Muzzleloader riflescopes
Best Muzzleloader Riflescopes
Quick answer
The best muzzleloader riflescope is the Leupold VX-Freedom Muzzleloader 3-9x40 UltimateSlam Riflescope at $299.99, because its UltimateSlam reticle is drawn against a saboted muzzleloader bullet's own steep arc instead of a flat-shooting centerfire cartridge, so the holdover marks land where they claim to.
A muzzleloader launches a heavy saboted bullet, commonly 250 to 300 grains, at a muzzle velocity far below a modern bottleneck cartridge, and with a bullet shape whose ballistic coefficient is poor by rifle standards. The result is a trajectory that is nothing like the one a generic riflescope reticle assumes, and treating the two as interchangeable is the most common and least visible mistake on this whole list.
A standard BDC reticle is wrong at every mark past the zero, not just approximately off. It was drawn against a specific flat-shooting cartridge's own trajectory, and a muzzleloader's arc departs from that shape immediately. These picks are researched from published specifications and owner-review consensus rather than from firing every option ourselves.
On this page
Why does a standard BDC reticle fail on a muzzleloader?
A bullet drop compensating reticle is not a universal tool. It is drawn by the manufacturer against a specific trajectory, commonly modelled on a mid-weight centerfire bullet leaving the muzzle somewhere near 2,700 to 2,900 feet per second. The circles or hash marks below the crosshair are placed at the drop that particular bullet has at each marked distance.
A muzzleloader bullet leaves the muzzle at roughly 1,800 to 2,000 feet per second in most modern in-line loads, carries far more weight for its diameter than a rifle bullet, and has a blunter shape with a correspondingly worse ballistic coefficient. It falls faster past the zero than the cartridge the reticle was drawn for, so every holdover mark below the top one lands you low of where the reticle claims, and the gap widens with distance.
A muzzleloader-specific reticle like UltimateSlam is drawn against a saboted bullet's own steep trajectory; an ordinary centerfire BDC reticle is drawn for a much flatter-shooting cartridge and its aiming points are wrong at every mark past the zero.
Shooter convention
| Reticle type | Drawn for | Accurate on a muzzleloader? |
|---|---|---|
| Generic centerfire BDC | A flat-shooting rifle cartridge, commonly near 2,700 to 2,900 fps | No, marks land high or low depending on distance |
| Purpose-drawn muzzleloader reticle | A saboted muzzleloader bullet's own steeper trajectory | Yes, when your load is close to the one the maker calibrated against |
| Plain duplex reticle | No calibrated holdover at all | Only for a single dialled zero and hold-only shooting inside about 100 yards |
This is a statement of design intent rather than a single measured figure, because the exact mismatch depends on your specific load against the load the reticle maker used.
How much steeper is a muzzleloader's drop, really?
The honest answer depends heavily on the specific bullet, powder charge and barrel, which is exactly why a generic figure would be misleading here. What is consistent across nearly every modern in-line muzzleloader load is that it carries noticeably less velocity and a worse ballistic coefficient than a modern rifle cartridge, and both of those work in the same direction: more drop, sooner, for the same distance.
See the site's own bullet drop chart by cartridge for the full published comparison, and use it to see, load for load, how far a muzzleloader's curve departs from a centerfire rifle's before you trust any reticle mark past 150 yards.
The practical takeaway is not that a muzzleloader is a poor choice past 150 yards, it is that the reticle has to be matched to the load rather than assumed. A purpose-drawn reticle publishes the load it was calibrated against, commonly a specific bullet weight and a specific charge, and the closer your own load sits to that reference, the more the printed holdover marks are worth trusting. Stray far from it, in either powder charge or bullet weight, and confirming each mark on paper before a hunt matters more than it does with a generic centerfire zero.
Barrel length and cleanliness also matter here more than they do on a centerfire rifle, because a muzzleloader's velocity is more sensitive to both. A fouled barrel or a charge that differs from what you sighted in with changes the whole trajectory by enough to matter at the far end of the reticle's calibrated marks, which is one more reason to confirm the load on paper rather than trust the printed subtension blindly.
Beginner: a simple, low-power riflescope for a close-range hunt
Most muzzleloader shots are taken inside 150 yards from a rest, and a simple, low fixed-power riflescope with a plain reticle and a single dialled zero handles that job completely.
Vortex Crossfire II 1x24 Muzzleloader Riflescope, V-Plex Reticle
$139.00 Full specificationsA simple, rugged riflescope built for muzzleloader use, with a plain V-Plex reticle suited to a single dialled zero inside 100 yards.
Best for: A close-range muzzleloader hunt from a fixed rest, zeroed for one distance
Check price on AmazonIntermediate: a reticle actually drawn for the load
This is the tier where the reticle stops being a generic duplex and starts being calibrated to the trajectory a muzzleloader actually produces.
Leupold VX-Freedom Muzzleloader 3-9x40 UltimateSlam Riflescope
$299.99 Full specificationsA UltimateSlam reticle drawn against a saboted muzzleloader bullet, so holdover marks past the zero land close to where they claim.
Best for: A hunter taking shots between 100 and 200 yards without dialling elevation
Check price on AmazonExpert: illumination and a wider magnification range
Our catalog does not carry a premium illuminated muzzleloader-specific riflescope beyond the intermediate pick, so the honest fallback is a scoped search rather than a stretched recommendation.
Leupold VX-Freedom Muzzleloader 3-9x40 UltimateSlam Riflescope
$299.99 Full specificationsThe calibrated reticle above already solves the trajectory problem. For low light hunts, look at {{s:illuminated muzzleloader riflescope BDC reticle|an illuminated muzzleloader riflescope}} rather than a generic illuminated centerfire riflescope, so the reticle stays calibrated to the right load.
Best for: Hunting the last legal light of the day with a muzzleloader
Check price on AmazonWho should not buy this tier: Hunters taking a single shot inside 150 yards from a fixed rest in daylight, for whom the intermediate pick already matches their load and nothing about illumination changes the shot.
How we chose
We did not test these optics in person and we never claim to. Picks are researched from manufacturer specification sheets, published optical and ballistic formulas, and the recurring themes in verified owner reviews. Every pick is matched to a real objective diameter, a real tube size, a real ring height or a real exit pupil rather than to a price bracket, and it is placed in the tier where its capability actually belongs. Where a figure is shooter convention rather than a sourced number we label it, and where a manufacturer does not publish a figure we leave it out instead of estimating it.
Sources
- Manufacturer published reticle subtension and calibration load for muzzleloader-specific reticles
- Published ballistic coefficients for saboted muzzleloader projectiles
Frequently asked questions
Why doesn't a normal BDC reticle work on a muzzleloader?
A bullet drop compensating reticle is drawn against a specific trajectory, usually a mid-weight rifle bullet near 2,800 feet per second. A muzzleloader bullet is heavier, slower and has a worse ballistic coefficient, so it drops faster than the trajectory the reticle assumes, and every holdover mark past the zero lands low of where it claims.
What magnification do I need for a muzzleloader?
Two to seven power or three to nine power covers nearly all muzzleloader hunting, which is rarely taken past 200 yards. High magnification adds little here because the limiting factor is the trajectory and the shooter's rest, not resolving a small target at distance.
How far does a muzzleloader shoot accurately?
Most modern in-line muzzleloaders with a saboted bullet stay reasonably accurate to 150 to 200 yards from a solid rest, though the exact distance depends heavily on the specific load. Past that, drop and wind drift both grow quickly because of the lower velocity and blunter bullet shape compared to a rifle cartridge.
Does a muzzleloader riflescope need to be more rugged than a centerfire scope?
Not usually for recoil, since a modern in-line muzzleloader recoils comparably to a mid-weight centerfire rifle. What actually matters is exposure to moisture and residue near the muzzle end during loading, which is why a properly sealed and purged riflescope, standard on most quality glass, matters more than raw ruggedness here.
Can I use a muzzleloader-specific reticle on a different cartridge?
You can mount the riflescope on anything that fits, but the reticle marks will not match a different cartridge's trajectory. A reticle calibrated for a muzzleloader's steep arc will be wrong, in the opposite direction, on a flat-shooting centerfire rifle. Match the reticle to the trajectory it was drawn for.
Should I zero a muzzleloader at 100 or 150 yards?
It depends on the reticle. A purpose-drawn muzzleloader reticle publishes the zero distance its holdover marks are calibrated from, commonly 100 yards, and matching that exactly is what makes the rest of the marks accurate. A plain duplex reticle with no holdover marks can be zeroed at whatever single distance you shoot most.
Researched, not professional advice. This page is compiled from published manufacturer specifications, published optical and ballistic formulas, and owner-review consensus, not hands-on testing. Figures described as a rule of thumb are shooter convention rather than sourced numbers, and they are labelled that way wherever they appear. Ballistic figures come from a point mass model using the ballistic coefficient the maker publishes, so treat them as a starting point and confirm them on paper at a measured distance. Confirm your firearm is unloaded with the action open before you mount, level, torque or bore sight anything. Verify a zero only on a supervised range or a safe, legal backstop, know what lies beyond your target, and follow the law where you hunt and shoot, including rules on land access and permitted cartridges.