placement and manipulation, providing precision that supports both power shots and tactical play.

The carbon layer gives the blade a medium-hard feel, offering a direct connection to the ball. This allows players to sense impact and energy transfer clearly, which aids in generating power and spin during aggressive strokes.

The combination of carbon and wood produces a medium-high throw angle, which helps generate effective spin on serves and loops, making it conducive to attacking play.

Hybrid blades like this typically have a medium dwell time. The carbon reduces dwell compared to all-wood blades, enabling faster ball acceleration off the bat, though players may need to generate more of their own spin.

With carbon reinforcement, the blade is less flexible than all-wood options, resulting in a medium-stiff to stiff character. This stiffness supports power and directness, ideal for offensive strokes.

The blade transmits a noticeable amount of feedback to the hand, indicating medium-high vibration. This level of feedback helps players feel shot execution and adjust their touch during play.

While performance is solid, durability appears to be a concern. Players have reported issues with the blade shattering after drops, suggesting the construction may not be as robust as some alternatives, impacting its overall longevity.