Instruction

How to Increase Your Golf Swing Speed - Proven Tips and Drills

Learn proven techniques to increase golf swing speed with data-backed drills, training protocols, and mobility work that add 10-20 yards to your drives.

Lisa Kim
Lisa Kim
Instruction & Performance Editor · · 9 min read
Learn proven techniques to increase golf swing speed with data-backed drills, training protocols, and mobility work that add 10-20 yards to your drives.

If you want to hit the ball farther, the math is simple: more swing speed equals more distance. Every additional mile per hour of clubhead speed translates to roughly 2.5 yards of carry distance, which means gaining just 10 mph can add 25 yards to your drives.

The good news is that swing speed isn’t purely genetic. With the right training protocols and drills, most golfers can gain 5-15 mph over 6-12 weeks. That’s real, measurable distance that makes approach shots easier and lowers scores. Let’s break down exactly how to unlock that speed hiding in your swing.

Why Swing Speed Is Your Distance Multiplier

Tour players don’t just hit it farther because they have better technique. They swing faster. The average PGA Tour player swings their driver at 113 mph, while the average recreational golfer sits around 93 mph. That 20 mph difference translates to nearly 50 yards of distance.

Speed creates distance through simple physics. Higher clubhead speed generates more ball speed at impact, which determines how far the ball travels. A 100 mph swing producing 150 mph ball speed will carry the ball about 240 yards, while a 110 mph swing generating 165 mph ball speed reaches 265 yards.

The relationship between swing speed and scoring is significant too. Data shows that golfers who gain 10 mph of swing speed typically lower their handicap by 2-3 strokes within a season. Shorter approach shots mean more greens in regulation and better scoring opportunities.

The Physics of Creating Speed

Understanding how the body generates speed helps you train more effectively. Golf swing speed comes from three primary sources: ground force interaction, kinematic sequence, and lag retention through impact.

Ground force means using the ground to push against during your swing. Tour players generate massive ground reaction forces, often exceeding 150% of their body weight during the downswing. This force transfers up through the legs, hips, and torso to the club.

The kinematic sequence refers to the order in which body segments accelerate and decelerate. Efficient sequences start from the ground up: feet, legs, hips, torso, arms, hands, and finally the clubhead. Each segment accelerates then decelerates, transferring energy to the next segment like cracking a whip.

Lag refers to maintaining the angle between your lead arm and the club shaft deep into the downswing. This stored energy releases just before impact, creating a speed burst right when you need it most. Poor sequencing or early release kills this lag and costs significant speed.

Overspeed Training: The Game-Changer Protocol

Overspeed training has revolutionized how golfers develop swing speed. This protocol uses lighter-than-normal clubs to train your nervous system to move faster, creating a new speed ceiling that carries over to your regular driver.

Play

Padraig Harrington demonstrates exactly how overspeed training works using SuperSpeed sticks. Notice how he emphasizes going all-out with the lighter clubs, then returning to his regular driver to lock in the new speed pattern.

The science behind overspeed training is solid. When you swing a club that’s 20% lighter at maximum effort, your nervous system learns to fire muscle fibers faster. This neural adaptation persists when you return to your normal club, allowing you to swing faster without conscious effort.

A proper overspeed protocol uses three different weighted training clubs (light, medium, lighter) swung in sets of dominant and non-dominant sides. You perform 3-4 sets of swings at maximum effort, three times per week. Most golfers see 5-8% speed gains within six weeks, which translates to 5-9 mph for a 100 mph baseline swing.

Essential Speed-Building Drills

The step drill builds ground force engagement and timing. Start with your feet together at address, then take a small step toward the target with your lead foot as you start the downswing. This forces you to shift weight aggressively and push into the ground for power.

Practice this drill with half swings initially, focusing on the timing of the step and weight transfer. As you get comfortable, progress to three-quarter and full swings. You should feel significant pressure building in your lead foot through impact.

The whoosh drill develops late release and proper sequencing. Turn a club upside down and grip it below the clubhead. Make swings trying to create the loudest whoosh sound after the impact zone. If you hear the whoosh early in the downswing, you’re releasing too soon.

Play

Rick Shiels documents his six-month speed training journey and the specific drills that gained him 20 yards. The key insight is consistency matters more than occasional heroic efforts.

Speed bursts are simple but effective. On the range, alternate normal swings with maximum-effort speed swings. Hit one shot at 80% effort, then immediately hit one at 100% effort. The contrast teaches your body to access higher speeds while maintaining some swing control.

Mobility and Flexibility: The Foundation of Speed

You can’t create speed if your body won’t move properly. Hip mobility and thoracic spine rotation are the two most critical areas for generating clubhead speed.

Hip mobility allows you to load properly in the backswing and rotate explosively through impact. Test your hip rotation by sitting in a chair and rotating your upper body while keeping your hips stable. If you can’t rotate your torso 45 degrees without moving your hips, you’re leaving speed on the table.

Work on hip mobility with 90/90 stretches and hip flexor stretches daily. Spend 2-3 minutes per side, breathing deeply and trying to increase range of motion gradually. Improved hip mobility typically adds 2-4 mph of speed within 4-6 weeks.

Thoracic spine rotation (upper back mobility) creates the separation between your shoulders and hips that generates torque. Limited thoracic mobility forces compensations that kill speed and consistency.

The open book stretch improves thoracic rotation effectively. Lie on your side with knees bent, then slowly rotate your top shoulder and arm toward the floor behind you. Hold for 30 seconds per side, performing 3 sets daily. This stretch alone can unlock 3-5 mph if thoracic mobility has been limiting your turn.

Strength Training for Golf Speed

Building strength in the right areas translates directly to swing speed gains. Focus on exercises that develop rotational power, lower body explosiveness, and core stability.

Medicine ball throws develop rotational power that mimics the golf swing. Stand sideways to a wall, rotate back with a medicine ball, then explosively throw it against the wall. Use a 6-10 pound ball and perform 3 sets of 8 throws per side, twice weekly.

Jump squats build lower body explosiveness and ground force production. Perform bodyweight or light-weight squats, then explode upward jumping as high as possible. Land softly and repeat for 3 sets of 6-8 reps. This exercise trains the same explosive leg drive you need in your golf swing.

Play

This SuperSpeed Level 1 protocol video walks through the complete training system step-by-step. Pay attention to the emphasis on maximum effort swings and proper rest between sets.

Core anti-rotation exercises like Pallof presses build stability that allows you to transfer force efficiently from lower body to upper body. Hold a resistance band at chest height and press it straight out while resisting rotation. Perform 3 sets of 10 reps per side.

Combining these strength exercises with overspeed training produces additive effects. Golfers who do both typically gain 8-12 mph over 12 weeks, compared to 5-8 mph from overspeed training alone.

Common Speed-Killing Mistakes

Excessive grip pressure tops the list of speed killers. Squeezing the club too tightly creates tension that travels up your forearms and restricts wrist hinge and release. Grip pressure should feel like holding a tube of toothpaste without squeezing any out.

Casting the club (early release) wastes the lag you created in the backswing. This happens when your wrists unhinge too early in the downswing, spending all your speed before reaching impact. Focus on maintaining wrist angles until your hands reach hip height on the downswing.

Reverse pivot kills ground force production and sequencing. This mistake involves shifting weight toward your back foot during the downswing instead of your lead foot. You end up falling back through impact with no power transfer.

Many golfers also make the mistake of swinging harder instead of faster. Muscular tension slows you down. Speed comes from proper sequencing and relaxed, athletic movement. Think “fast” not “hard” during your swing.

Measuring and Tracking Your Progress

You can’t improve what you don’t measure. Launch monitors provide the most accurate speed data, but personal radar devices like the Swing Speed Radar or Sports Sensors work well for tracking progress.

Test your baseline speed by hitting 10 drives at normal effort and recording the average. Retest every two weeks using the same protocol. Look for consistent gains rather than single-shot spikes.

Track both driver speed and 7-iron speed. Your iron speed should improve proportionally to your driver speed. If driver speed increases but iron speed stays flat, you’re likely timing dependent movements rather than building true speed.

Beyond clubhead speed, monitor ball speed and smash factor (ball speed divided by clubhead speed). Your smash factor should stay above 1.45 as you gain speed. If smash factor drops as speed increases, you’re sacrificing contact quality for speed and need to refine your training approach.

Creating Your Speed Training Plan

A realistic speed training program fits into your existing practice routine without overwhelming your schedule. Commit to three 20-minute speed training sessions per week for at least six weeks.

Each session should include a dynamic warmup (arm circles, torso rotations, leg swings), followed by your overspeed protocol or speed drills, and ending with 5-10 swings with your regular driver to integrate the new speed. This entire sequence takes 15-20 minutes.

Schedule speed training on separate days from your technical practice when possible. Speed training requires maximum effort, and you won’t execute well if you’re already tired from hitting balls. Monday, Wednesday, and Friday works well for most golfers.

Track your progress in a simple spreadsheet noting the date, average speed, and any observations about how the swing felt. This data keeps you motivated and helps identify what’s working best for your game.

Bringing It All Together

Gaining swing speed isn’t about one magic drill or piece of equipment. It requires combining overspeed training, mobility work, strength development, and swing technique refinement into a consistent program.

Start with the fundamentals: improve your hip and thoracic mobility, then add overspeed training three times per week. As you build consistency with those elements, layer in strength training and advanced speed drills.

Remember that speed gains happen gradually. A realistic goal is 1 mph per week for the first 6-8 weeks, then slower gains as you approach your genetic ceiling. That means 6-8 mph gains in two months, which translates to 15-20 yards of added distance.

Most importantly, maintain your swing fundamentals as you pursue speed. There’s no point in swinging 10 mph faster if you’re missing the center of the clubface. Speed and control develop together when you train smart.

Looking for an edge on the PGA Tour? Golf Agent Pro delivers AI-powered insights for every tournament.

Lisa Kim

Lisa Kim

Instruction & Performance Editor

Lisa is a certified golf instructor and former college golfer who brings technical expertise to every swing tip she writes. She focuses on making complex biomechanics accessible for players of all skill levels.

Back to Blog