trackman pga tour stats

Data matters: Inside the PGA Tour-Trackman partnership

Starting in 2022, the PGA Tour and Trackman joined forces to revolutionize the way we watch and understand the game of golf, bringing fans a more immersive experience than ever before.

With the integration of Trackman's cutting-edge Doppler radar and club and ball tracking technology, nearly every shot during every PGA Tour event is traced and shared across various platforms. This gives golf fans a deeper level of insight into players' performance, detailed club and ball data, and the impact of environmental factors on the game.

Here’s a closer look at how this partnership elevates the way we follow the world's best golfers:

For the Fans

The PGA Tour's decision to expand its partnership with Trackman marks a significant milestone in broadcast golf. By implementing our innovative tracking and tracing solutions, viewers gain unparalleled access to real-time data on club speed, ball speed, curve, landing spin, launch angle, spin rate, apex, carry and more. This data is seamlessly integrated into television broadcasts, OTT platforms and digital channels, offering fans more insight into how and why shots move and arrive at their positions.

Unmatched Tracking

Trackman's advanced aerodynamic models go beyond conventional tracking capabilities. The system can accurately assess the impact of external factors such as wind, weather and altitude on each shot, providing fans with a comprehensive view of how these elements influence the game. Additionally, our tracking system's ability to follow the flight of balls up to 400 yards under various conditions — including rain, fog, sunrise and sunset — ensures that no shot goes unnoticed.

Expanded Capabilities

The partnership between the PGA Tour and Trackman expands the tracking and tracing system from tee boxes to shots hit from the fairway and around the green. This means that every golf shot during a Tour event will be captured and instantly shared with television, OTT and digital partners. This data significantly enriches fan experiences on platforms like TOURCast, where inbound shots to the green can be visualized, offering a unique perspective on the game.

Eyes on the Future

This collaboration is expected to unlock even more innovative ways to present the game of golf. As technology continues to evolve, the fan experience will reach new heights, and the stories of the players' extraordinary skills will be told in captivating ways. The integration of Trackman's mobile system, which requires no cables or connections, is a step toward greater flexibility and efficiency in tracking shots from the fairway. This technology is being tested for future use on other events, including PGA Tour Champions and the Korn Ferry Tour.

Trackman Data on PGA Tour Averages

Most golfers think that the guys on the PGA Tour hit the ball incredibly long.  And I suppose they hit it relatively far, but nearly the distances that the public thinks.

I think the average student that I ask tells me that a tour player hits a 6 iron 220 yards.  And it just isn’t true….well at least not on average.  They think that a drives are always over 320, which they are not – not even close.

Check out the actual averages from the PGA Tour for the entire year:

Now this is not to say that a tour player can’t ramp it up another gear if they felt like showing off.  I’m sure most of them can squeeze out 10 extra yards on every club on this chart.

But mostly, when playing for the money, they don’t.  Because winning money, titles, and shooting low scores doesn’t involve all that much ‘power’ hitting, especially with the irons.

Instead, it’s mostly situational.  If I have a front pin with a hard green, I would go at it harder with the shorter club, maybe a 150 yard pitching wedge.  This is so I could hit it higher and spin it more, enabling me to access that tough pin position.

The average drive on tour last year was 289 yards.  I’d estimate the average tour player will hit their basic solid drive between 295-310 under neutral conditions.  But you also have to add in the slight mishits, the rainy days, and the balls that land in the rough.

Official driving distance is only measured on two holes per round, which means you might get 50-60 shots in a year.  A former tour pro told me he hit a tree branch off the tee that knocked his ball down, and it affected his average for the whole year by 15 yards.  This put him near the bottom of the pack.

I blame it on TV coverage.  How many times do you see TV reporting driving distance on an uphill into the wind hole?  A good drive might only yield 250 – and that isn’t exciting.

But then on the next hole when they come back down the hill with the wind behind them, they all go 340.

What about this awesome drive from Dustin Johnson in Hawaii that everyone was talking about:

So the drive went 433 yards.  But he picked up 25 yards for elevation, 25 for wind, and another 45 for extra roll.  That’s 95 extra yards, putting the actual distance of the drive under neutral conditions around 340-345.

And this is about DJ’s average ‘big’ drive when he swings harder, at around 125 mph.  Maybe 126 or 127.

So next time the announcer says that someone is hitting a 5 iron from 223, keep in mind that it’s mostly conditions, and note where the ball actually carries.

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PGA Tour Trackman Averages: Analyzing Player Performance And Improving Golf Skills

August 18, 2023

Learn how PGA Tour Trackman averages can help analyze player performance, identify strengths and weaknesses, and improve golf skills. Explore common metrics like , , launch angle, spin rate , and carry distance for both professionals and amateur golfers.

What is Trackman?

Definition and explanation.

Trackman is a cutting-edge technology that has revolutionized the game of golf. It is a portable radar system that provides detailed data and analysis on various aspects of a golfer’s swing and ball flight. With its advanced sensors and algorithms, Trackman captures and analyzes data in real-time, offering valuable insights into a player’s performance.

Trackman is used by professional golfers, coaches, and club fitters to enhance their understanding of the swing and improve overall performance. It has become an essential tool in the world of golf, helping players reach new levels of precision and accuracy.

How Does Trackman Work?

Trackman operates on the principle of Doppler radar, which measures the frequency shift of electromagnetic waves. The system consists of two radars – one tracks the golf ball from the moment it is struck, while the other tracks the clubhead during the swing. By analyzing the interaction between the club and the ball, Trackman provides a comprehensive picture of the swing dynamics and ball flight.

The radar system captures multiple data points throughout the entire process, including , , , and spin rate. These metrics are then processed and presented in a user-friendly format, allowing players and coaches to gain valuable insights into their performance.

Trackman’s accuracy and reliability are unparalleled, making it the gold standard in golf tracking technology. Its ability to capture and analyze data in real-time provides immediate feedback, allowing players to make adjustments and improvements on the spot.

With Trackman, every aspect of the swing can be analyzed and optimized. From the moment the clubhead makes contact with the ball to the trajectory and distance it travels, Trackman leaves no stone unturned. This level of detail and precision has made it an indispensable tool for golfers at all levels.

By utilizing Trackman, players can gain a deeper understanding of their swing mechanics and make data-driven decisions to enhance their performance on the course. Whether it’s adjusting swing mechanics, optimizing equipment setup, or tailoring training programs, Trackman’s insights provide a roadmap to improvement.

Importance of Trackman Averages

Analyzing player performance.

When it comes to improving one’s golf game, understanding and analyzing player performance is crucial. This is where Trackman, a state-of-the-art technology, comes into play. Trackman provides golfers with valuable data and insights that can help them identify their strengths and weaknesses.

By analyzing player performance using Trackman, golfers can gain a deeper understanding of their swing mechanics, , , launch angle, spin rate, and carry distance. This data allows players to assess their overall performance and make necessary adjustments to their game.

Trackman’s ability to accurately measure clubhead speed, , and provides golfers with a comprehensive view of their swing mechanics. This information helps players identify any inefficiencies or flaws in their technique. By pinpointing areas that need improvement, golfers can work on refining their swing mechanics and ultimately enhance their performance on the course.

Identifying Strengths and Weaknesses

One of the key benefits of using Trackman is its ability to identify a golfer’s strengths and weaknesses. By analyzing the data provided by Trackman, players can determine which aspects of their game they excel in and which areas need improvement.

For example, Trackman’s metric can reveal whether a golfer consistently hits shots with too much or too little spin. This information can help players make adjustments to their swing to achieve optimal spin rates, which greatly affects the distance and control of the golf ball.

Another important metric provided by Trackman is the carry distance. This metric shows how far a golfer’s shots travel through the air before landing. By comparing their carry distance with the average distances of PGA Tour players, golfers can assess their power and accuracy off the tee or with different clubs. This knowledge allows players to focus on areas that need improvement, such as increasing their or optimizing their equipment setup.

Trackman also enables golfers to compare their performance with that of elite players on the PGA Tour. By examining the average , , launch angle, spin rate, and carry distance of professional golfers, players can set realistic goals for themselves. They can also gain valuable insights into the techniques and strategies employed by top players, which can inform their own training programs.

Common Trackman Metrics

Trackman is a revolutionary technology that has transformed the way we analyze and understand the game of golf. By providing accurate and detailed data on various metrics, Trackman has become an essential tool for players, coaches, and enthusiasts alike. In this section, we will explore some of the most common Trackman metrics and their significance in improving performance.

Clubhead Speed

One of the key metrics measured by Trackman is , which refers to the velocity at which the clubhead is moving through impact. Clubhead speed is a crucial factor in determining the distance a golf ball will travel. A higher clubhead speed usually results in a longer shot, provided other factors like angle of attack and spin rate are optimized.

Trackman allows players to accurately measure their clubhead speed and compare it to the averages of professional golfers. This information can provide valuable insights into a player’s physical capabilities and potential areas for improvement. By focusing on increasing , players can unlock greater distance off the tee and gain a competitive edge.

Ball speed, another important metric provided by Trackman, is the speed at which the golf ball leaves the clubface after impact. It is influenced by factors such as clubhead speed, angle of attack, and the efficiency of the strike. Ball speed is directly correlated to distance, with higher ball speeds resulting in longer shots.

Trackman enables players to monitor and analyze their , allowing them to make adjustments to their swing mechanics and equipment setup. By optimizing , players can maximize their distance potential and achieve greater consistency in their shots.

Launch Angle

The is the angle at which the ball takes off after being struck. It is a critical metric as it determines the trajectory and the amount of carry distance the ball will achieve. The optimal launch angle varies depending on the club and the desired shot outcome.

Trackman provides accurate measurements of launch angle, allowing players to fine-tune their swings to achieve the ideal launch conditions. By adjusting the launch angle, players can optimize their distance, accuracy, and control, ensuring their shots reach their intended targets with precision.

Spin rate refers to the amount of spin the ball has after being struck. It plays a significant role in determining the ball’s trajectory, control, and stopping power upon landing. A proper can help players navigate challenging course conditions and execute different shot shapes.

Trackman captures spin rate data, enabling players to analyze the effectiveness of their shots. By understanding their spin rates, players can make necessary adjustments to their swings and equipment, ensuring the desired spin characteristics for each shot. This knowledge is particularly crucial for controlling approach shots and maximizing scoring opportunities.

Carry Distance

Carry distance is the distance the ball travels through the air before touching the ground. It is a vital metric for players as it directly affects the target area they can reach and the potential hazards they need to navigate. Carry distance is influenced by factors such as , ball speed, launch angle, and spin rate.

Trackman provides accurate measurements of carry distance, allowing players to assess their shot performance objectively. By tracking carry distance, players can identify any inconsistencies in their shots and work on optimizing the factors that contribute to longer and more efficient carries. This information is invaluable for planning strategies on the course and making informed decisions during gameplay.

Trackman Averages for PGA Tour Players

When it comes to professional golf, the PGA Tour is the pinnacle of competition. The players who make it to this level possess incredible skill and precision in their game. Trackman, a cutting-edge technology in the world of golf, provides invaluable insights into the performance of these elite players. Let’s take a closer look at some of the key trackman averages for PGA Tour players.

Top Clubhead Speed Averages

Clubhead speed is a crucial factor in determining the distance a golf ball will travel. PGA Tour players are known for their ability to generate impressive clubhead speeds, and the trackman data confirms this. On average, PGA Tour players have clubhead speeds that surpass 110 miles per hour . This incredible speed allows them to unleash the full potential of their swings and achieve remarkable distances off the tee.

Ball Speed Averages of Elite Players

Clubhead speed is just one piece of the puzzle; another vital factor is . Ball speed is directly influenced by the impact between the clubface and the ball. PGA Tour players consistently achieve ball speeds that exceed 160 miles per hour . This high is a testament to their exceptional timing, technique, and power. It enables them to maximize the distance covered by the golf ball, giving them a significant advantage on the course.

Launch Angle Trends on Tour

The refers to the angle at which the golf ball takes off after impact. It plays a crucial role in determining the trajectory and distance covered by the ball. Analyzing trackman data reveals interesting trends in launch angles among PGA Tour players. On average, these professionals tend to launch the ball at angles ranging from 10 to 15 degrees with their drivers. This optimal launch angle allows for a balance between distance and accuracy, ensuring the ball carries far while still maintaining control.

Spin Rate Averages for Different Shots

Spin rate is another critical metric measured by trackman. It refers to the amount of rotation the golf ball experiences while in flight. PGA Tour players have a remarkable ability to control the spin rate of their shots, depending on the desired outcome. For example, when hitting a driver off the tee, they typically aim for a lower to maximize distance. On the other hand, when hitting approach shots into greens, they often increase the to enhance control and stopping power.

Average Carry Distance by Club

Carry distance is the distance the golf ball travels through the air before it touches the ground. Trackman data provides fascinating insights into the average carry distances achieved by PGA Tour players with different clubs. For instance, with their drivers, these professionals can carry the ball over 280 yards, showcasing their incredible power and precision. As they transition to shorter clubs, such as irons and wedges, the average carry distances decrease but still remain impressive, often exceeding 150 yards.

In summary, trackman data offers a glimpse into the extraordinary capabilities of PGA Tour players. Their clubhead speeds, ball speeds, launch angles, spin rates, and carry distances are a testament to the remarkable skills they possess. By analyzing these averages, golfers at all levels can gain valuable insights into the areas they need to focus on to improve their own game. Whether it’s increasing , optimizing launch angles, or controlling spin rates, trackman data provides a wealth of information for players looking to take their game to the next level.

(Unordered list:)

• PGA Tour players exhibit clubhead speeds surpassing 110 miles per hour.
• Ball speeds achieved by elite players exceed 160 miles per hour.
• Launch angles for PGA Tour players range from 10 to 15 degrees with drivers.
• Spin rates vary depending on the desired outcome of the shot.
• Carry distances for drivers can exceed 280 yards, while shorter clubs still achieve impressive distances exceeding 150 yards.

Using Trackman Data for Improvement

Trackman is not just a tool for analyzing your golf swing; it can also be a powerful tool for improving your game. By using the data provided by Trackman, you can make adjustments to your swing mechanics, optimize your equipment setup, and tailor your training programs to address specific areas of improvement.

Adjusting Swing Mechanics

One of the key benefits of using Trackman is the ability to analyze your swing mechanics in great detail. By looking at metrics such as , ball speed , launch angle, , and carry distance, you can identify any flaws or inefficiencies in your swing. For example, if you notice that your launch angle is consistently too low, you may need to work on increasing your loft at impact. On the other hand, if your spin rate is too high, you may need to focus on making more solid contact with the ball. By making these adjustments to your swing mechanics, you can optimize your ball flight and increase your overall performance on the course.

Optimizing Equipment Setup

Another area where Trackman can be incredibly useful is in optimizing your equipment setup. By analyzing the data provided by Trackman, you can determine if your current club setup is the best fit for your swing. For example, if you find that you consistently have a low launch angle with your driver, it may be worth experimenting with a different loft or shaft flex to achieve a higher launch. Similarly, if you notice that your is too high with your irons, you may want to try different shaft options to help lower your spin. By fine-tuning your equipment setup based on the data from Trackman, you can maximize your distance and accuracy on the course.

Tailoring Training Programs

Trackman data can also be used to tailor your training programs to address specific areas of improvement. By identifying your strengths and weaknesses through the various metrics provided by Trackman, you can develop a training plan that focuses on the areas that need the most attention. For example, if you consistently have a low clubhead speed compared to the average PGA Tour player, you can incorporate exercises and drills that specifically target increasing your . If your carry distance with certain clubs is shorter than desired, you can work on improving your and through targeted training exercises. By customizing your training programs based on the data from Trackman, you can accelerate your progress and reach your golfing goals faster.

• Analyze metrics such as , , , spin rate, and carry distance
• Identify flaws or inefficiencies in your swing
• Make adjustments to improve , spin rate, and overall ball flight
• Use Trackman data to determine if your current club setup is the best fit for your swing
• Experiment with different lofts, shaft flexes, and options to optimize and spin rate
• Maximize distance and accuracy on the course by fine-tuning your equipment setup
• Identify strengths and weaknesses through Trackman metrics
• Develop a training plan that focuses on areas needing improvement
• Incorporate exercises and drills to increase , , and carry distance

Trackman Averages vs. Amateur Golfers

Golf is a sport that requires precision and skill. Many amateur golfers aspire to reach the level of professionals and achieve the same level of performance on the golf course. One tool that has revolutionized the game and helped players of all levels improve is Trackman. By analyzing various metrics, Trackman provides valuable insights into a golfer’s swing and performance. In this section, we will explore the differences between trackman averages for professional golfers and amateur golfers.

Differences in Clubhead Speed

Clubhead speed is a crucial factor in determining the distance and accuracy of a golf shot. Professional golfers who have honed their skills over years of practice often exhibit higher clubhead speeds compared to amateur golfers. This increased speed allows professionals to generate more power, resulting in longer drives and greater control over the ball.

Amateur golfers, on the other hand, may have lower clubhead speeds due to various factors such as lack of experience, technique, or physical limitations. However, this does not mean that amateurs cannot improve their clubhead speed. Through proper training and guidance, amateurs can work on their swing mechanics and increase their over time.

Disparities in Ball Speed

Ball speed is closely related to clubhead speed and has a significant impact on the distance a golf ball travels. When comparing trackman averages, professional golfers tend to achieve higher ball speeds than amateur golfers. This is primarily because professionals have mastered the art of striking the ball with the sweet spot of the clubface, resulting in maximum energy transfer to the ball.

Amateur golfers, on the other hand, may struggle to consistently strike the ball with the sweet spot, leading to lower ball speeds. This can be attributed to factors such as swing inconsistencies, improper alignment, or lack of awareness of the clubface impact position. By working on their swing mechanics and receiving proper coaching, amateur golfers can improve their and enjoy longer and more accurate shots.

Variances in Launch Angle

Launch angle refers to the angle at which the ball takes off from the clubface during impact. It plays a crucial role in determining the trajectory and distance of a golf shot. When comparing trackman averages, it is evident that professional golfers tend to have more consistent and optimal launch angles compared to amateur golfers.

Professional golfers have the ability to control their launch angles, allowing them to achieve the desired ball flight and maximize distance. They understand the importance of optimizing launch angles based on the club being used and the specific shot requirements. On the other hand, amateur golfers may struggle with inconsistent launch angles, resulting in unpredictable ball flights and reduced distance. By working with a golf professional or utilizing the data provided by Trackman, amateurs can analyze their launch angles and make adjustments to improve their overall performance.

Spin Rate Contrasts

Spin rate refers to the amount of spin imparted on the ball during impact. It significantly affects the ball’s ability to stay in the air, control its trajectory, and influence its stopping power on the greens. When comparing trackman averages, professional golfers tend to exhibit more consistent and optimal spin rates compared to amateur golfers.

Professional golfers understand the delicate balance between spin and distance. They have the ability to generate the appropriate spin rates for different shots, allowing them to control the ball’s flight and landing. Amateur golfers, on the other hand, may struggle with inconsistent spin rates, leading to less control over the ball’s flight and limited stopping power on the greens. By utilizing the data provided by Trackman and analyzing their spin rates, amateur golfers can make adjustments to their swing mechanics and equipment setup to optimize their spin rates and improve their overall performance.

Discrepancies in Carry Distance

Carry distance refers to the distance the ball travels through the air before it lands. It is a critical metric that determines how far a golfer can hit each club. When comparing trackman averages, professional golfers tend to achieve greater carry distances compared to amateur golfers.

Professional golfers have the ability to consistently generate high clubhead speeds, optimal launch angles, and appropriate spin rates, resulting in longer carry distances. They have honed their skills and techniques over time, allowing them to maximize their distance potential. Amateur golfers often struggle to achieve the same level of consistency, leading to shorter carry distances. However, by analyzing the data provided by Trackman and working on their swing mechanics and equipment setup, amateurs can make improvements and increase their carry distances.

In conclusion, Trackman provides valuable insights into the performance of both professional and amateur golfers. When comparing trackman averages, it is evident that professional golfers tend to exhibit higher clubhead speeds, ball speeds, more consistent launch angles, optimal spin rates, and greater carry distances. However, this should not discourage amateur golfers. By utilizing the data and feedback provided by Trackman, working on their swing mechanics, and seeking professional guidance, amateurs can make significant improvements and bridge the gap between trackman averages for professionals and themselves. Remember, golf is a game of continuous improvement, and with dedication and practice, anyone can enhance their performance on the golf course.

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What do Trackman numbers mean? Understanding golf launch monitor results

Golfers should be fit for their equipment on a launch monitor -- Trackman, Flightscope, SkyTrak, Ernest Sports, there are all kinds that can help you -- to better understand how a golf club works with your game. Increasingly, more instructors are also implementing the use of a launch monitor to help their students figure out changes that lead to desired results -- hitting the ball farther, higher, spinning it more, etc.

But, before you start working with a launch monitor, you should know how to interpret those results, so you can be an informed golf consumer.

Trackman golf terms: What Trackman results mean

• Club head speed: Club head speed is the speed that the club head is traveling at when it makes impact with the ball. This one measure tells you the most about how far a ball will travel. In the words of Hank Haney, club head speed determines your potential as a golfer. For every 1 mph of club head speed you have with the driver, you gain 2-3 yards more distance.
• Attack angle: Attack angle is the angle the club head takes, relative to the ground, to hit the golf ball. If the angle of attack is negative, you're hitting down on the ball, which you typically want to do with irons. If the angle of attack is positive, you're hitting up on the ball, which you usually want to do with the driver in hand.
• Club path: Club path is the horizontal angle, left or right, at which the club head is moving at impact. If the club path is positive, the club head is moving to the right, marking a likely inside-out swing. If the club path is negative, then the club head is moving to the left, typically representing an outside-in swing for a right-handed player.
• Swing plane: Swing plane means the angle made between the ground and the plane of club head trajectory at the bottom of the swing arc, as measured down the target line. The higher the value, the steeper the swing. The lower the value, the flatter (or less upright) the swing is.
• Swing direction: Swing direction is the orientation of the club face in relation to the target line at the lowest point of the swing. This concept is different from club path, which is measured at the point of impact.
• Dynamic loft: Dynamic loft is the loft that is actually delivered to the ball at impact. This figure is influenced by the angle of attack and shaft lean at impact. If the dynamic loft is greater than than the static/stated loft of the club, then the player is adding loft and perhaps "flipping" the club, which leads to worse impact and less reliable distance and ball flight. If the dynamic loft is less, then the shaft is leaning forward and delivering good impact.
• Spin loft: Spin loft is the difference between the angle of attack and the dynamic loft. It is one of the numbers that can help explain back spin imparted on the ball. The lower the spin loft number, the better the contact, generally speaking. Changing the angle of attack almost always leads to a degree-for-degree change in dynamic loft.
• Face angle: Face angle measures the orientation of the club face at impact relative to the target line. If the figure is positive for a right-handed golfer, then the face is open relative to the target line. If the figure is negative, then the face is closed relative to the target line.
• Face to path: Face to path measures where the club face is at impact relative to the swing path. If the figure is positive for a right-handed golfer, then the face is open relative to the path. If the figure is negative, then the face is closed relative to the path.
• Ball speed: Ball speed is a pretty simple term: It is the speed at which the ball is traveling when it leaves the club face. Ball speed will not completely tell you how far a ball will travel since other factors impact total distance. However, it is an important factor.
• Launch angle: Launch angle is the angle, as measured from ground level, that the ball launches at impact. If the ball launches too high at impact, it could lead to ballooning and a loss of distance. If the ball launches too low, it may not carry its maximum, also causing a loss of distance.
• Launch direction: Launch direction measures, relative to the target line, how the ball launches.
• Spin axis: Spin axis is the measurement of the axial tilt, when applied to the ball at impact, causes it to spin one direction or the other. A ball tilted to the right will spin to the right, while a ball tilted to the left will spin to the left.
• Spin rate: Spin rate is the amount of spin, as measured in RPMs, imparted on the ball at impact, a measure of all types of spin combined.
• Smash factor: Smash factor is a ratio that is derived from dividing ball speed by club head speed. It indicates how well you've struck the ball.
• Height: Height is also called apex, and it measures the maximum height of a ball as it travels through the air.
• Carry: Carry is the measure of how far the golf ball travels in the air from impact to first landing on the ground.
• Total: Total distance is measured using the carry number and adding in the anticipated bounce and roll from a standard PGA Tour fairway at sea level, accounting for spin rate, landing angle and landing speed rate.
• Side: Side indicates the dispersion from the target line as the ball lands. If the number is positive, it measures a ball landing to the right of the target line. If the number is negative, it measures a ball landing to the left of the target line.
• Side total: Side total indicates the dispersion from the target line after bounce and roll. If the number is positive, it measures a ball landing and stopping to the right of the target line. If the number is negative, it measures a ball landing and stopping to the left of the target line.
• Landing angle: Landing angle refers to the angle at which, relative to the ground, the ball first lands and hits the ground after a shot. That angle will change based on the club being used and the amount of spin put on the ball, where spin increases the landing angle. The angle is typically steepest (largest) with full wedges, and it's typically flatter (smallest) with long irons where the maximum height and launch angle are typically smaller. Typically, a driver-hit ball lands at about 40 degrees, while a wedge comes in closer to 50 degrees. For every degree flatter the landing angle with a driver, a PGA Tour player can expect to pick up closer to 2 yards.
• Hang time: Hang time, just like with a punt in football, is how long your ball stays in the air after impact to when it hits the ground the first time. That number will vary based on how far the ball travels, its apex height and the amount of spin put on the ball, as well wind.

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Tour Averages Chart

• Group Events
• Club Fitting

Launch conditions

I'm left handed and my club path is -4.8? does this still mean I'm swinging out to the left? or does it flip and mean I'm coming over the top?

Trackman adjusts for right / left. A negative path is always "out to in" regardless of which side you are hitting from. I wish the would always use "out to in" vs. positive / negative as it makes much more sense. Brian

Negative club path is swinging to the left for a lefty.

This is incorrect. Positive and negative values are flipped for left handed golfers.

Rob, you are correct. Negative value for a lefty would mean the club is swinging to the left. I would know, I'm LH

Brian...Trackman does not switch positive and negative for leftys. Positive is to the right, negative is to the left, regardless of dexterity. See explanation from Trackman site here https://blog.trackmangolf.com/club-path/

I noticed that for swing speed 95-100 it states that you will get essentially the same distance regardless of angle attack? 95 mph -5 and neutral are the same, and 100 mph neutral +5 are the same total distance? Is that a typo?

See below Jack. Brian

Jack - I assume you are talking about the numbers in the chart. I would not look at total distance, look at carry distance. I do think it may be a typo in the Trackman data. More spin + higher launch will result in less roll out. So the total numbers may be off, but the carry numbers (most important) show the proper numbers (steeper attack > more spin + less ball speed = less carry).

Jack, Like most things the answer is... it depends. I assume you are talking about a driver swing speed of 95-100 mph. In that case the attack angle has a major impact on distance, but again it depends on the club you are using and the ball as well as your swing and most importantly impact location. If you are not hitting the center of the club you are not going to get the best results... period. We have so many players who want to hit their driver longer. I look at their numbers and their smash is 1.35... 1.4. For a driver that should be 1.5, if it is not, something is wrong. Side note: You can hit long drivers with a negative attack angle, that is what DJ does, but his equipment is tuned for his specific swing. In general the steeper you are the more spin you impart on the ball and the less compression. Less compression = less ball speed = less distance. So yes, more spin WILL have a negative impact on driver distance generally. Ideally you want to be around 2200 spin give or take depending on a few factors. You can be lower if you are launching it high via a massive positive attack angle (think long drivers / Bryson). Spin creates lift and drag which reduces distance. This probably did not answer your question, but really it is never about one or two factors, it is the combination of factors. However in general you should seek to have a 0 or slightly positive attack angle with driver. Trying to get a crazy positive (4,5,6 degrees or more) is very difficult to do consistently and brings bigger misses into play. However, the number 1 thing is to figure out if you are getting 1.5 smash. If you are not, that is your first mission. Brian

Do you know where one can find optimal numbers for: Dyanmic Loft Spin Loft Attack Angle For irons and wedges.

Owen, I just spent about 30 min hitting balls on Trackman and comparing my numbers to pros to get plenty of information to answer this question, all the time discussing it with our head pro and another former pro who happened to be here. Unfortunately, the answer is that there is no one answer for all players. Your swing properties will help determine what the ideal combination is for you with respect to carry distance, height, etc.. Many say that better players have lower dynamic loft. Why? Shaft lean at impact is a big factor in dynamic loft and most higher handicap players "flip" early and don't have their hands ahead at impact like pros. From Trackman "The standard assumption for dynamic loft comes from the TrackMan Optimizer. For the driver, a club speed of 94 mph, attack angle of 0 degrees, and optimized carry results in a dynamic loft of 15.6 degrees. For a 6-iron, a club speed of 80 mph and mid-trajectory results in a dynamic loft of 22.4 degrees. For a PW, a club speed of 72 mph and mid-trajectory results in a dynamic loft of 36.7 degrees." For me, spin loft is a much more important number. My background is civil engineering. This is critical to understanding the forces involved in a club impacting a ball. If a flat surface impacted the golf ball, there would be maximum compression and zero spin. It would be a "knuckle ball". As you add angle the force creates compression and spin. The more angle, the more spin and less compression. What does that mean? The lower the spin loft the higher the smash factor. The more ball speed (and less spin) for the same amount of club speed. The energy is used to compress and launch the golf ball instead of impart spin. What is ideal? This really depends on several things. I personally have a very unique swing that produces interesting numbers. I have a shallow attack angle, about -3.5* for a 6-iron. By comparison Justin Thomas is at -5.5* and many of the pros that I looked at are steeper though it says that PGA Tour average is -4.1*. My dynamic loft is 21.1* while his is 16.0*. My spin loft was 24.7* and his was 21.5*. Oddly, he had more spin (6400) vs. mine (5700). We both had 1.43 smash factors, so his 99.0 mph club head speed produced 141.4 mph of balls peed vs. my 88.7 producing 127.2. In general I hit a very high low spinning shot and have very high smash factor. So I am using velocity and launch angle to project the ball into the air vs. spin to create height. Spin creates lift (upward force on the ball causing it to go higher) but also creates drag (slowing it down). So if you have elite ball speed (like JT) you can have more spin as the velocity makes up for it. That is why in our comparison shots... even though he lauched it 5* lower than me (which is a lot), our apex was close 106 (me) vs 100 (JT). My carry was 182.6, his 192.6. The point is... there are so many factors that "ideal" for any number on any metric changes based on you, your swing, and your goals. The best way to optimize this... find somewhere you can come in and practice on Trackman. Like ROK Golf!

This article on trackman numbers and what they mean has helped me a great deal. I recently went to a professional club fitter to have my clubs measured but everything he kept telling me made no sense. This article helped me understand what he was trying to convey to me. Thanks

Swing plane I am 5’6” have a Trackman hitting bay, trying to improve my face control to not draw as much. Face Angle averages -1.5-3.3, what is an ideal swing plane with a pitching wedge? Thanks Karl

Swing speed with driver 60 approx why is dynamic loft between 20 to 24! Driver has 11deg loft callaway ladies mavrik

Probably you hit the ball really high on the face of the driver. I would recommend to look at the Y-Offset (height) in your trackman data. Possible solutions include a swallower swing plane, teeing the ball a little bit lower or moving it forward in your stance. Good luck, Cheers, Robert

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Trackman Tour Avg. Numbers - Will We Have An Update?

By mkidding July 11, 2023 in Tour Talk

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I think probably most of us have seen this chart - however I just realized that this is from 2015 and was never updated since. Does anyone know if an updated version after 8 years would show up sometime soon? Or do we have any Trackman (or Foresight or other tour-level tracker) rep here that can kindly ask for a more up-to-date version of this?

Very curious to see if the data has changed, not just the club speed of course, but also attack angle, launch, spin, etc.

Also one question that I always have - why is tour avg. Driver attack angle is negative. I thought nowadays almost all instructors are teaching us to hit-up (resulting in a positive attack angle) on the driver.

Update: hand picked a couple of pros and here are their numbers - I would believe most of them are "hitting up" to the ball, esp Rickie, Rory and Scottie. Hope for more discussion though:

Paradym 9 + Vanquish

Stealth 2+ 3w + Ventus Blue

Callaway UT 2024 Tour Issue 18 + KBS PGH

Mizuno 923 Tour 4-P + ProjectX LZ

Cleveland RTX 6 50 55 60

Toulon Design Vista + BGT Tour Stability

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July 11, 2023

I think probably most of us have seen this chart - however I just realized that this is from 2015 and was never updated since. Does anyone know if an updated version after 8 years would show up someti

I've contacted Klaus and Morten Eldrup-Jørgensen.  Hoping to get some answers by Friday. 

The launch conditions that are optimal for a tour-caliber player in tournament conditions are much different than the optimal launch conditions for a regular (or even very good single digit) player ha

4 minutes ago, mkidding said: I think probably most of us have seen this chart - however I just realized that this is from 2015 and was never updated since. Does anyone know if an updated version after 8 years would show up sometime soon? Or do we have any Trackman (or Foresight or other tour-level tracker) rep here that can kindly ask for a more up-to-date version of this?   Very curious to see if the data has changed, not just the club speed of course, but also attack angle, launch, spin, etc.   Also one question that I always have - why is tour avg. Driver attack angle is negative. I thought nowadays almost all instructors are teaching us to hit-up (resulting in a positive attack angle) on the driver.  

Just cause something is being taught doesnt mean old dogs will learn it ;}

AoA, as all data in this, are averages. Some are up and some are down. The average person wants three things from a lesson. The first is more distance. Hitting up is the fastest way for them to get that with the same swing speed.

I want more distance, and I want it now!

It’s a lot of work to get data. Trackman was in growth stage then and did a lot to help people understand impact cause and effect. It was new information about it and put them on the map. Unless your get a return on all that time and effort, it’s hard to justify.

The problem is that chasing tour averages of anything in instruction isn’t realistic or helpful. No one is average.

bought out by private equity.

capitalization, grammar and reasoning slashed as a cost reduction.

I've contacted  Klaus and Morten Eldrup-Jørgensen . 

Hoping to get some answers by Friday. 

@mkidding  if you go to the PGA Tour stats page they now have a section called "Radar" which will give you all the raw data for the driver.

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The launch conditions that are optimal for a tour-caliber player in tournament conditions are much different than the optimal launch conditions for a regular (or even very good single digit) player hacking it around a muni or nice club. 

Tour angle of attack with driver tend to be neutral/negative for control reasons vs. flat out maximizing distance. 

Mortals need higher angle of attack to achieve higher launch to achieve higher apex to achieve optimal distance, because they don't have the same ball speed. When you have an abundance of speed, two things are true: (1) you don't actually need to launch it as high, i.e. you can get pretty close to optimal with 10 or 11* launch vs closer to 13 for someone with a slower swing speed and (2) the marginal gain from each increased yard of distance is not nearly as important at 300 vs 310 as it is at 250 vs 260. So the optimum is actually to gravitate towards parameters that hit it far enough with sufficient control vs. just maximizing distance outright. Nonetheless, all of those guys are certainly capable of teeing it high and letting it rip with a positive AOA when necessary. It just isn't necessary or valuable on all that many holes. 

You will observe something similar when comparing LPGA tour launch conditions vs PGA tour launch conditions with driver. LPGA AOA average is closer to 3 or 3.5 IIRC, which is probably closer to optimal for most amateurs. 

the other thing I'd keep in mind is that the economic incentive for instructors is for you to come back, i.e. feel like you are playing better rather than necessarily actually playing better. A lot of amateurs would be best off playing a ball flight that goes substantially shorter but gets the ball in play a higher percentage of the time. It's the same reason you see so much instruction out there on "how to hit a draw". You need to be really, really good for a draw to make sense as a desirable stock ball flight. But a lot of the golf market associates draw=good because slice=bad. My 12 handicap brother has been obsessed with hitting draws for the last 5 years even though I kick his a** by 15 shots every round hitting a fade. It boggles the mind. 

From PGA Stats Radar:

• Median  10.5°

The average hides the fact that PGA pro's launch at a surprisingly wide variance of launch conditions.  Spin rates vary from 2200 to just over 3000rpm.  Tour average ball speed is now 173mph, ranging from 156mph to 191mph.  At first glance I don't think the driver numbers have changed that dramatically in the last 8 years.  Slight bump in average ball speed.  Thats all I see. 

TSR3 9° Ventus Black TR 6X - Stealth+ 3W Ventus Blue 6TX - Stealth+ 5W Ventus Black TR 8X - Mizuno 225 4i / MP 20 5-PW Proj X IO 6.0 - Titleist SM9 S200 50.12F 55.11D 60.04T - Rossie White Hot (Circa ~2002...I forget)

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52 minutes ago, MattC555 said: From PGA Stats Radar:   Launch High 13.5° Median  10.5° Low 6.2°   The average hides the fact that PGA pro's launch at a surprisingly wide variance of launch conditions.  Spin rates vary from 2200 to just over 3000rpm.  Tour average ball speed is now 173mph, ranging from 156mph to 191mph.  At first glance I don't think the driver numbers have changed that dramatically in the last 8 years.  Slight bump in average ball speed.  Thats all I see. 

oddly enough i bet every pro worth anything can adjust there launch angle based on conditions and how theyre playing so even a massive hitter like rahm can do low launches if he fills he needs more fairways and less distance.

1 hour ago, mbb86 said: The launch conditions that are optimal for a tour-caliber player in tournament conditions are much different than the optimal launch conditions for a regular (or even very good single digit) player hacking it around a muni or nice club.    Tour angle of attack with driver tend to be neutral/negative for control reasons vs. flat out maximizing distance.    Mortals need higher angle of attack to achieve higher launch to achieve higher apex to achieve optimal distance, because they don't have the same ball speed. When you have an abundance of speed, two things are true: (1) you don't actually need to launch it as high, i.e. you can get pretty close to optimal with 10 or 11* launch vs closer to 13 for someone with a slower swing speed and (2) the marginal gain from each increased yard of distance is not nearly as important at 300 vs 310 as it is at 250 vs 260. So the optimum is actually to gravitate towards parameters that hit it far enough with sufficient control vs. just maximizing distance outright. Nonetheless, all of those guys are certainly capable of teeing it high and letting it rip with a positive AOA when necessary. It just isn't necessary or valuable on all that many holes.    You will observe something similar when comparing LPGA tour launch conditions vs PGA tour launch conditions with driver. LPGA AOA average is closer to 3 or 3.5 IIRC, which is probably closer to optimal for most amateurs.    the other thing I'd keep in mind is that the economic incentive for instructors is for you to come back, i.e. feel like you are playing better rather than necessarily actually playing better. A lot of amateurs would be best off playing a ball flight that goes substantially shorter but gets the ball in play a higher percentage of the time. It's the same reason you see so much instruction out there on "how to hit a draw". You need to be really, really good for a draw to make sense as a desirable stock ball flight. But a lot of the golf market associates draw=good because slice=bad. My 12 handicap brother has been obsessed with hitting draws for the last 5 years even though I kick his a** by 15 shots every round hitting a fade. It boggles the mind. 

slice != fade || draw != hook. saying people should hit a slice is equivalent to saying they should hit a hook

Seems like 180mph+ ball speeds are the norm these days.  

174-179 dime a dozen.  Those are amazing numbers imo. 

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Titleist 818 21 KBS PROTO Stiff Ping G710 4-PW

Ping S159 50 54 58

Ping Senita 38 Putter

Regarding AoA, had always heard that since most of these guys are adequately long for the courses they are playing, they sacrifice a touch of distance in exchange for keeping the ball lower and a little more controllable.  That saw may be incorrect at this point though.

Regarding differences between now and 2015, I would bet that spin rate has come down some with driver to more in the 2400-2200 range.

5 minutes ago, smashdn said: Regarding AoA, had always heard that since most of these guys are adequately long for the courses they are playing, they sacrifice a touch of distance in exchange for keeping the ball lower and a little more controllable.  That saw may be incorrect at this point though.   Regarding differences between now and 2015, I would bet that spin rate has come down some with driver to more in the 2400-2200 range.

Average spin rate this year is  2555.6rpm.  Last year just short of 2600rpm.  The driver numbers are very similar to what was reported in 2015.  Slightly more ball speed, slightly less spin.  Club head speed has increased 2mph from 113mph to 115mph. 

https://www.pgatour.com/stats/detail/02405

7 hours ago, jvincent said: @mkidding  if you go to the PGA Tour stats page they now have a section called "Radar" which will give you all the raw data for the driver.

Thanks for the tips. There's no attack angle data but here are some people's stat that I picked out for reference. It's hard to believe they carry a neg. attack angle IMO

Anyways, updated the original post on top.

I'm more interested in the iron data than driver. Pretty clear that the guys are absolutely launching the driver now and the the newer players are swinging faster and faster. It also appears that pros aren't as steep with their irons as they used to be. Divots look to be much smaller and shallower. 

Guessing that 7i numbers are closer to:

98-100 mph swing speed

130-135 ball speed

-2 or -3 AoA

Carry distance 180-190

Assuming that pros are using 7 irons with 32-34 degrees of loft.

TLUBulldogGolf

2 hours ago, mgoblue83 said: I'm more interested in the iron data than driver. Pretty clear that the guys are absolutely launching the driver now and the the newer players are swinging faster and faster. It also appears that pros aren't as steep with their irons as they used to be. Divots look to be much smaller and shallower.    Guessing that 7i numbers are closer to: 98-100 mph swing speed 130-135 ball speed -2 or -3 AoA Spin 6000 Carry distance 180-190   Assuming that pros are using 7 irons with 32-34 degrees of loft.

I would expect to see very similar numbers just with slightly higher club and ball speed. With the tour averaging 115 with the driver you can extrapolate it to around 92-93. Pros aren't looking to reduce spin with short and mid irons. 

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30 minutes ago, TLUBulldogGolf said:   I would expect to see very similar numbers just with slightly higher club and ball speed. With the tour averaging 115 with the driver you can extrapolate it to around 92-93. Pros aren't looking to reduce spin with short and mid irons. 

This is why we need actual data. Who knows how accurate the broadcasts are but alI I saw on the US Open coverage was 7i ball speeds over 130mph and carrying 190~ yds. 

My own numbers with a 36 degree blade 7i are 98~ swing speed, 129~ ball speed, 7200~ spin and 180~ carry and I'm almost positive most pros are using less loft (34 probably) and swinging at least as fast.

The other thing that would be nice to see is the median numbers instead of the averages. I know the tour is becoming younger and faster and while there definitely some old guys bringing down the average I'd almost guarantee that the IQR (25th-75th percentile) is significantly faster than the old Trackman averages. 

Chunkitgood

On 7/11/2023 at 6:24 AM, Soloman1 said: AoA, as all data in this, are averages. Some are up and some are down. The average person wants three things from a lesson. The first is more distance. Hitting up is the fastest way for them to get that with the same swing speed.   I want more distance, and I want it now!   It’s a lot of work to get data. Trackman was in growth stage then and did a lot to help people understand impact cause and effect. It was new information about it and put them on the map. Unless your get a return on all that time and effort, it’s hard to justify.   The problem is that chasing tour averages of anything in instruction isn’t realistic or helpful. No one is average.

No one may be average, and we can’t be sure without more info, but it is almost certain that a lot of people are in a pretty small space really close to it.

2 minutes ago, mgoblue83 said:   This is why we need actual data. Who knows how accurate the broadcasts are but alI I saw on the US Open coverage was 7i ball speeds over 130mph and carrying 190~ yds.    My own numbers with a 36 degree 7i are 98~ swing speed, 129~ ball speed and 180~ carry and I'm almost positive most pros are using less loft (34 probably) and swinging at least as fast.    The other thing that would be nice to see is the median numbers instead of the averages. I know the tour is becoming younger and faster and while there definitely some old guys bringing down the average I'd almost guarantee that the IQR (25th-75th percentile) is significantly faster than the old Trackman averages. 

All fair points but you are probably a touch faster than the average PGA player. It would be nice to have the data. I think you are probably correct on loft as 36 is quite weak nowadays. I would guess 33-34 range, which in your case would yield more ball speed immediately and you are at the 130+ number. 

Here is Keegan with a 6 iron, though we don't have his swing speed or ball speed. He is very close to tour average club head speed:

https://golf.com/news/launch-monitor-numbers-keegan-bradley-trackman/

I tinkered with the trajectory optimizer and would guess he's 96-97 with 6 iron, which would put him 94-95 with 7. I think that's likely to be closer than my initial estimate, as the radar stats on the TOUR site include more than just driver afaik.

Here is JT at 99 with a 6 iron (though it's from 5 years ago), he's slightly above average ball speed:

https://blog.trackmangolf.com/justin-thomas-trackman-numbers/

27 minutes ago, TLUBulldogGolf said:   All fair points but you are probably a touch faster than the average PGA player. It would be nice to have the data. I think you are probably correct on loft as 36 is quite weak nowadays. I would guess 33-34 range, which in your case would yield more ball speed immediately and you are at the 130+ number.    Here is Keegan with a 6 iron, though we don't have his swing speed or ball speed. He is very close to tour average club head speed:   https://golf.com/news/launch-monitor-numbers-keegan-bradley-trackman/   I tinkered with the trajectory optimizer and would guess he's 96-97 with 6 iron, which would put him 94-95 with 7. I think that's likely to be closer than my initial estimate, as the radar stats on the TOUR site include more than just driver afaik.   Here is JT at 99 with a 6 iron (though it's from 5 years ago), he's slightly above average ball speed:   https://blog.trackmangolf.com/justin-thomas-trackman-numbers/        

Really interesting stuff but I would bet almost anything that JT is closer to the median PGA tour speed than Keegan is. Speaking of Keegan my mind is blown that he wants his 6i swing plane under 54 degrees. I don't even know how that's physically possible especially for a tall guy like Keegan. My driver swing plane is higher than that.... Also that swing looked like a chip shot. No way that's his game speed.

53 minutes ago, mgoblue83 said:   Really interesting stuff but I would bet almost anything that JT is closer to the median PGA tour speed than Keegan is. Speaking of Keegan my mind is blown that he wants his 6i swing plane under 54 degrees. I don't even know how that's physically possible especially for a tall guy like Keegan. My driver swing plane is higher than that.... Also that swing looked like a chip shot. No way that's his game speed.

JT is 77 out 190 for driver CHS.  Keegan is 102.

On 7/11/2023 at 8:24 AM, Ferguson said: I've contacted  Klaus and Morten Eldrup-Jørgensen .  Hoping to get some answers by Friday. 

21 hours ago, Chunkitgood said: No one may be average, and we can’t be sure without more info, but it is almost certain that a lot of people are in a pretty small space really close to it.

That isn’t the case with range of motion. It’s a wide band.

Optimum AoA for any player depends on variables in equipment, physical attributes and swing (particularly swing plane).

Even for a data guy like me, sometimes numbers are a distraction. Impact geometry, spin and ball flight result is more productive because optimum AoA can be different for individuals.

Chasing one parameter is one of the best ways I know to turn a 1 handicap into an 8.

• 8 months later...

On 7/13/2023 at 12:15 PM, Ferguson said:     Q1, 2024    Thanks.

As Q1 2024 is over, any news on the release of updated figures as per the indication mentioned in this thread?

3 hours ago, RaisyDaisy said:   As Q1 2024 is over, any news on the release of updated figures as per the indication mentioned in this thread?

The bottleneck is  Fredrik Tuxen, engineer.  Tuxey, as they call him, should have some answers for us around the middle of June.

Mike Hall has a recent article. (How far PGA Tour Players carry their drives)

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TrackMan is in the game

TrackMan will play a key part in EA SPORTS™ PGA TOUR™ – A next-gen golf video game set to launch in Spring 2022.

TrackMan, the Danish sports data provider that specializes in golf-ball and club tracking, is partnering with EA SPORTS on the upcoming revival of their popular golf video game, EA SPORTS™ PGA TOUR™.      

TrackMan technology feeds into the ShotLink® powered by CDW system that the real-world PGA TOUR uses to enhance the broadcasting experience. As part of the agreement between EA and the PGA TOUR, ShotLink® will be the provider of on-course data for the new game, helping provide enhanced PGA TOUR golfer authenticity to create an ultra-realistic experience for EA SPORTS™ PGA TOUR™ . TrackMan’s measurement data will allow EA’s game designers to perfect gameplay and numerous stats throughout the game, such as club tuning.

“It is extremely exciting for TrackMan to be involved in this venture with EA SPORTS,” said TrackMan CEO and co-founder, Klaus Eldrup-Jorgensen. “We’ve been providing data to the PGA TOUR for more than 10 years, and we look forward to seeing how EA will use our technology to create an authentic experience for players like no other golf game.”

EA SPORTS™ PGA TOUR™ , which is due to launch in spring 2022, will include some of the top tournaments, iconic courses, and notable athletes in golf as a result of their long-standing partnership with the PGA TOUR. EA SPORTS™ PGA TOUR™ is the exclusive home of all four of golf’s major championships: Masters Tournament, PGA Championship™, U.S. Open Championship, and The Open. In addition to playing the major championships, golf fans can build a legendary career as they authentically compete at THE PLAYERS Championship as well as the FedExCup Playoffs, all while experiencing the unique atmosphere and venues of each tournament.

“Players will also be able to compete at the Amundi Evian Championship, one of the Ladies Professional Golf Association (LPGA) Tour’s five major championships. In addition to the LPGA championship, players will have the opportunity to play as several female athletes as well as create a female golfer of their own in the newly overhauled Create-a-Player features.”

“Golf has evolved dramatically in the last two decades,” said Klaus Eldrup-Jorgensen. “All the best players in the world are relying on pinpoint accurate data to continuously improve their game. TrackMan is delivering exactly that to them and now also to future EA SPORTS PGA TOUR players.”

About TrackMan

TrackMan is the market leader in golf-ball tracking. Its patented technology combines video and radar to give unrivalled accuracy in ball and club data making it the essential companion to the world’s very best players. TrackMan is also on a mission to make the game more inclusive and has successfully branched out to indoor golf and golf on the driving range. It additionally has data-driven solutions for baseball, soccer and American football.

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Electronic Arts (NASDAQ:EA) is a global leader in digital interactive entertainment. EA develops and delivers games, content, and online services for Internet-connected consoles, mobile devices, and personal computers.

In fiscal year 2021, EA posted GAAP net revenue of $5.6 billion. Headquartered in Redwood City, California, EA is recognized for a portfolio of critically acclaimed, high-quality brands such as EA SPORTS™ FIFA, Battlefield™, Apex Legends™, The Sims™, Madden NFL, Need for Speed™, Titanfall™ and F1™. More information about EA is available at www.ea.com/news.

EA SPORTS, Frostbite, Battlefield, Apex Legends, The Sims, Need for Speed, and Titanfall are trademarks of Electronic Arts Inc. PGA TOUR, LPGA Tour, Amundi Evian Championship, Evian Resort Golf Club, the Evian Masters, the Masters, PGA Championship, U.S. Open Championship, The Open Championship, THE PLAYERS Championship, FedExCup Playoffs, Madden, NFL, FIFA and F1 are property of their respective owners and used with permission.

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PGA TOUR selects TrackMan tracking and tracing solution beginning in 2022

TOUR events to see expanded use of club and ball tracking and tracer technology for nearly every shot to help enrich the fan experience

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PONTE VEDRA BEACH, Florida – The PGA TOUR and TrackMan announced today they are expanding golf’s most advanced club and ball tracking and tracing solution. By combining TrackMan’s cutting-edge Doppler Radar and club and ball tracking technology, TOUR events will have tracing capabilities for every golf shot hit during the season. This will significantly enhance how fans experience the world’s best golfers by providing more detail for television, OTT and digital platforms.

This agreement will double previous ball-in-motion tracing capabilities on the golf course, allowing nearly every shot to be traced and automatically shared with television and OTT partners and across TOUR digital platforms such as PGATOUR.COM and the PGA TOUR app. The arrangement with TrackMan begins in 2022 for PGA TOUR LIVE and TOUR digital platforms, while the domestic television partner agreement begins in 2023. This expansion will immediately offer fan enhancements such as the visualization of ball flight paths for shots inbound to the green in TOURCast.

“We’re excited to increase the volume and depth of tracking and tracing for every shot on the PGA TOUR,” said Ken Lovell, PGA TOUR Senior Vice President Golf Technologies. “TrackMan’s sensors will substantially increase content available for analysis and initiate the development of new insights, while creating the opportunity for us to develop innovative visualizations for fans to view all the incredible shots on TOUR.”

Fans will see more information beginning in 2022 on how and why the ball moves and arrives at a certain position. This is achieved by using TrackMan technology to capture club speed, ball speed, curve, landing spin, launch angle, spin rate, spin axis, apex, carry and more. The advanced aerodynamic models can also determine the effects of wind, weather, and altitude on a shot so that fans can understand how a shot was impacted by environmental factors.

In addition to doubling the collection of radar and tracing information, the new system will substantially increase the range and sensitivity of the content that will now be layered with video for use on any TOUR media platform.

Klaus Eldrup-Jorgensen, co-founder and CEO of TrackMan, commented “We have been working closely with the PGA TOUR for more than 15 years, to accurately measure and report data on club delivery, ball launch, ball flight, and tracers for the best players in the world. We are proud to be chosen to implement our new solutions with the PGA TOUR, which will ultimately include all shots for all players. The future of golf will be told in new and innovative ways, the fan experience will elevate to a new level, and the stories about how good these guys play is just beginning.”

The club and ball tracking and tracing solution has become a valuable element to “ShotLink powered by CDW,” the TOUR’s real-time data collection and scoring system. As the TOUR and CDW continue to innovate the acclaimed scoring system that has benefited tournaments, broadcast partners, players and fans in countless ways over the years, the TrackMan system contributes to the automated data collection efforts by allowing ShotLink to auto-trigger on shots without input from a person.

The new technology being deployed expands tracking capabilities from tee boxes only to shots hit from the fairway and around the green, where the system determines the exact 3D position of the ball at any point in its flight. The TrackMan technology has the ability to lock onto a ball that starts behind the trees and only becomes visible to the radar halfway through its flight. It’s able to accurately track balls up to 400 yards in any conditions; rain, fog, sunrise, and sunset.

For a typical TOUR event, around 40 units are placed around the course to track shots with advanced radar and camera units on tee boxes and greens to capture final resting position.

TrackMan also recently developed a mobile system that will be used for the capture of radar and tracing information from the fairway and will automatically integrate into TOUR media platforms, which is aided by AWS, the TOUR’s Official Cloud Provider. There are no cables or connections with the mobile system, which adds very little weight for the operator. The TOUR is testing the mobile system for expanded future use on PGA TOUR Champions, the Korn Ferry Tour and in other executions.

The club and ball tracking and tracing system will utilize AWS Fargate, Media Services, and numerous other AWS products to process and deliver radar and tracing on every shot in nearly real-time. The full suite of AWS products will allow TrackMan to reduce their onsite footprint and allow fast and easy access to the devices and information from anywhere around the world.