The Best Shotgun Loads for Wingshooting

Choosing the best shotgun loads for wingshooting depends on what you’re hunting, how far the shot is, the type of shotgun and choke you’re using, and how well that combination patterns. Ducks, geese, and pheasants don’t all require the same shotshell, and faster or more expensive ammunition isn’t automatically better.

For most hunting situations, the goal is simple: choose a load that produces a dense, consistent pattern and enough pellet energy for the bird at the distance you expect to shoot. Steel, lead, bismuth, tungsten-based loads, and TSS can all be effective when matched to the right conditions.

How to Choose a Shotgun Load for Wingshooting

Before choosing a shotshell, consider four factors:

• Target species: Ducks, geese, and pheasants vary considerably in size and toughness.
• Shooting distance: A load that works well at 25 yards may not produce enough pellet energy or pattern density at 50 yards.
• Shot material: Steel, lead, bismuth, tungsten, and TSS have different densities and performance characteristics.
• Patterning: Your shotgun and choke determine how efficiently the pellets reach the target.

Pattern your shotgun with the exact load and choke combination you plan to hunt with. A shotshell that performs exceptionally well in one gun may produce disappointing results in another.

Best Shotgun Loads Inside 35 Yards

Inside 35 yards, you generally don’t need an extremely specialized or expensive shotshell. A properly patterned load can provide plenty of performance at these relatively short hunting distances.

For ducks, steel No. 3 and No. 4 shot are effective choices when paired with an appropriate choke. These shot sizes provide a useful balance between pellet energy and pattern density.

For pheasants, lead No. 5 shot remains an excellent option where lead ammunition is legal. If you need a non-toxic alternative, bismuth No. 5 can work well on both ducks and pheasants.

For geese, larger steel shot is generally preferable. Steel BBs are a strong choice for large Canada geese, while steel No. 2s can work well for lesser Canadas, specklebellies, and snow geese.

At these distances, an improved-cylinder choke can provide an effective pattern, but you should always confirm the pattern with your own shotgun.

Best Loads for 35 to 45 Yards

As shooting distance increases, pattern density and pellet energy become increasingly important.

For ducks and pheasants, steel No. 2s and bismuth No. 4s are useful mid-range choices. Lead No. 4s are another strong option for pheasants where lead is permitted.

Large Canada geese require more pellet energy, making steel BBBs a suitable choice. For smaller and medium-sized geese, steel BBs can provide a good balance of energy and pattern density.

A modified or improved-modified choke may produce better results at these distances, but the correct choke is ultimately the one that produces a useful pattern with your specific ammunition.

The important point is that pattern performance can fall off quickly once you push beyond the distance at which your shotgun and load work well together. Don’t assume a shotshell will remain effective simply because its manufacturer advertises it for long-range shooting.

Best Shotgun Loads Beyond 45 Yards

Shooting beyond 45 yards requires considerably more preparation. At these distances, pattern testing is essential.

Your load, choke, pellet size, and shotgun must work together. Even a powerful shotshell can produce inconsistent results if the pattern becomes too thin or uneven.

For hunting at 45 to 60 yards, high-density shot can provide an advantage. Heavier pellets retain velocity and energy more effectively than lighter alternatives, while some tungsten-based loads can produce exceptionally dense patterns.

Hevi-Shot No. 2 and No. 4 loads can be effective on ducks and pheasants at these distances when properly patterned. For larger geese, larger pellets may be desirable, although ammunition availability and the specific load design can limit your choices.

Steel No. 2s can also be effective for ducks and pheasants when your shotgun produces an adequate pattern. Lead No. 4s remain a useful upland option where legal.

For bismuth, buffered No. 4 loads can help maintain pattern consistency at longer distances. Larger buffered bismuth shot can also be useful for geese when the load patterns well in your shotgun.

At these ranges, consider modified, improved-modified, or full chokes only after testing them with the ammunition you intend to hunt with.

Why Patterning Matters More at Long Range

A shotshell’s advertised velocity or pellet count doesn’t tell you everything you need to know.

At 40 yards and beyond, a pattern can become uneven enough to create large gaps. A bird can pass through one of those gaps even when the average pellet count looks impressive on paper.

Pattern your shotgun at realistic hunting distances. Examine the number and distribution of pellets inside a 30-inch circle and look for obvious holes in the pattern.

You should also practice shooting at longer distances during the offseason. Sporting clays and five-stand can help develop the lead and shooting discipline needed for longer wingshooting opportunities.

When Does TSS Make Sense?

Tungsten Super Shot (TSS) has become popular because its extremely high density allows manufacturers to use small pellets that retain substantial energy and produce dense patterns.

TSS has a density of approximately 18 g/cc, making it considerably denser than conventional steel and bismuth. That can provide a major advantage when hunting tough birds at extended distances.

However, TSS isn’t automatically the best choice for every wingshooting situation.

Inside 40 yards, its extremely dense patterns can actually make precise shooting more important. A very tight pattern may leave less margin for error when shooting at fast-moving birds.

TSS makes more sense when you need additional performance at distance or are hunting particularly tough birds.

For example, late-season Canada goose hunts can present situations where birds are wary and remain on the edges of the decoys. Their heavier feathering and body protection can also make additional pellet energy valuable.

TSS can also be useful for species such as swans and sea ducks, where legal and appropriate.

The major drawback is cost. TSS loads can cost several times more than conventional steel ammunition, so using them for every duck hunt may not provide a meaningful advantage.

Does More Velocity Mean a Better Shotshell?

Not necessarily.

Some modern shotshells advertise extremely high muzzle velocities, but higher velocity doesn’t automatically translate into better hunting performance.

Excessive velocity can make patterning more difficult and increase recoil. Heavy recoil can contribute to flinching, poor gun mounting, and lifting your head from the stock—all of which can hurt your wingshooting performance.

A load that produces a consistent pattern and manageable recoil is often more useful than one that simply posts the highest velocity on the ammunition box.

Rather than chasing maximum velocity, test several loads and determine which one produces the best combination of pattern density, pellet performance, and shootability in your shotgun.

Are Duplex Shotshells Worth Using?

Duplex loads combine different pellet sizes or materials in the same shotshell. The idea is to combine the advantages of different pellet types.

For example, a steel No. 2/No. 4 duplex load can combine larger pellets for increased energy with smaller pellets to increase pellet count and pattern density.

There is a tradeoff, however.

A shell containing both No. 2 and No. 4 steel will have fewer No. 2 pellets than a shell containing the same payload entirely of No. 2 shot. At longer distances, that can reduce the number of larger pellets reaching the target.

Likewise, a straight No. 4 load can provide more small pellets at shorter distances.

Duplex loads therefore work best when their pellet combination is designed around a specific hunting application rather than simply being viewed as a universal upgrade.

Steel and Bismuth Duplex Loads

Steel and bismuth duplex ammunition has also been marketed as a way to combine the characteristics of both materials.

However, the density difference between steel and bismuth is relatively modest compared with the difference between steel and tungsten. Steel has a density of roughly 7.8 g/cc, while bismuth is around 9.6 g/cc.

Because only part of the payload consists of the denser material, the performance improvement may not justify the additional cost in every hunting situation.

Patterning remains the best way to determine whether a particular duplex load provides a meaningful advantage in your shotgun.

Steel and TSS Duplex Loads

Steel and TSS represent a more significant difference in pellet density.

A duplex load combining steel No. 2s with small TSS pellets can increase the total number of pellets reaching the target while retaining the higher energy potential of the denser tungsten pellets.

Some of these combinations can produce exceptionally dense patterns.

However, extremely dense patterns can require more precise shot placement. The goal isn’t simply to put the maximum number of pellets into a 30-inch circle; you want a useful, even pattern that gives you enough coverage while maintaining adequate pellet energy.

The additional cost can also be substantial compared with conventional steel loads.

Match the Load to the Bird

There isn’t one best shotgun load for wingshooting because different birds and hunting conditions demand different ammunition.

As a general starting point:

Hunting Situation	Potential Load Choices
Ducks inside 35 yards	Steel No. 3 or No. 4
Pheasants inside 35 yards	Lead No. 5 where legal; bismuth No. 5
Large Canada geese inside 35 yards	Steel BB
Smaller geese inside 35 yards	Steel No. 2
Ducks at 35–45 yards	Steel No. 2 or bismuth No. 4
Pheasants at 35–45 yards	Bismuth No. 4 or lead No. 4 where legal
Large geese at 35–45 yards	Steel BBB
Extended-range ducks	Properly patterned high-density loads
Tough birds at longer range	TSS or other high-density ammunition

These are starting points rather than guarantees. Your shotgun, choke, ammunition, and shooting ability all affect the result.

Pattern Your Shotgun Before Hunting

Patterning is one of the most important steps you can take before wingshooting season.

Take the shotgun, choke, and ammunition you intend to use and test them at realistic distances. Don’t rely exclusively on ammunition advertising or someone else’s results with a different firearm.

Test at 30, 40, and, when appropriate, longer distances. Look for:

• Consistent pellet distribution
• Adequate pellet density
• Large gaps in the pattern
• Point of impact
• Recoil and shooting comfort
• Performance at the maximum distance you intend to shoot

If the pattern becomes unreliable at 45 yards, don’t assume switching to a more expensive shell will automatically fix it. Try another load or choke and test again.

The Bottom Line

The best shotgun loads for wingshooting are the ones that produce an effective pattern and adequate pellet performance for the bird and distance you’re hunting.

For most close- and medium-range waterfowl hunting, properly patterned steel loads remain practical and economical. Bismuth provides another useful non-toxic option, particularly for hunters who want more pellet density and energy than conventional steel can provide. High-density tungsten and TSS loads have a place when extended range or especially tough birds justify their higher cost.

Most importantly, don’t choose a shotshell based solely on velocity, pellet count, or marketing claims. Pattern your shotgun, practice with the ammunition you plan to hunt with, understand your effective range, and choose the load that consistently puts enough pellets where they need to go.