Golf Ball Compression Chart 2026: What Rating Should You Play?

Quick answer

Golf ball compression chart

Compression numbers below come from MyGolfSpy’s Ball Lab, which uses a calibrated Model 55-M compression tester — the most consistent independent dataset publicly available. Manufacturer-stated compressions often reflect core-only measurements and should not be compared across brands.

Golf ball specs: how to read the chart

Each row in the chart above doubles as a golf ball spec sheet — measured compression, cover material (urethane or ionomer), layer count, and the swing-speed tier the ball is built for. Those four golf ball specs decide fit more than any marketing label: cover material sets greenside spin, layer count tracks how much a ball separates driver and wedge behavior, and compression maps to your swing speed (the bands below). Manufacturer spec sheets list core-only or stated compressions that aren’t comparable across brands — the numbers here use a single calibrated gauge so the specs line up.

Golf balls by compression band

Filter the chart above by compression rating. Each list is best-fit by independent MyGolfSpy Ball Lab measurement — manufacturer-stated compressions are not directly comparable across brands.

Low-compression golf balls (under 65)

Every ball under 65 compression in the catalog is a two- or three-piece ionomer ball built for driver swing speeds under 85 mph. The 50–60 band is the softest a ball can be while still holding a normal flight; below 40, the core is as soft as the gauge will read.

• Maxfli SoftFli — ~35, ionomer, 2-piece, $19.99
• Wilson Duo Soft — ~37, ionomer, 2-piece, $24.99
• Callaway Supersoft MAX — ~40, ionomer, 2-piece, $24.99
• Bridgestone e6 Soft — ~45, ionomer (Surlyn), 2-piece, $23.99
• Callaway Supersoft — ~49, ionomer, 2-piece, $26.99 (see Callaway Supersoft review)
• TaylorMade SpeedSoft — ~50, ionomer, 2-piece, $24.99
• Amazon Basics Core Soft — ~55, ionomer, 2-piece, $15.99
• Srixon Soft Feel — ~58, ionomer, 2-piece, $24.99 (see Srixon Soft Feel review)
• Callaway ERC Soft — ~60, ionomer, 3-piece, $39.99
• Cut Red — ~60, ionomer, 2-piece, $16
• Mizuno RB 566 — ~60, ionomer, 2-piece, $22

No urethane ball in the catalog gauges under 65, so this band trades greenside spin for feel and price. The ranked picks for slow swings are in best low compression golf balls and the softest golf balls list.

70-compression golf balls (65–74)

The 70-compression band sits at the boundary between low and mid compression. Best for swing speeds 80–92 mph — soft enough to activate the core, firm enough that faster swings don’t over-compress it.

• Srixon Q-Star Tour — ~70, urethane, 3-piece, $40
• TaylorMade Tour Response — ~74, urethane, 3-piece, $43

Both are cast urethane, which means tour-quality greenside spin — the value tier of premium balls.

80-compression golf balls (75–84)

The 80-compression band targets 88–98 mph swings — the heart of the amateur range. This is where the most-played tour balls live.

• Callaway Chrome Soft — ~77, urethane, 3-piece, $55 (see Callaway Chrome Soft review)
• Wilson Triad — ~80, urethane, 3-piece, $40
• Titleist AVX — ~81, urethane, 3-piece, $50
• Srixon Z-Star — ~81, urethane, 3-piece, $54.99 (see Srixon Z-Star vs Pro V1)

All four urethane; the AVX runs the lowest driver spin in the category, the Chrome Soft is Callaway’s soft tour flagship, and the Wilson Triad is the value entry at $40.

90-compression golf balls (85–94)

The 90-compression band is tour territory — designed for 92–105 mph swings. Driver feel is firm, iron spin is lively, and full-wedge spin sits at category-leading levels.

• Bridgestone Tour B RX — ~89, urethane, 3-piece, $55
• Bridgestone Tour B XS — ~89, urethane, 3-piece, $55
• Callaway Chrome Tour — ~94, urethane, 4-piece, $58
• TaylorMade TP5 — ~93, urethane, 5-piece, $58 (see TP5 vs TP5x)
• Titleist Pro V1 — ~92, urethane, 3-piece, $57.99 (see Pro V1 vs Pro V1x)

Above 94 compression the chart moves into the Pro V1x / TP5x / Z-Star XV / Chrome Tour X firm-tier tour balls — built for 100+ mph swing speeds where firmer compression returns more ball speed than softer.

Golf ball compression chart by brand

Most brands sell a ball in every compression tier, so the brand you like rarely decides the number you need. Each brand’s lineup is listed softest to firmest below, with compressions from the BallCaddie catalog. Titleist, TaylorMade and Callaway don’t publish comparable figures, so treat any number on a box as that brand’s own scale.

Titleist golf ball compression chart

The TruFeel is the lowest-compression Titleist and the Pro V1x Left Dash the firmest on this chart, a 35-point spread. The Titleist TruFeel review and Pro V1 vs Pro V1x cover the two ends.

TaylorMade golf ball compression chart

The Tour Response is the softest urethane ball TaylorMade sells. See TP5 vs TP5x for the top of the line and the TaylorMade SpeedSoft review for the bottom.

Callaway golf ball compression chart

The $21.99 Warbird is firmer than the $54.99 Chrome Soft. The Callaway ERC Soft review covers why price and firmness run opposite ways below the Chrome family.

Srixon golf ball compression chart

The $15.99 Marathon is the firmest Srixon on this chart, two points above the $54.99 Z-Star XV. The Srixon Q-Star review walks the value line.

Bridgestone golf ball compression chart

The Bridgestone golf balls guide matches each Tour B model to a swing speed.

Wilson golf ball compression chart

The Wilson Duo Soft review compares the softest Wilson against the Triad.

Top Flite golf ball compression

The Top Flite XL Distance (~90) is the one Top Flite ball in our catalog: a 2-piece ionomer distance ball at $15 a dozen, and firm for its price tier. The Top Flite golf balls guide covers who should play a 90-compression value ball.

What compression actually measures

Compression is a measure of deformation under load — specifically, how much a ball deflects when a precise force is applied. The MyGolfSpy Ball Lab uses a Model 55-M compression tester that recalibrates before every session and records three measurements per ball (two at the seam, one at the pole). The average becomes the ball’s compression rating.

What compression is not: an exact proxy for feel, distance, or quality. A 90-compression urethane ball and a 90-compression ionomer ball feel entirely different at impact because urethane is a more tactile, responsive material — see urethane vs. ionomer covers for the full breakdown. Compression sets the mechanical framework; cover material changes the tactile experience on top of that.

Manufacturers don’t use a standardized gauge, which is why Titleist’s stated “100 compression” for the Pro V1x and a competitor’s “100 compression” might measure differently on the same third-party device. The chart above uses a single consistent gauge across all balls, so the numbers can be legitimately compared to each other.

The counter-intuitive finding: compression differential matters more than raw rating

In a multi-layer golf ball, the gap in firmness between the core and the cover drives greenside spin, not just the overall compression number.

A firm core under a soft urethane cover creates a high differential — the cover grabs the wedge grooves aggressively, generating tour-level spin. A soft core under the same urethane cover reduces that differential, which is why some lower-compression tour balls (like the Srixon Z-Star at ~81) can generate similar greenside spin to firmer models, but with a softer driver feel.

This is also why some slower-swing-speed players who prioritize control — scratch amateurs with smooth tempos, for example — sometimes play mid-compression tour balls despite swing speeds that technically fit the low-compression tier. The compression tier determines driver efficiency; the layer architecture determines what the ball does around the greens.

According to MyGolfSpy’s Ball Lab research, “compression has no impact on flight” — trajectory is driven by dimple pattern. Compression’s primary role is energy transfer at impact, not ball flight shape.

How compression affects driver performance by swing speed tier

Under 85 mph — low compression (30–70)

At slower swing speeds, the club head doesn’t generate enough force to fully compress a firm ball. A low-compression core activates immediately at impact, returning energy to the ball efficiently. The result is more ball speed and slightly higher launch from the same swing.

The catch: most low-compression balls use two-piece ionomer construction, which trades greenside spin for forgiveness and durability. That’s usually the right trade — at under 85 mph, generating meaningful wedge spin requires near-perfect strike quality that most players in this tier don’t yet have consistently. The better short-game ball comes later.

85–100 mph — mid compression (65–90)

This is where the majority of amateur golfers live, according to TrackMan’s amateur database (which puts the average male driver speed at 93–94 mph). In this tier, premium tour balls become legitimate options — your swing speed is sufficient to activate the core and take advantage of urethane cover spin.

The range spans two meaningful sub-tiers: at 85–92 mph, softer options like the Srixon Q-Star Tour or TaylorMade Tour Response maximize distance while still delivering urethane short-game feel; at 93–100 mph, the full premium tier (Pro V1, Chrome Tour, TP5) pays for itself if your short game is sharp enough to use the spin.

Over 100 mph — firm (90–115)

Fast swingers overpower low-compression balls, causing the core to over-compress at impact, which collapses ball speed. MyGolfSpy’s robot testing has shown high-swing-speed players losing several mph of ball speed on low-compression models compared to properly fit firm balls — that translates to 5–12 yards of carry, compounding over a full round.

Above 105 mph in particular, the firmer Pro V1x, Chrome Tour X, TP5x, and Z-Star XV become meaningful performance upgrades rather than marginal ones. Feel tends to be the tiebreaker within the firm tier.

The common misconceptions

“Softer is always better for seniors and women.” Compression should match swing speed, not age or gender. A 70-year-old with a 100-mph swing from a lifetime of athleticism does not belong in a 45-compression ball. Recommend by speed tier, not demographic.

“Tour players use the firmest balls.” Not always. Several PGA Tour players use the Titleist Pro V1 (92 compression) rather than the Pro V1x, specifically because they prefer the driver-spin profile of the softer ball. Tour compression choices are far more nuanced than “firm = tour.”

“Higher compression = more distance.” Only above the activation threshold. Below ~85 mph, a 90-compression ball is slower off the tee than a 45-compression ball from the same swing. Above 105 mph, the relationship reverses.

“All 90-compression balls feel the same.” Cover material creates a larger feel difference than compression within the same tier. A 90-compression urethane ball and a 90-compression ionomer ball are very different products despite identical compression.

Key takeaways

• Compression measures deformation under load — not feel, quality, or distance directly.
• Match compression to swing speed: under 85 mph → 30–70, 85–100 mph → 65–90, over 100 mph → 90–115.
• The compression differential between core and cover drives greenside spin — not compression alone.
• Cold barely moves the gauge (2–3 points after six hours in a freezer) but costs 20+ yards through lost resiliency; keep the ball warm rather than switching tiers.
• Use the chart above to compare balls — manufacturer numbers aren’t standardized across brands, but independent lab measurements are.
• If you want to see which ball the fitting engine recommends for your exact swing profile, take the BallCaddie quiz — it weights compression, cover material, swing speed, and short-game priority together.

Related guides:

• Maxfli Tour vs Tour X — the stated-95-measured-94 Tour against the 102-compression 4-piece Tour X, with the launch-monitor data and the ~105 mph line where the choice flips.
• Costco golf balls: price, who makes them, worth it? — the buying guide for Costco’s single-SKU Kirkland Performance+, which MyGolfSpy’s gauge has read at 93 (2024 Ball Lab, individual balls 88–103) and 97 (2025) for the white and 91 for the yellow (2026), against a ~90 listing — and note that MyGolfSpy’s 2026 ball test measured the yellow and white versions separately, because they come from different factories.
• How to choose the right golf ball for your swing speed — the parent pillar that maps swing-speed bands to compression tiers with example balls in each.
• Best low-compression golf balls (2026) — the curated picks in the 30–70 compression tier, with the ionomer-soft vs urethane-soft fork explained for sub-95 mph swings.
• Best golf balls for high handicappers — the soft, low-compression picks that most 90+ shooters benefit from.
• Urethane vs. ionomer golf balls — when the cover-material upgrade is worth the price jump within your compression tier.
• Pro V1 vs Pro V1x — head-to-head on Titleist’s two flagship tour balls, both in the high-compression tier but with a 10-point spread that drives most of the feel and trajectory difference.
• TP5 vs TP5x — the TaylorMade parallel: identical 5-layer architecture and dimples, with measured compressions of ~88 (TP5) and ~98 (TP5x) producing different driver-spin and wedge-spin behavior.
• Jordan Spieth played the wrong golf ball for years. Are you? — Spieth’s switch from the ~102-compression Pro V1x to the ~105-compression Pro V1x Left Dash, and what the spin-tier shift means for fast swingers.
• Browse the full ball catalog or compare any two balls side-by-side to see compression alongside cover, layers, and price.
• Callaway Chrome Soft review — the 77-compression urethane mid-soft tour ball, with the cover-material math against the 49-compression Supersoft and the 94-compression Chrome Tour.
• Maxfli golf ball review — the four-model Maxfli family covering a 35–100 compression spread at two price tiers, with the MyGolfSpy Ball Lab scores and the Kirkland and Pro V1 comparisons.
• Srixon Z-Star vs Pro V1 — two cast-urethane tour balls measuring eleven points apart on compression (~81 vs ~92), with the MyGolfSpy data on how the FastLayer DG Core 2.0 gradient and Titleist’s high-gradient core diverge on iron and wedge spin despite the shared cover material.
• Titleist Pro V1 Left Dot: the lower-spinning Pro V1, explained — the limited-drop, Tour-developed Pro V1 variant with the same ~90 compression on MyGolfSpy’s gauge but a lower-spinning core and 352-tetrahedral dimples for a more penetrating flight, plus where the Left Dot and Left Dash diverge across chassis.
• Titleist Tour Soft review (2026) — the 2-piece elastomer Titleist whose 2026 gauge compression measured 88, landing the value-tour line solidly in the mid-compression tier with the TruFeel (~70) below and the Pro V1 (~92) above.
• Yellow and colored golf balls: do they help? — whether a colored cover or matte finish changes spin or distance (it doesn’t, on a modern ball), the vision science behind why yellow tracks best, and the best yellow and matte picks at every compression tier.
• Highest spin golf ball (2026) — the most wedge spin ranked by RPM, the full-wedge vs. greenside-touch split that explains why the firmest ball isn’t always the grippiest, and the urethane budget picks that spin like a $58 tour ball.
• Titleist AVX review (2026) — the lowest-spin, lowest-flying ball in Titleist’s urethane line, with a lab-measured ~81 compression that lands it softer than the Pro V1 (~92), and the Today’s Golfer robot data (~2,400–2,600 rpm driver spin, 11.1° launch) behind the low-flight billing.
• Used golf balls: recycled vs refurbished — why the same solid-core urethane construction that resists water also makes a Mint recycled ball play within 2 yards of new, the peer-reviewed pond study that debunks waterlogging, and the grading scale that separates recycled from repainted refinished balls.
• Golf ball compression and swing speed: the fitting logic — the method behind the chart: how compression maps to the three swing-speed bands, why a soft ball isn’t faster for slow swingers on the robot data, and the one band (105+ mph) where compression actually adds yards.
• How many dimples are on a golf ball? — the count for every major model (Pro V1 388, Chrome Soft 332, TP5 322, Tour B XS 330), why the Rules of Golf regulate size, weight, velocity and symmetry but never dimple count, and the ~0.010-inch depth that moves ball flight far more than the number does.
• Kirkland Signature performance: data vs the internet hype (2026) — the MyGolfSpy robot data behind the Costco hype cycle, where the ~$15 urethane ball out-drove the $57.99 Pro V1 by a yard, the gauge-measured 95 compression that puts it in firm-tour-ball territory, and the 2026 test that scored the yellow and white as separate balls from separate factories.
• Softest golf balls of 2026 — the bottom of this chart ranked in order, from the ~35 Maxfli SoftFli through the softest urethane tier, with the marketed-vs-gauge-measured story behind the numbers.
• What do the numbers on a golf ball mean? — why the digit under the brand is identification only, the wound-era 80/90/100 compression stamps that this chart replaced (tour balls labeled 90 often measured 65–75), and the Rule 6.3c penalty for playing a wrong ball.
• TP5x vs Pro V1 — the 6-point compression gap (~98 vs ~92) between TaylorMade’s 5-layer and Titleist’s 3-layer tour ball, with the Today’s Golfer robot data showing them 0.7 yards apart off the driver and why lab gauges disagree on the absolute numbers.
• Titleist AVX vs Pro V1 — the soft end of Titleist’s premium line (~81) against the benchmark (~92): same high-gradient core, different covers (injection-molded TPU vs cast urethane), and the flight-window trade the compression gap buys.
• Do golf balls go bad? — why solid cores ended the wound-balata expiration problem, Titleist’s five-year-plus shelf-life guidance, the MyGolfSpy freezer test that cost 21+ yards while moving compression only 2–3 points, and the fingernail test for when a cover is done.
• How to clean golf balls — the warm-water-and-dish-soap method, why no manufacturer publishes a cleaning procedure, the Rule 14.1c exceptions that make cleaning a one-stroke penalty mid-round, and the MyGolfSpy robot data separating mud (7 yards offline, washes off) from a scuff (40+ yards of carry, permanent).
• Top Flite golf balls — the Dick’s house brand at the firm end of the value tier: the XL Distance’s 90 compression against a 94 mph average amateur, verified per-ball pricing from $0.92, and the Golf Digest robot data on the 45%-less-spin ionomer trade.
• Kirkland yellow vs white — the one ball on the market where the color names the factory: SM Global in China against SM Parker in Vietnam, the 3rd-versus-13th driver-spin split in MyGolfSpy’s 2026 test, and the July 2026 Ball Lab teardown that measured the yellow at 91.0 compression with zero defects.
• Amazon Basics golf balls review — the bottom of this chart at ~55 compression and $15.99: a MyGolfSpy ionomer top pick at slow swing speeds that a Today’s Golfer tester scored 1.5/5, and the 42nd-of-48 total-distance number that reconciles the two.
• Pinnacle golf balls — the Acushnet value brand whose one remaining ball carries no published compression at all: why our ~80 is a legacy placement rather than a gauge reading, the $1.33-per-ball math against a $4.83 Pro V1 built in the same New Bedford plant, and what a title sponsorship of the World Long Drive Tour does and doesn’t prove at 94 mph.
• PXG golf balls — two three-piece urethane balls at one $39.99 price, the Xtreme Tour (~94) and Xtreme Tour X (~101), where the X is the firmer and higher-spinning one; plus the July 2026 Ball Lab teardown that scored the Tour 71/100 on an F for diameter consistency, and the three sources that disagree on its compression.
• Callaway ERC Soft review — the three balls below Callaway’s Chrome family, where price runs opposite to firmness: the $39.99 ERC Soft (~60) with its GRIP urethane coating, the $24.99 Supersoft MAX (~40) and the $21.99 Warbird (~90), the cheapest and firmest of the group.
• Srixon Q-Star review (2026) — Srixon’s value line across a 40-point compression spread, where the $1.33-a-ball Marathon (~98) is firmer than the $54.99 Z-Star XV: the 301 redirect that retired the two-piece Q-Star (~72), the 3-piece Ultispeed (~85) that replaced it, and its top-seven iron speed against a third-from-bottom greenside spin rank in the 48-ball robot field.
• Noodle golf balls review (2026) — TaylorMade’s value line priced per ball: the $0.92 Noodle (~69) that outlived the Maxfli brand that created it, the Distance+ that lists at 77 but measured 95 in Today’s Golfer’s robot test, and the ~50-compression SpeedSoft that took MyGolfSpy’s mid-speed ionomer pick in the 2026 48-ball test.
• Vice Pro golf balls review (2026) — the five-ball Vice range where price and firmness run in opposite directions: the $29.99 ionomer Tour (~98) measures firmer than the $39.99 urethane Pro (~89) on both gauges, out-spun 35 of 38 urethane models off high-speed irons in the 48-ball field, and lost the Great Buy award to the Pro anyway.
• Wilson Duo Soft review (2026) — the $24.99 Duo Soft (~37) against the $39.99 Triad (~80), where the urethane ball carried further at all three robot driver speeds including the slowest at 78 mph, the greenside gap came to 112 rpm against 455 off a 7-iron, and four sources give the Duo Soft four different compressions.
• Mizuno RB 566 review (2026) — Mizuno’s four balls from the $22 RB 566 (~60) to the $50 Pro X (~102), where only the two urethane balls have any independent robot data: the Pro X took a high-spin driver pick despite Mizuno grading its driver spin Medium, and the firm Pro S (~96) still finished third for driver distance at the 86 mph condition, behind only the Pro V1 and Tour Soft with the top five inside a yard.
• Snell golf balls review (2026) — the range where the one lab that gauged both read the PR3 (~91) firmer than the PR4 (~89), reversing Snell’s own 80-85 and 85-90 labels: the PR4 topped a seven-ball tie for distance at 116 mph while the PR3 finished 48th of 48 at 102 mph, and its Ball Lab card pairs a perfect 100% Good Ball Rate with an F for compression symmetry.
• Cut golf balls review (2026) — the only Cut ball an independent lab has torn down, the DC, whose gauge-measured 99 settles a spec sheet that prints both 99 and 105 on the same page, and whose “exceedingly thick” cover explains the range’s scuffing and its 900-rpm wedge-spin shortfall against a Pro V1.
• TaylorMade SpeedSoft review (2026) — the softest ball TaylorMade has ever sold (~50) at $24.99, where the manufacturer’s own spec sheet grades wedge spin mid/high and MyGolfSpy’s 2026 robot measured 6,311 rpm on a full wedge, second-lowest of 48 and ~4,300 rpm behind a Pro V1, against a 7-iron carry that finished 10th of 48 and 2.2 yards past that same Pro V1.
• Best golf ball for cold weather (2026) — why six hours in a freezer moved MyGolfSpy’s gauge only 2–3 points yet cost 21 yards, the 1.5%-per-20°F air-density rule that no ball avoids, the Rule 4.2a line between a trouser pocket and a hand warmer, and the low-spin picks by swing speed.
• What’s inside a golf ball? — the construction behind every number on this chart: the polybutadiene core that sets speed, the ionomer mantle that splits driver spin from wedge spin, the urethane-or-ionomer cover (5,415 vs 3,506 rpm on a 35-yard wedge in MyGolfSpy’s 2026 test), and why 2, 3, 4 and 5 pieces are tuning budgets rather than a ranking.