Nike SQ Dymo² (Drivers)
Nike | Drivers | Add A Review
The idea of DYMO technology originated from the Nike Golf athletes on the PGA Tour, who work with the knowledgeable members of Nike’s staff in its Tour Van to custom tune their drivers for maximum performance. DYMO technology represents “Dynamic Moment of Inertia,” which means that the CG location, Nike PowerBow size, head size, lie angle and MOI have been optimized and performance-matched to each respective available loft for more distance and better performance.
Nike Golf’s proprietary PowerBow Weighting is optimized in each loft option to help produce the shot-enhancing performance demanded by all players. The PowerBow Weighting is smallest in the lower lofted 9.5-degree model and features a higher face, with a more forward center of gravity to promote a more penetrating trajectory with less spin.
The higher lofted 10.5, 11.5 and 13-degree models see the weight gradually increasing in size, moving the center of gravity further and lower back from a slightly shallower face to create progressively higher launch angles and higher spin rates. This combination produces the ideal balance of carry and roll for greater overall distance for each and every loft.
In each loft, the lie angle goes up in increments of one degree, from 60 degrees in the 9.5-degree loft option, to 63 degrees in the HL (13 degrees) model, which helps to keep drives both long and straight.
The SQ DYMO drivers are available in two game-enhancing head geometries. The straight- hitting, square-shaped SQ Dymo² has weight placed deep into the corners of the clubhead to offer exceptional stability and forgiveness, to help get the ball airborne with ease and power, while the rounder outline of the SQ Dymo delivers square mass in a more traditional head shape, and provides more precise feel and control, offering players the ability to work the ball in any direction.
Both models are fitted with Nike Golf’s proprietary UST Wide Body Shaft with an AXIV Core.
- 8.5º – X,S,R,A (RH)
- 9.5º – X,S,R,A (RH/LH)
- 10.5º – X,S,R,A (RH/LH)
- 11.5º – W (RH)
- 11.5º – X,S,R,A (RH)
- 13º HL – W (RH)
- 13º HL – X,S,R,A (RH)
