Masse and Curve Shots in Pool 2026: When to Use Them, the Legal Stroke, and the Cue Setup That Actually Works

May 16, 2026

Masse and curve shots look like a magic trick on YouTube and they get billed that way by every trick-shot artist with a phone, but they are also a tactical tool that wins matches in the real world. Properly used, an elevated-cue curve gets you out of snookers, opens up safety positions, and creates angles that flat-stroke players cannot generate. Improperly used, the same stroke rips cloth, throws the cue ball into a scratch, and earns a foul call from the league rep at the next table. This guide walks through when a masse is the right answer, the legal stroke that produces it, and the cue setup that makes the shot possible instead of an accident.

The Difference Between Curve, Swerve, and Masse

Three terms get used interchangeably and they should not be. A swerve is what happens when you stroke down through the cue ball with horizontal sidespin and the cue ball curves slightly after launch because friction with the cloth pulls it offline. Swerve is mostly accidental on hard strokes and intentional on slow strokes, and it happens on a nearly-level cue. A curve is a small masse, usually elevated five to fifteen degrees, where the cue ball arcs maybe an inch or two over the length of the shot. A masse is a steep elevation, thirty to seventy degrees, where the cue ball arcs hard enough to clear a blocking ball that sits directly between the cue ball and the object ball.

The distinction matters because each shot uses a different stroke, a different bridge, and a different mental picture. Confusing them is how players end up either pushing through a swerve when they needed a real masse or hammering a steep masse when an inch of swerve would have worked. Pros think of these as three separate shots in the bag, not three names for the same trick.

When a Masse Is Actually the Right Answer

A masse is the right answer when three conditions are all true. The cue ball is hooked behind a blocker. A kick shot does not have a clean rail path to the object ball. And a jump shot is either illegal under house rules or would put the cue ball through a pocket. Take away any of those three and the masse is the wrong call. Kicks are easier to control, jumps are faster to learn, and either one drops the cue ball into a flatter landing that you can build position from.

The masse is also the right answer in tight safety battles where a kick would send the cue ball back into open space and a jump would leave a hanger. A short curve around a defender ball lets you tap an object ball just hard enough to send it to a corner pocket while leaving the cue ball where the opponent has no shot. That is where elite players use the shot, and it is also where amateur players overuse it.

The Legal Stroke

Every league association has rules about what constitutes a legal masse. Under WPA, BCA, and APA rules, the stroke is legal as long as the cue tip strikes the cue ball, the cue does not double-hit on contact, and the shooter calls or implies the masse as the intended stroke. The cue can be elevated to any angle. The cue ball must be the only ball struck by the cue tip, and the stroke must be a single forward motion. The most common foul is a double-hit on hard masses where the elevated cue catches the cue ball a second time as it curves.

The double-hit risk goes up sharply on close shots where the cue ball is within a tip’s length of the blocker. If you can hear or feel two impacts on the same stroke, that is a foul and the opponent gets ball in hand. The fix is to either elevate the cue more steeply to get the tip out of the way faster, or to switch to a softer stroke where the cue ball clears the contact point before the tip catches up. Pros use both fixes depending on the geometry.

The Bridge and Stance

A flat bridge does not work for a masse. The cue needs to elevate, and the bridge hand has to give the shaft a stable runway at that angle. Most players use one of three setups. The closed elevated bridge, where the index finger loops over the shaft and the thumb plus middle finger pinch underneath, works for moderate elevation up to maybe thirty degrees. The open V bridge, where the thumb and index finger form a vertical slot and the cue rests in it, handles the thirty to fifty degree range. The vertical tripod bridge, where the heel of the hand stays on the cloth and three or four fingers form a vertical pylon, handles the steep fifty to seventy degree masses.

The stance also has to open up. Standard pool stance puts your dominant foot back and your hips slightly squared. A masse stance opens the hips fully, drops the back foot another six inches, and gets your head directly over the cue at a downward angle rather than parallel to it. You are essentially shooting darts at the cloth, not stroking through the cue ball. Watch any pro shoot a steep masse and you will see the head come straight over the shaft and the elbow drop tight against the rib cage. That elbow position is what keeps the stroke straight when the cue is nearly vertical.

The Cue and Tip Setup

A standard playing cue with a soft layered tip can shoot a swerve and a small curve all day. It is when you try a steep masse that the cue setup starts to fight you. Low-deflection shafts make the curve much easier to predict. A Cuetec CTCF Cynergy 12.5mm carbon shaft or a Predator REVO carbon shaft transmits the elevated stroke cleanly without the front-end mass that throws traditional maple shafts off line on steep angles. The Jacoby BLACK V4 12.3mm is another carbon option that handles steep masses well because the smaller tip diameter gives you a more precise contact point on the curve side.

Tip hardness also matters. A hard tip holds shape under repeated elevated strokes and is less likely to mushroom out at the contact point. A medium-hard layered tip is the most forgiving choice for someone learning the shot. Avoid soft tips for masse work because the deformation at the contact point at steep angles creates unpredictable side spin transfer. Cues like the Pechauer JP04S come with a medium-hard tip that works well as a learning platform before you commit to a carbon shaft upgrade.

The Practice Drill That Builds the Shot

A fifteen-minute drill teaches the shot faster than a year of watching trick-shot videos. Set the cue ball one diamond off the long rail. Place a blocker ball two inches in front of it. Place an object ball a full diamond past the blocker, slightly to the right. Elevate to twenty degrees and stroke through the lower-left quadrant of the cue ball with a smooth medium stroke. The cue ball should curve right and contact the object ball. Repeat until you can hit the object ball seven out of ten attempts.

Then move to thirty degrees and place the blocker closer. Then forty. Then fifty. Each elevation increment is roughly two hours of practice to internalize, and the shot is repeatable from there. The mistake players make is jumping to seventy degrees right away because that is what looks impressive on video. Build the shot at twenty degrees first and earn the steeper elevations.

What Masse Will Not Do

The shot will not save you from a fully wrapped snooker where the blocker is touching the cue ball and the cue ball is touching the rail. It will not produce three-rail position on the next shot; you will be lucky to make the called ball and land somewhere on the table. It will not work on torn or fast cloth where the cue ball skids before it grabs and curves; new Simonis 860 will sometimes refuse to curve at all in the first hour of play. And it will not work as a regular run-out tool because it tears cloth on hard strokes, which is why most house rooms have a no-masse rule.

If you do not have it in your bag yet, save it for hooked shots in safety battles where the alternative is conceding ball in hand. Use a controlled twenty to thirty degree elevation, accept that you might not pocket the object ball, and prioritize getting the cue ball into a defensible position. That is how the shot actually wins matches, not by being a spectacle, but by being a sneaky tactical fallback when nothing else clears the geometry.

Pulling It All Together

A masse is one shot in a hundred situations, but when it is the right answer it is the only answer. Build the swerve and the small curve into your everyday stroke first; those will pay off on three to five shots a match. Then layer in a thirty-degree masse for tight safety escapes. Save the steep stuff for when the alternative is forfeiting position. With a low-deflection carbon shaft like the Cuetec Cynergy or a Predator REVO Radial the curve becomes predictable, the bridge becomes natural, and the shot stops being a circus trick and starts being a tactical option. Browse the rest of the carbon fiber shaft lineup or the broader pool cue inventory if you are ready to add a setup that supports the elevated game.

Mid-tier playing cues like the McDermott G302 and the Mezz Avant ZZAVN with Sigma Shaft are also strong picks if you want a cue with the structural rigidity needed for serious elevated work without jumping straight to a full carbon build. The best masse player at your room is rarely the player with the fanciest cue; it is the player who put in the bridge reps and the elevation drills until the shot stopped being scary.

About Corey Bernstein

Corey Bernstein is a competitive pool player, billiards equipment specialist, and co-owner of Quarter King Billiards in Wilmington, North Carolina. With over a decade of experience in the sport, Corey has competed in regional APA and BCA sanctioned tournaments and maintains an intimate knowledge of cue construction, shaft technology, and table mechanics. As a certified dealer for brands including Predator, McDermott, Jacoby, Viking, Lucasi, Meucci, Joss, and Cuetec, Corey personally tests and evaluates every cue that comes through the shop. His hands-on approach to the business means he has racked thousands of hours behind the table — breaking in shafts, comparing tip compounds, and dialing in the nuances that separate a good cue from a great one. When he is not behind the counter or on the table, Corey is researching the latest advances in low-deflection technology, carbon fiber shaft construction, and cue ball physics. His articles on Quarter King Billiards combine real-world playing experience with deep product knowledge to help players at every level find the right equipment for their game.

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