Simple Golf Swing System | RST Online Learning Part 2
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Published: February 16, 2014
A simple golf swing system is the topic of second installment of the Student's Guide on How to Translate Information into Progress.
What does that mean? Those in the engineering community will know a system as "A set of interacting and interdependent entities forming an integrated whole."
In other words, inside a system everything interacts, and everything is interdependent.
The five elements of the golf swing are interdependent. They form a simple golf swing system.This is true in the golf swing too: the quality of each element depends on what comes before it.
If the setup is no good, odds are by the time you get all the way to follow through you're not going to have a very good result.
The learning hierarchyWe know that RST works with a Learning System - you've all seen the hierarchy of learning. Nothing we're going to discuss today challenges any of that.
What we're going to talk about today is monitoring progress and performance.
Depending what type of activity you're involved in and what your goals are, there will be different ways to monitor and evaluate your performance.
What About the Handicap System?
Some people will say that golf already has a system of evaluation - the handicap system.
The handicap is certainly one type of evaluation and tracking, but it is a flawed one for the RST student because all it measures is your ability to get the ball in the hole.
A handicap score could mean anything.
A poor ball striker who is great at putting and chipping may have an 8 or 9 handicap, while someone who can hit the ball a mile, and accurately, but doesn't putt well may have a 10 or 11.
The system we're going to discuss today deals strictly with the golf swing itself.
Let's Take an Example
Let's look at an example of a system. The engine cooling system in a car is one that most of us are familiar with on some level.
The purpose of this system is to carry waste heat away from the engine, to keep it cool.
Engine cooling is an example of a system.As a vehicle owner you may not give it a lot of thought until somebody tells you they have to do work on it or you get that red warning light that says that you're overheating.
An engineer would see this system differently. An engineer would look at this system and say it's made up of five components:
- Hoses and Seals
- Pump
- Thermostat
- Radiator
- Fan
Hoses and seals keep the water inside the system. The pump moves the water around. The thermostat is a tiny part with a huge impact.
If it were to fail or shut it would keep the water in the engine block, which would overheat. Then you have the radiator itself, and the fan.
It used to be the fan was belt-driven off the engine and ran all the time.
Nowadays they're electronic and come on with temperature changes, so they're actually less important in cooler climates than they are in warmer weather.
Charting the System
This is just a basic system with five components to it.
Basic control chart (above), broken down into categories (center), applied (below)An engineer would use a control chart to monitor system performance.
Anyone who has studied statistics will have seen this sort of thing before.
The top image shows the basic structure of a 2-sigma - two standard deviation - control chart.
Engineers turn that chart into a sort of thermometer to provide a visual indication of how well the system is doing, then break it down even more to look at each component and how it's performing.
You can see that the chart is broken down into columns in the middle image at right.
This is a fairly simple system. If we were to grade it using the control chart we could say that if the system is holding its water then hoses and seals are fine, they're green.
The pump is working fine, it's green. The thermostat's working fine, it's green.
The lower image at right shows the first three columns in green because our first three system components are doing fine.
Maybe the car has a couple hundred thousand miles on it and there's some scale on the radiator, so that's down in the white space.
Now say the electronics on the fan have failed. Maybe it's winter and you don't even realize it. Then you find out the hard way, stuck in traffic on the first warm day of spring.
That component is down into yellow space, where there are some issues that need to be addressed.
What Does This Have to Do With Golf?
Now let's shift gears and talk about RST as a simple golf swing system. Just like the engine cooling system, we have five fairly well-defined areas:
- Setup
- Takeaway
- Back to Target
- Transition & Downswing
- Follow Through
Now you can use the same type of chart to measure and assess your golf swing and see where you are in the development process.
You can come back to the chart any time to monitor your progress and performance.
Let's start with some definitions. Green is good, but what does that actually mean? "Good" exhibits all important elements.
You'll notice that it's not a very big space on our chart, and that's intentional. It's not easy to get to where all important elements are clicking.
Defining the terms in the control chart; what does "Good" mean?If you're a real perfectionist, remember that green doesn't mean perfect.
Perfection is at the very top, the last row of green molecules before you hit the black border. That's perfection.
On the other end, the red Dysfunction space is also small.
Most golfers, especially students of RST who are studying and working hard on the golf swing, are not going to be in dysfunctional space either.
Where there is a lot of room is in the two remaining spaces, Functional and Deficient. Functional means you have most of the key elements and you do them consistently.
You may not have every single element but it's functional; you can get around a golf course with it. Deficient means inconsistent and missing key elements.
Dysfunctional, of course, is broken. There are few if any key elements or attributes of the golf swing to be seen.
Using the Chart
We suggest using this chart for your own golf swing. It gives you a common language with your golf instructor so you can ask, for instance, "Am I in the green space with my setup? Where am I with my takeaway?"
If you have that conversation quarterly or monthly, you'll see trends starting to emerge.
Basic control chartIn this example the student's backswing is moving from white to green in Column 3 while their downswing and follow through are moving out of yellow space toward white in Columns 4 and 5.
That's a fairly realistic chart. You can see progress over time.
A golfer who is progressing from just learning the golf swing to being able to play can pull this out and compare it to the instructor manual, where you can find all the attributes of the various swing elements.
You can assign yourself a grade in each area, then look back over time and see the trend.
Checkpoints for Practice
- The handicap system tracks only your ability to get the ball in the hole - it doesn't tell you anything about your swing
- You can use an engineering-type control chart to monitor progress and performance
- There are five components - Setup, Takeaway, Back to Target, Transition & Downswing, and Follow Through
- Each component is rated Good, Functional, Deficient, or Dysfunctional
- Chart your swing monthly or quarterly to see your progress over time
Related RST Articles & Videos:
- Cheyenne Woods Golf Swing Analysis
- Kevin Stadler Golf Swing Analysis
- Scott Stallings Golf Swing Analysis
- Lisa Cornwell Golf Swing Analysis
- Louis Oosthuizen Golf Swing Analysis
- How Body Shape Affects Golf Swing
- Ryan Moore Golf Swing Analysis
- Hideki Matsuyama Golf Swing Analysis
- Proper Golf Swing Plane
- Jason Day Golf Swing Analysis
- How to Use Hips in the Golf Swing
- 3 Sources to Increase Power in Golf Swing
- Fred Couples Golf Swing Analysis
- Steve Stricker Golf Swing Analysis
- Trevor Immelman Golf Swing Analysis
- Stacy Lewis - Ai Miyazato Golf Swing Analysis
- Mike Austin Golf Swing Analysis
- Suzann Pettersen Golf Swing Analysis
- Jason Dufner Golf Swing Analysis
- Jack Nicklaus Golf Swing Analysis
- Hunter Mahan Golf Swing Analysis
- Henrik Stenson Golf Swing Analysis
- Phil Mickelson Golf Swing Release Analysis
- Right Shoulder Golf Swing Drill | Sledgehammer
- Jordan Spieth Golf Swing Analysis
- Jonas Blixt Golf Swing Analysis
- Moe Norman Golf Swing Analysis
- Bill Haas Golf Swing Analysis
- Ken Duke Golf Swing Analysis
- Justin Rose Golf Swing Analysis
- Harris English Golf Swing Analysis
- 2. Overview: Fix Reverse Pivot Golf Swing
- Boo Weekley Golf Swing Analysis
- Sang-Moon Bae Golf Swing Analysis
- Science of Golf Swing Release | Trebuchet
- Derek Ernst Golf Swing Analysis
- Billy Horschel Golf Swing Analysis
- Graeme McDowell Golf Swing Analysis
- Throw for More Natural Golf Swing
- Adam Scott Golf Swing Analysis
- Martin Laird Golf Swing Analysis
- D.A. Points Golf Swing Analysis
- Golf Swing Balance and Rhythm
- Brandt Snedeker Golf Swing Analysis
- Re-Shape Your Golf Swing for Lag
- Rory McIlroy Golf Swing Release
- Nick Watney Golf Swing Analysis
- Natalie Gulbis Golf Swing Analysis
- Sergio Garcia Golf Swing Analysis
- Scott Piercy Golf Swing Analysis
- Ernie Els Golf Swing Analysis
- Na Yeon Choi Golf Swing Analysis
- Marc Leishman Golf Swing Analysis
- Right Arm Release in Golf Swing
- Webb Simpson Golf Swing Analysis
- Dustin Johnson Golf Swing Analysis
- Charl Schwartzel Golf Swing Analysis
- Mark O'Meara Golf Swing Analysis
- Lexi Thompson Golf Swing Analysis
- Speed vs. Power in the Golf Swing
- Golf Swing Release Drill
- RST Overview - Perfect Golf Swing
- Push vs. Pull in the Golf Swing
- The Fundamental Flaws of Biomechanical Research of the Golf Swing
