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The Four Types of Wedges in Golf

The four types of wedges in golf are pitching wedge (PW), sand wedge (SW), lob wedge (LW), and gap wedge (GW).

by Jake Tingey & Judd Lyon · Updated: 3/2/23

4 types of wedges in golf - primary image

If you're looking to improve your handicap - and let's be honest, you are - your wedge game is one of the best places to start.

Are you ready for two mind-blowing stats that will send you running to fix your short game?

  1. 70% of the shots you take come inside 100 yards.
  2. 80% of your handicap is determined by these shots.

Wedges are a crucial part of your short-game arsenal, and the right wedge can be the difference between a makeable putt inside eight feet and three-putting from the edge of the green.

Are you using the right wedge?

This guide has everything you need to answer that question.

First, we'll introduce the four different types of wedges:

  1. Pitching wedge (PW)
  2. Gap wedge (GW)
  3. Sand wedge (SW)
  4. Lob wedge (LW)

Then, we'll explore the technical stuff and explain how each factor impacts your shot:

We'll also zoom out and take a big-picture look at distance gapping and club selection before finishing with some golf wedge FAQ.

Let's start at the top.

Quick History of the 4 Types of Wedges

Golf is a very old game. The first written record of a game resembling modern golf comes from 16th century Latin and Dutch books, but there are records of civilizations all around the world playing golf-like, stick-and-ball games as far back as the 11th century Chinese—1,000 years ago.

As the game of golf has evolved over the last millennium, so, too, has the equipment.

Wedges are a relatively new innovation in the history of golf, first appearing in the 1930s as players needed a club with more loft than the niblick for more accurate approach shots. When Spalding Sporting Goods Company produced the first standardized, numbered set of irons, they repurposed the niblick as a 9 iron, which led to the development of the first dedicated approach club: the pitching wedge.

Around the same time, a golfer named Edwin MacClain designed and patented the first sand wedge purely out of personal need; he spent a lot of time hacking away in bunkers with his ill-suited niblick.

For 50 years, golfers made do with these two wedges.

In the 1980s, short-game coach and former NASA physicist Dave Pelz developed the lob wedge in response to more challenging modern greens, which were elevated, sloped and surrounded by hazards. Pelz's lob wedge had more loft than both the pitching wedge and sand wedge, which allowed golfers to drill approach shots with a higher launch angle and stick them near the pin with more precision.

Remember what we said earlier about golf constantly evolving?

From the 1930s through the 1990s, golf club manufacturers gradually decreased the loft angles of nearly every club so they could advertise longer distances and sell more clubs.

I mean, who doesn't want to hit the ball further?

This gradual change created a loft angle gap between the standard pitching wedge and sand wedge, and that's how creatively-named gap wedges came to be.

What are different wedges used for?

When you're getting ready for your next shot, you have more than one type of wedge available, and each wedge is used for different purposes.

We'll dig into specific wedge features and technical specifications below, but for our purposes in this section, you only need to know about loft—the degree of tilt a club's face has. More tilt means higher loft angles, which means higher shot trajectories and shorter distances.

The four wedges have different degrees of loft, and each corresponds to a different use.

Pitching Wedge (PW)

Pitching wedges have the least amount of loft, generally ranging from 45-48 degrees, and hit the ball further than other wedges. They're mostly used both for approach shots inside 120 yards and chip shots that you want to keep on a lower trajectory. When golfers buy a set of clubs, the pitching wedge typically is included. The three other types of wedges may not be.

Gap Wedge (GW)

Gap wedges evolved last of the four types of wedges to fill the gap between pitching and sand wedges. They have more loft than pitching wedges, generally ranging from 50-54 degrees, but drive the ball further than sand wedges, making them ideal for approach shots in the 80-100 yard range.

Check out our guide to the Best Gap Wedges.

Sand Wedge (SW)

Sand wedges are designed for shooting out of bunkers and, typically, have the widest sole of any wedge for more bounce on softer sand (we'll explain "sole" and "bounce" below too). Generally, sand wedges have loft angles from 54-58 degrees and can hit the ball 70-90 yards, which makes them useful for other shots outside the bunker and around the green. For example, many players take advantage of their sand wedge's higher loft angle when hitting from a downhill lie, which naturally causes a flatter shot.

Check out our guide to the Best Sand Wedges.

Lob Wedge (LW)

Lob wedges are designed for chipping around the green and are often used by golfers trying to hit high-arching approach shots that will stick near the pin with minimal roll. They have the most degrees of loft, ranging from 58-60 degrees, though some range upwards of 64 degrees. Though lob wedges can hit the ball upwards of 60-70 yards, depending on the golfer's swing velocity, they're best reserved for shots inside 30 yards. For longer approaches, golfers use either sand wedges or gap wedges (with a reduced swing).

Check out our guide to the Best Lob Wedges.

8 Key Golf Wedge Features

Before we jump into how each golf wedge is used, let's look at eight key features of golf wedges, including what they are and how they affect your shot.

1. Loft

Loft measures the amount of tilt to a club's face as measured by the angle between the face and a theoretical vertical line straight into the ground. Clubs with more loft send the ball high in the air at the expense of distance.

Loft is a feature of all golf clubs—even drivers and putters—but it's especially important for wedges. And even more important than loft is loft gap.

Whether you're carrying three wedges or four, you want to space your wedge lofts evenly so you have a club for every shot. According to GOLF, 80% of the Official World Golf Ranking's top 10 golfers use a four-wedge setup with the following lofts:

That setup gives you 4-6 degree gaps between each wedge, allowing you to cover every approach shot from various yardages and lies.

You can (and should) evaluate your set of golf clubs before playing each course. How many wedges you should carry should factor in the fact that different courses present different challenges, and you may want to add or remove a wedge, which requires you to reassess your loft gaps.

After loft, "bounce" is another key feature of wedges. But in order to talk understand bounce, we need to understand two parts of clubhead anatomy.

Golf Wedge Loft
Golf Wedge Loft

2. Leading Edge & Sole

The leading edge is the lower boundary of the face where the face meets the bottom of the club, also called the sole. Clubs also have a trailing edge, which is the bottom and back portion of the sole.

You never want to strike your ball with the leading edge, which results in a low-flying, powerless shot. Instead, you want to strike downward so that the leading edge and trailing edge contact the ground evenly with the sole gliding across the surface rather than digging into it.

3. Bounce

Bounce describes how high the leading edge sits when the sole is rested on the ground. Though usually referred to as just "bounce," we're really talking about "bounce angle," which is the angle between the flat ground and the soul's surface from the point of contact with the ground to the leading edge.

Loft and Bounce
Loft and Bounce

If you find that description confusing, you aren't alone. Bounce can be tricky to understand. To better explain, let's look at the differences between low, medium and high-bounce wedges.

Low-Bounce Wedges

Low-bounce wedges have a bounce angle between 4-6 degrees, which is small enough that the leading edge sits almost flush with the ground. They're ideal for firm playing surfaces, heavy sand or any other playing conditions where the clubhead is unlikely to penetrate or sink into the surface. This allows you to strike the ball with your face's sweet spot without either (a) bouncing the sole off the playing surface or (b) digging the leading edge into the playing surface.

Playing surface isn't the only consideration when choosing the optimal bounce for your wedge. Your playing style matters too. Golfers who strike downward at a sharp angle typically want lower-bounce wedges than golfers who have longer, more looping swings and tend to dig into the ground at impact.

Pitching wedges and gap wedges tend to have low-bounce offerings.

Medium-Bounce Wedges

Medium-bounce wedges have a bounce angle between 7-10 degrees and are the most versatile option. They can be used in almost all conditions by almost any type of golfer.

Gap wedges, sand wedges and lob wedges tend to have medium-bounce offerings.

High-Bounce Wedges

High-bounce wedges have a leading edge that sits higher above the surface than either medium or low-bounce wedges, which can be helpful when playing on softer surfaces or shooting out of bunkers with soft sand. The higher bounce angle prevents digging and helps create smoother shots. If you struggle with divots, you probably want to look at medium and high-bounce wedges.

Sand wedges and lob wedges tend to have high-bounce offerings.

4. Sole Grind

Many wedge manufacturers grind the soles of their wedges to tailor each club to specific playing styles or surfaces. A heel grind, for example, removes material from the wedge's heel, allowing you to open the face for extra high flop shots. Tiger Woods uses a lob wedge with a heel grind for exactly this reason.

Unlike loft or bounce angle, which are concrete measurements and consistent from manufacturer to manufacturer, sole grinds can be brand-specific. While all heel grinds provide the same general type of shot-making flexibility, you may prefer one manufacturer's heel grind over another.

Sole Grind
Sole Grind

5. Grooves

You know your wedge's face has grooves, but do you know why? Those grooves serve two important purposes.

First, they wick away moisture, dirt and debris in the same way your car's tires do. This ensures clean, consistent contact, shot after shot.

Second, they increase backspin on your shots, which gives you three additional benefits:

  1. Longer flight times and shot distances
  2. Better control over shot trajectory
  3. Better stick and shorter roll-out near the pin

Over time, your club's grooves dull and you lose these benefits, so make sure to get your groove's inspected and sharpened at least every 75 rounds.

Golf Wedge Grooves
Golf Wedge Grooves

6. Flex

We've spent a long time talking about the clubhead, but what about the shaft? Let's change gears and talk about flex.

Flex describes how much give or bend your club's shaft experiences while swinging. Many wedge shafts have a lighter, more flexible tip section near the clubhead that subtly flicks the clubhead at the ball for improved trajectory and backspin.

A major consideration when evaluating flex for your wedges is how you use them. Do you frequently take full or 3/4 swings with your pitching wedge? If so, you probably want your pitching wedge to have less flex (more stiffness) than your lob wedge, which you'll rarely (or never) swing at full power. In this instance, you might want both your irons and pitching wedge to have similar shaft flex.

If you're shopping for wedges, you may encounter six flex strengths, which we've listed below from least flex (most stiff) to most flex (least stiff):

Those guidelines should help narrow down the flex that's right for you, but ultimately it's a personal decision based on both your playing style and comfort.

7. Shaft Construction

You can't talk about a shaft's flex without talking about its construction and weight. Let's look at two different shaft materials: graphite vs steel.

Graphite shafts are lighter and have more flex than steel shafts, which makes them ideal for golfers with lower swing velocities who can't bomb the ball 250-300 yards or more. A graphite shaft's lighter weight makes it easier to handle, similar to bowling with a lighter bowling ball or swinging a lighter baseball bat, and the extra flex helps provide extra power to your shot but sacrifices control.

Steel shafts are heavier and stiffer than graphite shafts, which makes them ideal for golfers with higher swing velocities. Most low-handicap golfers use steel shafts, generally because they tend to have higher swing velocities but also because the stiffer shaft allows for better clubhead control and shot precision.

However, all golfers have a mix of graphite and steel in their go-to set of golf clubs:

Once again, the choice between graphite and steel is a personal decision based on both your playing style and comfort.

8. Distance Gapping

We talked about loft gapping above and the importance of spacing your wedge loft angles to cover every possible shot. Let's revisit that for a second and get a little more specific by talking about distance gapping.

A club's loft is a key factor in determining how far that club strikes the ball, but it isn't the only factor. Everything we just covered above plays a part too, plus the strength and skill of the golfer. As you mix and match different irons and wedges from different manufacturers, you're changing up all sorts of variables that affect shot distances. And even if you use a single set but swing your wedges differently, you may have gaps between club distances that leave you deficient on the course.

Swing velocity, specifically, is a major factor affecting how far a club hits a ball, and it's something completely outside the scope of what club manufacturers can control. Think about two players with different swing velocities using the same wedge setup with 4-degree loft gaps. The stronger golfer with higher swing velocities will have larger distance gaps between each club than a weaker golfer with slower swing velocities who groups their shots within a tighter range.

The weaker golfer might not need such small distance gaps between each wedge and can afford to increase their loft gaps to 6 degrees.

Distance Gapping Chart
Distance Gapping Chart

Frequently Asked Questions

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