procheck golf ball compression tester reviews

#Procheck golf ball compression tester reviews driver
#Procheck golf ball compression tester reviews full

We took two measurements from each ball and listed the number of bars shown for each of those measurements.

#Procheck golf ball compression tester reviews full

We wondered if there was any inter-box variability among balls so we measured a full box of new Snell MTB Black balls. We also measured some golf balls we recently found on the course results belowįinally we measured some new golf balls that have been sitting in our garage for a few years.Īfter measuring all of the balls for this article it is easy to see a trend that the older balls were all over the spectrum when it came to firmness, while today's balls appear to be centering in the soft to medium compression range. We tested a number of new golf balls we had on hand results below. The ProCheck then measures the compression of the ball using a bar image with 1 bar being very soft (vrsft) and 8 bars being very firm (vfrm).

Once the device has measured the compression it will show an 'R' in the display that tells you to hit the green Release button. Next the device will tell you to pull the trigger. To get started turn the device on and it will tell you to insert the ball, place the ball in the hole as shown with the logo centered and facing you. Using the device to measure ball compression is incredibly easy.

#Procheck golf ball compression tester reviews driver

According to ProCheck, this chart was developed using 5 separate published driver carry tests and an average was created based on those results. For those of you who have never had your swing speed measured you can use this chart to estimate your speed based on your average driving distance and match to your perfect compression ball. When you unzip the case you will find the device and a chart, similar to the one below. The ProCheck comes in a cool carrying case that will fit easily in any pocket of your golf bag. The makers of ProCheck claim the device is 94% accurate in measuring against manufactures listed compression specifications. Now golfers can conveniently test every golf ball in their bag and be certain the compression of the ball matches their swing speed. Historically a golfer would need to take their balls into a laboratory and use bulky machines and math, yuck I hate math, to come up with an optimal compression ball to match their swing speed, but not anymore.Ī company called Golftek (not to be confused with Golftec) has developed ProCheck, an affordable, easy to use device that brings ball compression technology right into the palm of your hand. Like Goldilocks, you want to find the compression that's just right for your swing, but how? Too much compression and you are leaving yards on the tee box, not enough compression and your hurting your chances of getting home in two. Let's look at the following graphic which shows how compression plays a role in getting the most distance possible from your swing speed. Even if you don't have Dustin Johnson's whip like speed you can maximize your drives by matching your swing speed to the proper ball compression. You also are most likely aware that higher swing speeds lead to longer drives. range on the ProCheck.If you're a serious golfer you probably know that 'Compression Matters' when it comes to driving your golf ball. Bill will get his longest distance playing balls measuring the FRM. range on the ProCheck.®īill is a long ball hitter - 260 yard drives with a 110 MPH swing speed that translates to 6 compression bars - FRM. Tom will get his longest distance playing balls measuring the SFT. Tom determines that his swing speed is 80 mph because his drives usually carry 170 yards that translates to 3 compression bars -Soft.

This concept is well understood in the golfing world. Too much flattening or too little reduces the energy transfer. Matching swing speed with ball compression causes the ball to have the optimum degree of flattening at impact to create a trampoline-like energy transfer. Golfers with slower swing speeds (60-70 mph) should play softer golf balls, and those with fast swing speeds (100-110 mph) should play firmer golf balls. It is well understood that a golfer will achieve the maximum energy transfer and the most driving distance if the hardness (compression) of the ball is matched to the swing speed of the club. Playing the wrong ball can reduce distance by 10-20%