Z-Star XV
The longest carry in the 115-mph test group with a firm, speed-focused tour profile.
- Driver carry
- 293.3 yd
- Driver dispersion
- 635.9 sq yd
- 7-iron spin
- 6,524 rpm
- 7-iron descent
- 46.1°
2026 ROBOT-TEST SPEED GUIDE
Comparisons / Swing speed
For golfers above 110 mph, the nearest independent test bracket is the 115-mph robot profile. Speed is already available; controlling spin, flight and dispersion usually creates the better fit.
HOW THIS GUIDE WORKS
The independent test’s fast profile used a 115-mph driver robot, making it the closest measured bracket for golfers at 110 mph and above. The picks represent different fitting goals rather than a one-through-four overall ranking.
FOUR USEFUL STARTING POINTS
Start with the category that addresses your biggest performance need.
The longest carry in the 115-mph test group with a firm, speed-focused tour profile.
The smallest driver dispersion area in the fast test while maintaining competitive tour-ball speed.
The highest 7-iron spin in the fast group for players who need more approach-shot control.
The second-smallest driver dispersion area at the lowest tested price among these picks.
Test averages are not a promise of individual performance. Source: 2026 MyGolfSpy Golf Ball Test.
The fastest player does not automatically need the firmest or lowest-compression ball. At this speed, poor spin efficiency can cost more distance than the ball-speed gap between models.
Fast swings should watch peak height and descent alongside spin. A ball that climbs excessively can lose wind performance even when its launch-monitor carry looks strong indoors.
Dispersion and variation deserve extra weight because small delivery differences create larger downrange misses at high speed. Confirm the shortlist with your normal gamer driver and longest approach club.
YOUR SWING IS MORE THAN SPEED
Club speed, ball speed, spin, launch, apex and descent are all optional. The fitter uses only what you provide.
COMMON FITTING QUESTIONS
Yes. A tour-urethane ball can fit many speeds. The decision should come from launch, spin, dispersion, approach control, feel and price—not a compression label alone.
No. The carry leaders are often separated by only a few yards. A slightly shorter ball can be the better fit if it tightens dispersion or creates a more useful iron landing angle.
Use the nearest profile as a starting point, then enter any launch-monitor numbers you have in the fitter. It can use one measurement or a full set of numbers.
Test the top two balls on the course, beginning with chips, pitches and your most common approach shot. Finish with the driver after you know both balls work around the green.