Golf Ball Compression Chart: Based On Swing Speed And Skills

Golf Ball Compression Chart

Golf ball compression plays a crucial role in how a ball reacts when struck. Choosing the right golf ball compression can significantly impact your game, as it influences distance, spin, feel, launch angle, and other important factors. 

It’s essential to recognize that not all golf balls are created equal, each brand and model come with different compression ratings. Therefore, considering golf ball compression chart is important when purchasing golf balls.

I. What is golf ball compression?

Golf ball compression is the measure of how much a golf ball deforms and changes shape when struck by a club. It describes the interaction between the clubface and the ball’s core. The lower the compression, the softer the ball, and the higher the compression rating, the harder the ball. Typically, the golf ball compression ranges between 30 to 120.

  • Softest golf ball: 30
  • Hardest golf ball: 120.

II. Compression ratings based on swing speeds

Golf Ball Compression Chart

To better understand the right golf ball compression for your game, you should consider your swing speed. The below table will help you to decide the right golf ball compression for your game.

Ball TypeCompression RatingPlayer SkillSwing Speed
Soft golf ball 30-70Beginner or high handicapper<85
Medium compression golf ball80-90Intermediate or mid-handicapper 85-105
Hard or firm golf ball90-120Advanced or low-handicapperAbove 105

III. Golf ball compression chart: Popular golf balls

Here is a comprehensive golf ball compression chart featuring popular golf ball brands available in the market, classified into three categories: high, medium, and low compression golf balls.

1. High compression golf balls

Golf BallCompressionLayersCoverShort game spinRecommended Swing speedHandicap
Bridgestone Tour B X983Urethanehigh105+ mphlow
Callaway Chrome Soft X954Urethanehigh105+ mphlow
Callaway Chrome Soft X LS1004Urethanehigh105+ mph
Callaway Warbird902IonomerMid<95 mphmid-low
Cut DC1054Urethanehigh105+ mphLow
Cut Blue904Urethanehigh<105 mphLow
Mizuno RB Tour 904Urethanehigh<105 mphLow
Mizuno RB Tour X1104Urethanehigh105+ mphLow
Snell MTB-X953Urethanehigh105+ mphlow
PXG Xtreme Premium923Urethanehigh100+ mphmid-low
Srixon Z-Star903Urethanehigh<105 mphlow
Srixon Z-Star XV954Urethanemid100+ mphlow
Srixon Z-Star Diamond1003Urethanehigh105+ mphlow
Taylormade TP5X Pix98 5Urethanehigh105+ mphLow
Taylormade TP5X 985Urethanehigh105+ mphLow
Titleist Pro V1 X100 4Urethanehigh105+ mphLow 
Titleist Pro V1x Left Dash1024Urethanehigh105+ mphLow 
Titleist Pro V1x Left Dot903Urethanehigh<105 mphLow 
Vice Pro Plus954Urethanehigh110+ mphLow 
Volvik S4954Urethanehigh105+ mphLow 
Volvik XT AMT903Ionomermid<105 mphMid
Volvik Magma903Ionomerlow90 mph Mid-high 
Wilson Staff Model1004Urethanehigh105+ mphLow
Wilson Staff Model R1004Urethanehigh105+ mphLow

2. Medium compression golf balls

Golf BallCompressionLayersCoverShort game spinRecommended Swing speedHandicap
Bridgestone Tour B XS853Urethanehigh105+ mphlow
Cut Grey803Urethanemid<100 mphmid
Snell MTB-Black853Urethanemid<105 mphlow
Taylormade TP5 Pix875Urethanehigh105+ mphLow
Taylormade Tour Response713Urethanemid<100 mphmid
Taylormade Project (a)703Urethanemid <95 mphhigh
Titleist Pro V1873Urethanehigh<105 mphlow
Titleist AVX803Urethanemid <105 mphlow-mid
Titleist Tour Speed803Urethanemid <100 mphmid
Vice Pro853Urethanehigh95-110 mphlow-mid
Vice Pro Zero803Urethanehigh<100 mphlow-mid
Volvik S3853Urethanehigh<105 mphlow
Wilson Triad853Urethanemid<100 mphmid
Wilson Tour Velocity Distance852Surlynlow<100 mphhigh

3. Low compression golf balls

Golf BallCompressionLayersCoverShort game spinRecommended Swing speedHandicap
Bridgestone Tour B RX753Urethanehigh<105 mphmid
Bridgestone Tour B RXS653Urethanehigh<105 mphmid
Bridgestone e12 Speed753Surlynmid105+ mphmid-low
Bridgestone e12 Contact603Ionomermid<105 mphmid
Bridgestone e6452Ionomerlow<105 mphhigh
Bridgestone Lady Precept502Ionomerlow<90 mphhigh
Bridgestone Laddie Extreme30+2Ionomerlow<90 mphhigh
Callaway Chrome Soft753Urethanehigh<100 mphlow
Callaway Supersoft402Hybridlow<90 mphhigh
Callaway ERC Soft603Hybridmid<95 mphmid-high
Callaway Supersoft Max302Hybridlow<85 mphhigh
Callaway Superhot703Ionomerlow<90 mphhigh
Callaway Strata Eagle302Ionomerlow<90 mphhigh
Callaway Reva302Ionomerlow<85 mphhigh
Cut Red602Ionomerlow<90 mphhigh
Cut Matte653Ionomermid<100 mphmid
Mizuno RB 566302Ionomerlow<95 mphhigh
Mizuno RB 566 V303Ionomermid<95 mphmid
Snell Get Sum302Surlynlow<90 mphhigh
Srixon Q-Star722Urethanelow<95 mphmid
Srixon Q-star Tour723Urethanemid<95 mphmid
Srixon Soft Feel602Ionomerlow<90 mphhigh
Taylormade Soft Response503Ionomerlow<95 mphhigh
Taylormade Noodle Long And Soft352Surlynlow<90 mphhigh
Taylormade Distance+772Ionomerlow<100 mphhigh
Titleist Tour Soft652IonomerMid<95 mphhigh
Titleist Velocity652Surlynlow<95 mphhigh
Titleist TruFeellow2Ionomerlow<95 mphhigh
Vice Pro Soft703Urethanehigh<95 mphlow-mid
Vice Tour303Surlynmid<100 mphmid-high
Vice Drive502Surlynlow<95 mphhigh
Volvik Vivid753Ionomermid<100 mphmid
Volvik XT Soft653Urethanemid<90 mphmid
Wilson Duo Soft+352Surlynlow<90 mphhigh
Wilson Duo Optix402Surlynlow<95 mphhigh
Wilson Fifty Elite502Surlynmid<95 mphhigh
Wilson Zip502Surlynmid<95 mphhigh
Wilson Tour Velocity feel ball652Surlynlow<95 mphhigh

IV. Features that affect golf ball compression

The compression of a golf ball is affected by various features, such as:

1. Layers

Golf balls can have different layer constructions, ranging from 2-piece to 5-piece. The number of layers affects the ball’s compression. 2-piece golf balls, with a single core and outer cover, are typically low compression and easier to compress. 

On the other hand, golf balls with more layers, like 5-piece balls, tend to have higher compression, requiring more force to compress fully.

2. Core

The core is the central part of the golf ball and is responsible for storing and releasing energy upon impact. The density of the core influences the ball’s compression. A denser core results in a higher compression ball, requiring more swing speed to compress and activate it fully.

3. Cover

The outer cover of the golf ball is made from different materials like Surlyn or Urethane, which can affect compression.

  • Surlyn, being a harder material, tends to create higher compression golf balls, offering more distance and durability.
  • Urethane covers, being softer, lead to lower compression golf balls that provide more spin and control on shots.

V. External factors that affect golf ball compression

External factors can indeed have a significant impact on golf ball compression. Two of the main external factors that affect golf ball compression are weather conditions and altitude:

1. Weather conditions

Weather conditions, specifically temperature, significantly impact golf ball compression. Cold weather stiffens the ball’s materials, increasing compression and making it feel harder. Conversely, hot weather allows for easier compression, resulting in a softer feel. 

Golfers in colder climates may prefer softer golf balls with lower compression for better performance and feel.

2. Altitude

Altitude affects golf ball compression due to lower air density. At a higher-altitude golf course, there is less air resistance, allowing the ball to travel farther with less effort. 

To maintain control over shots, golfers need to use golf balls with higher compression, offsetting the reduced drag and ensuring a stable flight path.

VI. Understanding how golf ball compression affects your game

The compression rating influences the golf ball’s performance in different ways. Let us take a closer look at how golf ball compression affects various aspects of your game:

1. Impact on feel

Golf ball compression directly affects how the ball feels upon impact with the clubface. High-compression golf balls generally feel harder, offering a firmer sensation during contact. 

Conversely, a low compression ball feels softer, providing a more cushioned and responsive feel. Choosing the right compression level based on your swing speed and preferences can greatly impact your overall comfort and confidence while playing.

2. Impact on the ball speed

Golf ball compression plays a significant role in determining the ball’s initial velocity off the clubface. A high-compression ball requires more force to compress fully, resulting in increased ball speed upon release. 

These balls are suitable for players with faster swing speeds as they can generate more energy at impact. On the other hand, a lower-compression golf ball can enhance ball speed for players with slower swing speeds since they compress more easily.

3. Impact spin on full shots

Spin control is essential for optimizing shot accuracy and performance. A high-compression golf ball tends to produce lower spin rates on full shots, resulting in a more penetrating ball flight with reduced sidespin. 

This characteristic can be advantageous for players seeking greater distance and control off the tee and on full-iron shots. Low-compression golf balls, on the other hand, may generate slightly more spin, offering increased stopping power on the greens.

4. Impact on ball flight

Golf ball compression influences the trajectory and flight path of the ball. Higher compression balls, with their lower spin rates, often produce a more stable and consistent ball flight, especially in windy conditions. 

They tend to travel on a flatter trajectory, minimizing the impact of crosswinds. Lower compression balls, with potentially higher spin rates, experience more pronounced ball flight variations in windy conditions.


Golf ball compression is essential in determining the performance, flight path, feel, and distance of your shots. With different golf balls offering varying degrees of compression, it is important to find the right one for your swing speed and skill level. 

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