Study Title: Effects Of Long Term Periodisation Training In Korean Elite Golfers
Study Location: Korean Institute Of Sports Science, Seoul, Korea. Kim et al 2016.
Study Aim: Investigate the effects of a 20 week periodised strength and flexibility training program in elite, male, Korean golfers.
To assess the effect on golf driving performance the following variables were measured:
- Launch Angle
- Club Head Speed
- Ball Speed
- Carry Distance
The subjects used their own drivers, and were measured indoors with a Trackman. 10 drivers were recorded, with 30 seconds break between each drive. I think they used the average of the 10 drives, but this is not stated.
A wide range of physical fitness tests that measured, power, strength, and flexibility were also carried out.This review will concentrate on the physical training program carried out, and the effects it had on golf driving performance as measured by the four variables bulleted above, rather than looking at how the physical tests improved.
- 18 Korean Male golfers with handicaps between 0-5.
- 8 in the Training Group (TG). 10 in the Control Group (CG)
- Aged 17-22
- 3-4 training sessions per week, for 20 weeks.
- Periodisation according to the authors was as follows:
Weeks 1-6: Anatomical Adaptation
Aim: Improve basic total body conditioning and get the body used to training. 40-60% of 1 rep max (1RM) in each exercise was used for 3 sets of 12-15 reps per exercise.
Weeks 7-12 Maximum Strength
Aim: Improve total body maximal strength levels. 75-90% of 1rm was used for 5-6 sets of 3-5 reps. (Note: Most casual gym goers / exercisers never train with weights this heavy relative to their strength level. This would be quite common for athletes in other power sports though, such as jumping, throwing, sprinting, and field sports, where strength and conditioning has been around for much longer)
Weeks 13-16: Conversion Phase
Aim: “Convert” enhanced general strength to more golf specific power and muscular endurance.
Power: 60-70% of 1RM was used for 3 sets of 6-8 reps. A very important note is that these exercises were done with an explosive tempo. Many people do not get full benefit from power training because they do not try to move as explosively as possible. Maximum intent is essential.
Muscular Endurance: 40-50% of 1RM was used for 3 sets of 20-30 reps.
Weeks 17-23: Maintenance –
Aim: To Maintain enhancements made in flexibility, strength, power, and muscular endurance in the previous weeks. The program was split up as follows:
Power: 50-60% of 1RM was used for 2 sets of 8-10 reps
Strength: 60-70% of 1RM was used for 2 sets of 12-15 reps
Muscular Endurance: 30-40% of 1RM was used for 2 sets of 20 reps
During competitive weeks this was cut down, but the exact specifics of how this were done are not provided.
Note: Flexibility training was carried out for the entire program, in conjunction with the elements outlined above. From what I can gather, the flexibility work was carried out at beginning of each session (i.e 3-4 times per week for most of the study). All flexibility work can be seen on the left hand side of the images above
- Clubhead speed increased by an average of 7.44 mph in the TG. It increased by less than 1 mph in the CG.
- Ball speed increased by an average of 11.13 mph in the TG. It increased by less than 1mph in the CG.
- Carry distance increased by an average of 18.13 yards in the TG. It increased by and average of 4.5 yards in the CG.
- 10 people for the TG, and 8 people for the CG is quite a small sample size.
- The golfers were all male and between ages of 17-22. It is hard to predict what would have happened if the golfers were of a different age profile, and if they were female, or a mix.
- 0-5 handicaps are not elite golfers, as was stated in the study.
The results of this study were quite impressive, but not very surprising to me. The training program was quite well put together (I would make some changes, and set up my training programs a little bit differently). Males of 17-22 are notoriously responsive to strength and power training, and we can see the TG in this study had some excellent improvement in their performance metrics. There was also very big improvements in their physical testing which I opted not to dive into in this piece as I wanted to keep it short and focus on the improvements in the driving performance measures.
This training program was quite demanding. 3-4 sessions a week, with each taking about an hour based on the session outline is something that many people may not have the discipline to commit to. Very good improvements are still possible with less taxing progams however.
Since regulations were brought into the amount of coefficient of restitution or “rebound effect” that golf drivers can produce, improvements in equipment can only work within a certain scope. This has lead to many more professionals and amateurs trying to improve their physical conditioning to further promote increases in function of swing technique, power, and ultimately club head speed. This has been accepted and adopted by world class athletes in other sports for a very long time.
In summary, a well put together physical training program, focusing on the abilities that are necessary to produce efficient and powerful golf swings tend to have positive results. In my experience (and reading of the research) this holds true from amateur to professional, and young to old.
If you are not currently following a golf specific strength and conditioning program it is highly likely you are leaving distance, and a lower handicap on the table. There are also many studies that show strength training reduces injury risk.
If you are interested in a training program, I created the Fit For Golf 12 Week Online Training Program that can be followed on my mobile app.
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