Reading Your Mevo+ Numbers: A Trust Map for Every Metric

The Mevo+ hands you a long list of numbers after every shot, and most golfers look at two or three of them and ignore the rest. That wastes a good data set. The useful question is which numbers the radar actually read, which ones the unit calculated from those readings, and which ones come from a flight model making an educated guess. Those three groups deserve different levels of trust.

This page sorts the Mevo+ parameters by the practice question they answer, not by the order they appear on screen. You'll see what each group is good for, where it can mislead you, and what the paid upgrades add. If you want the hardware and setup in depth, the full Mevo+ review covers that side of things.

Two counts are worth knowing up front. Published lists put the standard set at around 20 ball metrics, and the Pro Package with Face Impact adds roughly 12 club metrics. Those figures come from third-party listings, so check FlightScope's current spec sheet for the exact numbers before you buy.

How we put this together: we compared published manufacturer specs, retailer listings and owner reports. Links may earn us a commission.

The Mevo+ metric map at a glance

Use this table as a quick reference. The production column matters most, because it tells you how much weight a number deserves.

Metric	Plain meaning	How it is produced	Included or upgrade
Ball speed	Speed of the ball off the face	Radar reading	Standard
VLA	Vertical launch angle	Radar reading	Standard
HLA	Horizontal launch angle, the starting direction	Radar reading	Standard
Spin rate	How fast the ball spins	Radar reading	Standard
Spin axis	Tilt of the spin, which drives the curve	Radar reading	Standard
Carry	Distance flown before landing	Flight model	Standard
Total distance	Carry plus roll	Flight model	Standard
Roll	Distance covered after landing	Flight model	Standard
Apex height	Highest point of the flight	Flight model	Standard
Apex position	Where the apex sits downrange	Flight model	Standard
Flight time	Time spent in the air	Flight model	Standard
Lateral landing	Left or right landing position	Flight model	Standard
Descent angle	Angle at which the ball comes down	Flight model	Standard
Smash factor	Ball speed divided by club speed	Arithmetic	Standard
Curve	How far the ball bends	Unit's calculation	Standard
Shot type	The unit's label for the shot shape	Unit's classification	Standard
Dispersion views	Spread of shots on screen	Arithmetic on shot results	Standard
Launch direction offset	How far launch direction sits from the target	Arithmetic	Standard
Landing side and session dispersion	Where shots land and how tight the group is	Summary of shots	Standard
Club speed	Speed of the club head at impact	Radar reading	Check current split
Club path	Direction the club travels through impact	Club tracking	Pro Package
Face to target	Face angle against the target line	Club tracking	Pro Package
Face to path	Face angle relative to the club path	Arithmetic	Pro Package
Angle of attack	Whether the club is moving down or up at impact	Radar reading	Pro Package
Dynamic loft	Effective loft at impact	Collision-model estimate	Pro Package
Vertical swing plane	Steepness of the swing	Club tracking	Pro Package
Horizontal swing plane	Direction the swing travels around the body	Club tracking	Pro Package
Low point	Where the club bottoms out	Club tracking	Pro Package
Club speed profile	How club speed builds through the swing	Club tracking	Pro Package
Club acceleration profile	How the club speeds up into impact	Club tracking	Pro Package
Impact location	Where on the face the ball was struck	Face Impact add-on	Face Impact

Ball metrics come first, then club metrics. Confirm the current parameter list before relying on any single row, since which club numbers appear without the Pro Package can change with app and firmware versions.

Three trust levels behind the numbers

The Mevo+ is a 3D Doppler radar. It watches the ball and the club for a short window around impact, then uses that signal to read some numbers directly and to model others. The source of each number is the thing to check when a reading looks strange.

Level 1: read straight from the radar signal

Ball speed, VLA, HLA, spin rate, spin axis, club speed and angle of attack are traced from radar reflections near impact. FlightScope's published descriptions say so, though the angle of attack detail is worth confirming on the current spec sheet. The unit works as a multi-receiver Doppler array, comparing the timing of returning signals between antennas to work out angles. Published descriptions mention four receive antennas, which is another detail to check against the current specs. If you want the general mechanics behind this kind of tracking, how radar launch monitors work explains the basics.

Indoors, spin depends on getting a strong signal back from the ball. That's why metallic dots matter. A plain ball may return a weaker reflection, and when the signal is weak the spin reading can drop out or come back unreliable. A number on screen is only as good as the signal behind it.

Level 2: arithmetic on measured values

Some numbers are simple division or subtraction on the readings above. Smash factor is ball speed divided by club speed. Spin loft is dynamic loft minus angle of attack. Face to path is the face angle measured relative to the club path. All of these are only as good as their inputs. If club speed is off, smash factor is off too, and staring at the result won't fix it.

Check the arithmetic yourself when a figure looks wrong. For example, a 150 mph ball speed over a 100 mph club speed gives a smash factor of 1.50. If the screen shows something far from that for the same pair of readings, one of the inputs is the likely culprit.

Level 3: flight-model and collision-model output

Carry, total distance, roll, apex, flight time, lateral landing and descent angle are modeled from launch conditions. The radar sees only part of the flight, and indoors it may see very little of it, so the rest comes from the model. Outdoors the radar tracks the early part of the flight and the model fills in the remainder.

Dynamic loft works differently again. It is estimated through a collision model rather than read directly, so treat it as an estimate and confirm the method with FlightScope.

When spin can't be resolved, for example on mishits or very low-spin shots, the unit falls back on estimates from launch direction and club data. Curve and distance may then fail to match what your eye saw. If the curve on screen contradicts the ball you watched, suspect the fallback before you blame your swing.

Which metrics answer which practice question

Most golfers don't need every number on the screen. Pick the practice question you're working on, then look at the few metrics that answer it.

Building yardage gaps between clubs

Carry is the number to build gaps from, but only when conditions stay consistent. Keep your conditions settings the same across sessions, or your gap chart will drift for reasons that have nothing to do with your swing. Average eight to ten shots per club and drop the obvious mishits before you read the average. Use ball speed and spin as sanity checks. If carry looks odd but ball speed and spin look normal, the carry is probably being modeled under different conditions than you think. Ignore roll and total when gapping, since they depend on simulated ground firmness. A gap chart built on carry holds up better than one built on total distance.

Straightening a curve

Face to target mostly sets the starting direction, and face to path mostly sets how much the ball curves. That split is a general ball-flight principle, and the exact proportion changes with the club and the strike, so don't quote a percentage from memory. Spin axis shows the tilt that creates the curve, and club path explains the swing pattern behind it. Read the three together: face to target for the start line, face to path for the size of the curve, and club path for the cause.

Tuning driver launch

Ball speed, launch angle, spin rate and angle of attack work as a set. Positive angle of attack tends to raise launch and lower spin with a driver, which is why many players chasing a higher, lower-spin flight look at it first. Irons usually prefer a slightly negative angle of attack. Dynamic loft also changes with shaft lean, ball position and hand position, so a change made at setup can show up there even when the swing feels the same. Change one thing at a time and watch all four numbers together rather than only the one you were chasing.

Checking strike quality

Smash factor is your efficiency check. A strike that feels solid but returns a low smash factor is losing speed somewhere. Face Impact tells you whether the pattern runs heel, toe or center, which matters because off-center hits create gear effect and that bends the spin axis. Read spin axis on off-center hits with that in mind, or you'll chase a problem that is really just strike location. If you're weighing how much to trust the headline figures overall, how accurate FlightScope units are is the place to look.

Worked example: decoding a slice from five numbers

This example is illustrative. The numbers are invented to show how readings combine, and they don't come from a real shot or a real golfer. The shot is a right-handed driver.

1. Start with face to target. The face is 1 degree open, which is close to square to the target line. The ball should start near the target.
2. Read the club path. A 5 degree out-to-in path moves the club from outside the target line across the ball. For a right-handed golfer that is the classic pattern behind a curve to the right.
3. Calculate face to path. Face to target is 1 degree open and the path is 5 degrees out-to-in, so face to path is 6 degrees open. By our math, the curve comes from that 6 degree gap.
4. Check the spin axis. The axis is tilted toward a fade or slice, which fits the curve that the face to path gap predicts. Use spin axis to confirm the picture rather than to start the diagnosis.
5. Read the landing. A lateral landing 30 yards right confirms the shot curved the way the other numbers predicted.

Path or face? In this example the path is the main driver. The face is only 1 degree open, so it contributes much less than the path does. Work on the path first, and the face to path gap should shrink on its own. If you chased the face alone, you would be fighting the smaller number while leaving the larger one untouched.

A word of caution about the spin axis sign. Launch monitor conventions don't all agree on whether a positive spin axis means a curve to the right or to the left. FlightScope's documentation and the app glossary define the convention for your unit, and outside discussions don't always match it. Check the FlightScope app glossary before you read any spin axis number as left or right, and don't rely on memory.

Gear effect adds one more wrinkle. On a toe strike it can pull the spin axis toward a draw even when the face to path gap points to a fade. That is why the axis can look reversed on some heel or toe hits. Before you trust the axis on an off-center hit, check where the strike landed.

What the base unit shows and what you pay extra to see

Item	What it adds	Price at time of writing	Notes
Mevo+ base unit	Standard ball metrics and the FS Golf app	About $2,000 to $2,300, depending on edition and bundle	Check current pricing before you buy
Pro Package	Advanced club metrics	Published reports put it around $1,000, as a one-time fee	Check current pricing
Face Impact Location	Strike location on the face	Check the current figure	Does not change any ball numbers
Software and access	FS Golf app for data and video, with E6 Connect access bundled in some form	Varies by bundle	Other sim software such as GSPro connects through supported integrations

Who should pay for the extras? Coaches and data-driven improvers get the most from club metrics, because path, face angle and angle of attack give a teacher something specific to work on. Golfers who mainly play simulator courses can usually skip the Pro Package, since course play runs on ball data. Face Impact is a separate decision. It changes nothing about the ball numbers, so buy it only if you want strike location. If you plan to use E6 Connect, the E6 Connect guide walks through the setup.

Check Mevo+ price and bundles ↗

Indoor setup that protects spin and club readings

Most data quality problems indoors start with setup rather than software. Get the basics right and the numbers become much easier to trust.

• Put a metallic dot on each ball. A small reflective sticker strengthens the radar return, so spin rate and spin axis read more reliably. Without one, spin may drop out or the curve may look wrong.
• Respect the spacing. Radar needs enough track. Too close to the screen and spin may not resolve, and too far back can let reflections distort the signal. Indoor guidance commonly cites about 7 to 8 feet from the unit to the ball and at least 8 feet from the ball to the screen, but follow FlightScope's current instructions because figures change. For more on hitting spot distance, the distance from hitting spot to screen guide covers the layout side.
• Level the unit with the hitting surface. A unit that isn't level with where you hit from makes the readings harder to interpret.
• Aim it down the target line. Small aim errors shift horizontal numbers and lateral landing, so a crooked unit can make a straight shot look like a miss.
• Use the same ball model every session. Keep the balls clean and place the dots consistently. Check FlightScope's dot placement instructions for the exact spot.

Pick one ball model for practice and stick with it. Changing balls mid-session changes spin and flight, and then you can't tell whether the swing or the ball caused the difference.

Shots where the Mevo+ is estimating, not reading

Some shots leave the radar without a clean spin signal, and the unit falls back on estimates. Learn to spot these before you draw conclusions from them.

• Low-spin wedges, chunked shots, thinned shots and severe mishits. These can leave the radar without a clean spin signal.
• Curve on screen that doesn't match what you saw in the net. If the ball curved one way and the screen shows another, the spin reading deserves suspicion.
• Identical spin numbers across very different strikes. A repeating spin figure across strikes that felt different often means the unit is estimating.
• Odd spin axis on heel or toe hits. Gear effect can make the axis look reversed.
• Short chips and putts. Very low ball speeds limit what the radar can resolve. Use these shots for speed and direction, and be less confident about full analysis. Check the current putting support on FlightScope's spec sheet before you rely on it.
• Outdoor shots. The radar tracks the early part of the flight, and carry and total distance are still partly modeled.

Treat any shot on this list as a data point with an asterisk. Keep it in the session, but don't build a conclusion on it alone. The FlightScope accuracy review is useful for putting that caution in context.

How the Mevo+ data set compares with nearby options

The Mevo+ sits in a crowded market, so it helps to know what the cheaper and alternative units offer. Mevo Gen 2 is the lower-cost FlightScope sibling, with a smaller data set. Check its parameter count on current spec sheets, since published figures vary. Its indoor needs also differ, so read the setup notes before you choose between them. If you're weighing the two directly, the Mevo Gen 2 versus Mevo+ comparison goes through the differences in detail.

Camera-based units such as Square Golf, SkyTrak+ and Bushnell Launch Pro read spin optically and need less depth to set up. Their club data varies, though, so the Pro Package question doesn't have a simple equivalent. If clean ball data for a simulator is your main goal, Square Golf versus Mevo+ is the direct comparison to read.

Garmin Approach R10 and Rapsodo MLM2 PRO are lower-priced alternatives. They offer fewer club metrics, or club metrics that are estimated rather than read. Check the current feature lists before you decide. The MLM2 PRO or Mevo+ and Mevo+ versus Garmin R10 pages set those choices side by side.

If club data matters most to you, the launch monitors for club data roundup compares the options by what they report. For the wider field beyond the FlightScope lineup, FlightScope alternatives covers the other units worth considering. Both are worth a look before you commit.

Compare radar launch monitors ↗

Questions Mevo+ owners ask about their data

Why does my Mevo+ show club speed but no face angle?

Face to target, face to path and the other face-related club metrics sit in the paid Pro Package. Club speed is one of the numbers the unit can show without it. Check the current split in the FS Golf app, since it can change with app and firmware versions.

Can I export Mevo+ shots to a spreadsheet?

FlightScope's app and cloud account let you review sessions, and export is the part to confirm. Check FlightScope's support documentation for the current export format and steps. A spreadsheet makes it easier to build gapping charts across several sessions.

Why does Mevo+ carry differ from what I see at the range?

Carry is modeled, not measured directly, so the conditions settings matter. Altitude, temperature, ball type and partial tracking all shift the result. Outdoor range balls are often limited-flight, which changes the numbers too, so compare ball speed, launch and spin before you blame the carry.

Do range balls hurt the readings?

Worn or limited-flight range balls change spin and flight, and the models assume regular balls. Indoors, dotted premium balls in good condition give the most consistent spin reads. Keeping one ball model for a session makes trends easier to read.

Is the Pro Package worth it if I mostly play simulated courses?

Simulated play runs on ball data, so club metrics add nothing to the score itself. They help with swing work and coaching. Casual sim golfers can usually skip the Pro Package, while serious improvers and coaches get more from it.