Everyone wants more clubhead speed. Almost nobody measures it.

Ask a golfer how far they hit a driver and you will get a number instantly. Ask the same golfer how fast they swing it and you will usually get a pause, then a guess, then a story about a friend with a radar device in a garage. Distance is a thing people remember. Speed is a thing people estimate, and the estimate is almost always generous.

This is a strange state of affairs, because speed is the number that causes the distance rather than the other way around. The USGA measured 627 recreational golfers on launch monitors between 2021 and 2023 and found that clubhead speed explained 92 percent of the variation in how far they drove the ball. Ball speed explained 94 percent. Nothing else in golf comes close to that kind of explanatory power, and both numbers appear on the same screen the moment anyone hits a driver in front of a launch monitor.

So the useful version of this topic is not how to swing faster. It is this: find out what your two numbers are, work out which of them is costing you more, and then spend your time on that one. The rest of this guide is the arithmetic and the evidence for doing exactly that.

What the governing bodies actually measured

The USGA and The R&A publish an annual distance report, and since 2007 it has included measured launch conditions from the PGA Tour, captured by radar as part of the ShotLink system. It is the least commercial source of swing speed data that exists, because the organisations publishing it are trying to decide whether the game is getting too long, not trying to sell anyone a driver.

Here is the shape of it. In 2007, the average measured clubhead speed on the PGA Tour was 112.4 mph and the average ball speed was 165.4 mph. In 2024, those numbers were 115.9 mph and 173.6 mph. That is 3.5 mph of clubhead speed and 8.2 mph of ball speed across seventeen seasons of professional golf, full time training, and equipment development.

Sit with that for a second, because it reframes every claim you have ever read about speed training. The best golfers in the world, with every resource available, moved the Tour average by three and a half miles per hour in seventeen years. Any product promising you fifteen mph in six weeks is promising you four times what an entire generation of professionals managed.

The distribution is more interesting than the average. In 2024 the mean of the fastest 5 percent of measured Tour clubhead speeds was 125.6 mph, and the mean of the fastest 1 percent was 129.3 mph. The very fastest cohort in professional golf sits about 13 mph above the Tour average. The gap between a good Tour player and the longest hitters alive is smaller than most amateurs assume, and the gap between a recreational golfer and the Tour average is much larger.

For distance rather than speed, the 2025 edition of the report puts the end of season PGA Tour average drive at 302.8 yards, the LPGA Tour at 259.8 yards, the PGA Tour Champions at 282.7 yards, and the Korn Ferry Tour, remarkably, at 308.4 yards. Over the previous ten seasons the PGA Tour average grew by 1.09 yards per year and the LPGA Tour by 0.71.

What recreational golfers actually swing

The more relevant study is the one the USGA Green Section published in December 2023, which measured recreational golfers rather than professionals. Dave Pierce and colleagues put 627 golfers in front of TrackMan 4 launch monitors across the 2021, 2022 and 2023 seasons, at both public and private facilities, and had each of them hit seven balls with a driver, a 7 iron and a pitching wedge.

The sample skews the way golf skews: 87 percent male, 38 percent between 60 and 74 years old, and an average Handicap Index of 13.2 among the three quarters of participants who had one. Nearly half of them play or practise more than 50 times a year. These are not beginners.

Three findings from that study do all the work on this page.

First, speed and distance move together almost perfectly. Driving distance increased by 2.84 yards for every 1 mph of clubhead speed and by 2.02 yards for every 1 mph of ball speed. Those two slopes are the arithmetic behind the tool below.

Second, recreational golfers are not striking the ball as efficiently as they could. The study derived a smash factor from the slope of the driver trend line and reported 1.43 for the driver, 1.37 for the 7 iron, and 1.21 for the pitching wedge. The 2024 PGA Tour figures work out to about 1.498 for the driver. That difference is not a swing speed difference. It is a contact difference.

Third, distance tracks skill hard. Handicap Index accounted for 57 percent of the variation in male driving distance and 74 percent for women, and male distance rose by 30.2 yards for every 10 point drop in Handicap Index. The study also published calculated driving ability by Handicap Index: a 10 handicap man at 235 yards, a 20 handicap at 205, a 30 handicap at 175.

Price your own two levers

Every golfer chasing distance has exactly two levers. Swing the club faster, or deliver more of the speed you already have to the middle of the face. The published slopes let you price both, in yards, from two numbers off a launch monitor screen.

The comparison is often uncomfortable, and it is meant to be. A golfer swinging 95 mph with a smash factor of 1.38 is producing 131 mph of ball speed. The 2024 Tour ratio at that same swing speed would produce about 142 mph. That is 11 mph of ball speed, worth roughly 22 yards at the published slope, available without gaining a single mile per hour of clubhead speed. Meanwhile a realistic eight week speed training block, on the evidence below, is worth about 4 mph, or roughly 11 yards.

In that example, contact is worth twice as much as speed, and it is the thing the golfer was not thinking about. That flips at higher smash factors: once you are near 1.48, contact is finished as a source of yards and speed is the only lever you have left.

What the research says about training for speed

There is real peer-reviewed literature here, and it is more sober than the advertising. A 2021 systematic review in the Journal of Strength and Conditioning Research by Uthoff, Sommerfield and Pichardo screened 4,557 records and included 20 studies comparing three categories of resistance training against clubhead speed and hitting distance.

The headline result: combining general resistance training with golf-specific movements produced an average clubhead speed increase of 4.1 percent and a hitting distance increase of 5.2 percent. General strength training alone produced 1.6 percent clubhead speed and 4.8 percent distance. The review concluded that eight week programmes including golf-specific movements performed at high velocities, in 3 to 4 sets of 5 to 15 repetitions, were the most effective format tested.

Convert that. At 95 mph, a 4.1 percent gain is 3.9 mph, which the USGA slope prices at about 11 yards. At 105 mph it is 4.3 mph and about 12 yards. That is a genuine, measurable improvement from eight weeks of structured work, and it is a long way from the numbers on the box.

A second systematic review, published in the Journal of Sports Sciences in 2020 by Ehlert, reached compatible conclusions about strength and conditioning interventions in golf. The pattern across both is consistent: training works, specificity helps, high movement velocity helps, and the effect sizes are single digit percentages rather than transformations.

Two practical cautions follow from that. The first is that a percentage gain is proportional, so faster golfers gain more absolute mph from the same programme, which is the opposite of what most slower golfers hope. The second is that swinging at maximum effort is how golfers hurt their backs, and none of the studies above were run on people who skipped the warm up. If you have a history of back or elbow trouble, this is a conversation to have with a professional before it is a protocol to download.

How to measure it so the number means something

A single swing speed reading is close to worthless, because the number moves with warmth, effort, fatigue and how much you want it to be high. A measurement worth acting on has four properties.

• It comes after a warm up. Speed rises through the first ten to fifteen minutes of any session. A cold first swing is not your speed, and neither is the swing you take immediately after reading a number you did not like.
• It is an average, not a maximum. Take eight to ten driver swings at your normal effort, throw out the best and the worst, and average the rest. Record the ball speed from the same shots so the smash factor comes from the same swings.
• It uses the same ball every time. Range balls fly slower than the ball you play and vary between buckets, which puts a moving error into every reading. This is one of the strongest arguments for measuring indoors: the same premium ball, every time.
• It is repeated under the same conditions. The point of a baseline is comparison. If you want to know whether eight weeks of work moved anything, the second measurement has to be taken the same way as the first, which is much easier in a bay than on a range in different weather.

A note on hardware, since it changes what you are looking at. Radar units track the ball and the club through space and want depth behind the golfer. Camera and photometric units photograph the strike at impact and want space in front. Both report clubhead speed and ball speed, but they arrive at club data differently, and the practical consequence is that you should not compare a number from one system to a number from another. Pick one and stay with it. The simulator room size guide covers what each type needs if you are considering a home setup.

Building a speed session in a bay

Speed work and skill work do not mix well in the same hour, because one of them asks you to swing as fast as you can and the other asks you to swing the same way every time. If you are going to do both, separate them, and put the speed work at the end.

A reasonable structure for a one hour indoor session that includes speed work looks like this. Ten minutes of genuine warm up, working up through wedges and mid irons until you are moving freely. Twenty five minutes of whatever your actual practice plan calls for, which for most golfers is not driver. Ten minutes of speed work: short sets, full effort, long rests, with the launch monitor recording every swing. Then five minutes of measurement, hitting the driver at normal effort and writing down the session average for both clubhead speed and ball speed. Finish there rather than chasing one more big number, because the last swings of a tired session are where technique goes and injuries start.

The measurement at the end is the part people skip and the part that matters. A number in a notebook once a fortnight is what turns eight weeks of work into evidence rather than a feeling. Our indoor practice plan guide covers how to structure the other forty minutes, and the club gapping guide covers what to do with the carry numbers you collect along the way.

Where Framegolf fits

Framegolf is a members-focused indoor golf club at 3375 Robertson Pl in Los Angeles, on the Culver City border, with four private bays. The reason a place like this is useful for speed work is not the technology by itself. It is that a private bay removes every variable that makes speed measurement unreliable: the wind, the temperature, the range ball, the queue behind you, and the audience that makes everyone swing harder than they meant to. Founding member access will begin at the end of August 2026, and public membership opens in September 2026. If you are weighing the cost of that against a home build or hourly bays elsewhere, the home simulator cost guide does the arithmetic line by line, the LA simulator cost guide has hourly rates across the city, and membership pricing is here.

The honest summary

Clubhead speed is the single most explanatory number in amateur golf, and it is worth about 2.84 yards per mile per hour. Structured training can raise it by around 4 percent in eight weeks, which is real and is not a transformation. Contact quality is the lever most golfers have never measured, and for anyone sitting near the recreational average of 1.43 it is worth more yards than a training block. All four of those statements come from published data, and all four of them are testable on you personally in about twenty minutes with a launch monitor.

Go and get your two numbers. Everything else on this page is arithmetic that only becomes useful once you have them.

Sources

• USGA and The R&A, 2024 Distance Report (PGA Tour launch conditions by season, 2007 to 2024, and the distribution of measured clubhead speeds)
• USGA and The R&A, Annual Drive Distance Report 2025 (average drive distance by professional tour, end of season 2025)
• Dave Pierce, USGA Green Section, Quantitative Analysis of Recreational Golfer Club Hitting (627 golfers measured on TrackMan 4, 2021 to 2023)
• Uthoff A, Sommerfield LM, Pichardo AW, Effects of Resistance Training Methods on Golf Clubhead Speed and Hitting Distance: A Systematic Review, Journal of Strength and Conditioning Research 2021;35(9):2651-2660
• Ehlert A, The effects of strength and conditioning interventions on golf performance: a systematic review, Journal of Sports Sciences 2020;38(23):2720-2731
• USGA, Equipment Rules, Part 5: Clubs (the spring-like effect limit that caps how much ball speed a driver face may return)

Questions people ask