SkyTrak & SkyTrak+ — Deeper Analysis for Your Photometric Data

SkyTrak vs. SkyTrak+: what each model measures

The original SkyTrak is a photometric (camera-based) system that captures ball data at launch. It measures ball speed, launch angle, backspin, sidespin, side angle, and from those calculates carry distance, total distance, descent angle, and shot shape. It does not measure club data — there’s no club speed, no face angle, no club path.

The SkyTrak+ adds a dual Doppler radar system that measures club head speed, smash factor, club path, and face angle. It also features an improved photometric camera for better ball tracking, particularly on outdoor mats. The combination of radar club data and photometric ball data gives the ST+ a complete picture of both cause (club delivery) and effect (ball flight).

The practical difference matters enormously for analysis. With the original SkyTrak, you can see what the ball did but not why. If your 7-iron carry drops from 165 to 155 yards, was it a speed issue, a strike issue, or a delivery issue? Without club data, you’re guessing. The ST+ answers that question directly.

Getting your data out of SkyTrak

SkyTrak offers data export through its app — look for the Share or Export option in your session summary (typically behind a three-dot menu). You can export sessions as CSV files containing shot-by-shot data for every metric the device captured. This is a significant advantage over some competitors that lock data inside their ecosystem.

The SkyTrak app also syncs to cloud storage, so your session history is preserved and accessible across devices. For golfers using SkyTrak with third-party simulation software like E6 Connect, GSPro, or WGT, those platforms may also log shot data in their own formats.

SkyTrak membership tiers

SkyTrak operates on a membership model. The free tier gives you basic practice range functionality. Paid tiers (Essential, Game Improvement, All Access) progressively unlock course play, Shot Optimizer, and third-party software compatibility. The Shot Optimizer feature — which benchmarks your shots against a database of millions — requires at least the Game Improvement tier. Course play requires an active subscription.

What the SkyTrak app does well

Shot Optimizer

SkyTrak’s Shot Optimizer is one of the better built-in analysis tools in the personal launch monitor space. Hit 20 shots with any club, and it scores your performance against optimal launch conditions using a red/yellow/green system. It compares your numbers to golfers of various skill levels and predicts expected 18-hole performance. The instructional content from Nick Clearwater (Golf Digest Top 25 instructor) adds context to the numbers.

Bag Mapping and Wedge Matrix

The ST+ includes Bag Mapping (hit shots with each club to build your distance chart) and a Wedge Matrix (hit full, three-quarter, and half swings with each wedge to build your scoring yardage chart). These are exactly the tools golfers need for on-course decision-making, and having them built into the device software is convenient.

Where SkyTrak analysis falls short

SkyTrak’s software shows you individual metrics and simple comparisons, but it doesn’t perform the relational analysis that reveals root causes. A few examples of what’s missing:

Spin loft calculation: The relationship between dynamic loft and angle of attack determines backspin. SkyTrak shows you the spin number but doesn’t calculate the spin loft that produced it — meaning you can’t distinguish between high spin from a steep attack angle versus high spin from an open face at impact.

D-plane analysis: Face angle relative to club path determines starting direction and curvature. The ST+ measures both, but the app displays them as separate numbers rather than analyzing their relationship through D-plane physics. Understanding that your face is 2° open to your path is more useful than knowing your face angle and path independently.

Smash factor ceilings: A smash factor of 1.44 with a 7-iron sounds good, but the physics-based maximum for a 34° loft iron is approximately 1.37. A reading above that ceiling likely indicates a measurement artifact, not superhuman contact. The SkyTrak app doesn’t flag this.

Getting more from your SkyTrak data

The SkyTrak’s photometric ball data is excellent — spin measurements in particular are among the most accurate in the personal launch monitor category because the camera directly observes the ball rather than estimating spin from radar returns. This makes SkyTrak data especially valuable for wedge calibration, where spin rate determines stopping power.

To extract maximum value: export your sessions as CSV files after every practice session, use premium golf balls for accurate spin readings (SkyTrak works with any ball, no special marking required), and feed that data into analysis tools that perform the relational physics calculations the native app skips. The raw data is excellent — it just needs deeper analysis to reach its full potential.