Published: 2024 | Last updated: June 2026
Introduction
Hornady introduced the V-MAX in 1996 from its Grand Island, Nebraska facility, and the bullet has since become one of the most widely used and recognized varmint fragmentation bullets available in American handloading. This completes a comparison this site now covers across the major lead-core varmint fragmentation bullets, alongside the Sierra BlitzKing, Nosler Varmageddon, Barnes VARMIN-A-TOR, and Hornady NTX. Like every other bullet in this varmint fragmentation category covered on this site, the V-MAX is a lead-core, thin-jacketed design engineered for violent, rapid fragmentation and explosive energy transfer on small targets – not for the controlled expansion and weight retention that characterizes hunting bullets for deer, elk, or other big game. For trajectory context on the cartridges most commonly paired with this bullet, see the 223 Remington ballistics guide, 22-250 Remington ballistics guide, and 204 Ruger ballistics guide.
Several data quality issues in the original article deserve direct attention before the specifications are examined.
The first is a missing caliber. The original article’s stated caliber range is “.172 to .308 inches,” and the weight options section specifically lists a “20-grain .172” as a key variant. But the ballistics table contains no .172-inch entry whatsoever. Given that Hornady genuinely does produce a V-MAX in .172-inch for 17 Remington and 17 HMR applications, this appears to be an accidental omission from the table rather than a fabricated caliber claim, but handloaders should verify the .172-inch BC and SD figures directly from Hornady’s current published catalog rather than inferring them from the other entries in this table.
The second is an internally inconsistent BC comparison. The original article’s stated BC range in the introduction is 0.200-0.400, but the highest BC in the actual ballistics table is 0.365 (for the 95-grain .264-inch entry). No variant in the table reaches 0.400. The 0.200-0.400 range claim is therefore inconsistent with the table the same article provides, and this rewrite treats the table values as the more reliable reference.
The third is an impossible BC duplication. The table lists both the 55-grain .224-inch and the 55-grain .243-inch at an identical BC of 0.255. BC is a function of bullet diameter, weight, and shape – two bullets of identical weight but different diameter cannot have an identical BC unless their shapes differ in exactly the right way to compensate, which would be an extraordinary coincidence rather than a typical pattern within a single manufacturer’s varmint bullet line. One of these two figures is likely a data entry error in the original source. Handloaders loading either the .224-inch or .243-inch 55-grain V-MAX should verify the correct BC directly from Hornady’s current published data.
A positive note: the original article’s comparison BC ranges for the Varmageddon (0.140-0.265) and BlitzKing (0.145-0.270) both match the figures this site’s own dedicated coverage of those bullets documents, an encouraging cross-source consistency finding in a comparison where this series has previously had to flag discrepancies.
Disclaimer: Reloading is an inherently dangerous activity. Always consult current published load data from reputable sources (Hornady, Hodgdon, Sierra) before loading any cartridge. Start at the published minimum charge and work up carefully while watching for pressure signs. Never exceed maximum published loads. The information on this page is for educational reference only and does not replace a current reloading manual.
Technical Characteristics
Lead-core, copper jacket, hollow-point: The V-MAX is a conventional lead-core bullet with a copper jacket engineered for controlled jacket thickness from base to nose – thicker at the base to manage separation behavior, thinner toward the nose to promote rapid, catastrophic fragmentation at impact. This is the standard varmint fragmentation bullet construction approach, shared in general concept with the Sierra BlitzKing and Nosler Varmageddon, though Hornady’s specific jacket thickness profile and bonding process are proprietary to this product line.
Polymer-tipped design, color-coded by caliber: The original article describes the V-MAX tip as “red,” which requires a correction. Hornady color-codes the V-MAX polymer tip by caliber, not uniformly in red – a meaningful practical detail for handloaders identifying bullets in the field or at the loading bench. Red is used for some calibers, but the tips vary by caliber and weight. Handloaders should not assume all V-MAX tips are the same color.
Hollow-point cavity beneath the tip: The polymer tip drives rearward into the hollow-point cavity on impact, initiating expansion and fragmentation. The stated activation threshold of 1,600 fps is identical to the BlitzKing’s documented threshold – notably lower than the 1,800 fps threshold this site has documented for the VARMIN-A-TOR and the Winchester Varmint X Lead-Free.
Low weight retention by design: Unlike hunting bullets where weight retention is a quality indicator, intentionally low weight retention is correct and appropriate engineering for a varmint fragmentation bullet. A V-MAX that fragments completely transfers essentially all its energy into the immediate target, producing a dramatic, visible surface effect useful for both confirming hits and for near-immediate incapacitation of small varmints. This is the same fundamental design philosophy documented across every varmint fragmentation bullet covered in this series.
Boat-tail profile on select weights: Not all V-MAX variants use a boat-tail base. Boat-tail variants achieve modestly higher BC than flat-base variants at comparable weights.
1,996 introduction, 28+ year production history: The V-MAX has been in continuous production since 1996, giving it an exceptionally deep accumulated load data archive comparable to, though not quite as long as, the Sierra MatchKing in the match bullet category covered elsewhere on this site.
Ballistics and Performance
G1 BCs from 0.200 to 0.365 per this source’s actual table values (not the inconsistent 0.200-0.400 stated in the text, as discussed above) are typical and appropriate for a dedicated varmint fragmentation bullet, comparable to the BlitzKing’s documented 0.145-0.270 range and the Varmageddon’s 0.140-0.265, with the V-MAX’s upper end (0.365 at the 95-grain .264-inch) modestly outperforming both competitors in the heavier weight classes.
This site’s own BlitzKing article previously cited the V-MAX BC range as approximately 0.150-0.275 for comparison purposes. The 0.200-0.365 range from this source does not directly conflict with that figure – the lower bound difference reflects the .172-inch variants absent from this table, and the upper bound difference reflects the 95-grain .264-inch entry which extends beyond the heavier BlitzKing weights. Both ranges are plausibly consistent when accounting for which specific weights each source included.
The 32-grain .204-inch at BC 0.210 and SD 0.110 covers 204 Ruger for prairie dogs and ground squirrels. Hodgdon H4895 and Alliant Power Pro Varmint are documented choices for this cartridge at this weight.
The 40-grain .224-inch at BC 0.200 and SD 0.114 is the lightest of the .224-inch offerings, intended for high-velocity 223 Remington or 22-250 Remington loads at maximum velocity with correspondingly explosive fragmentation even at extended ranges. Hodgdon Varget and Hodgdon CFE 223 are standard choices.
The 50-grain and 55-grain .224-inch variants at BC 0.242 and 0.255 (assuming the .224-inch 55-grain figure is correct, given the BC duplication issue discussed above) are the V-MAX’s most widely used weights, mainstays in 223 Remington and 22-250 Remington for coyotes and foxes as well as prairie dog and ground squirrel work.
The 55-grain and 58-grain .243-inch variants at BC 0.255 (flagged) and 0.250 cover 243 Winchester for larger varmints. The identical BC for the 55-grain .243-inch and 55-grain .224-inch is flagged as likely a data error in the original source – the .243-inch diameter bullet at this weight should produce a different BC from the .224-inch at the same weight.
The 75-grain .243-inch at BC 0.330 and SD 0.181 covers heavier 243 Winchester work including coyotes and mid-range varmint applications.
The 95-grain .264-inch at BC 0.365 and SD 0.195 is the heaviest and most BC-efficient entry in this table, covering fox and coyote-sized varmints in 6.5 Creedmoor and similar 6.5mm cartridges.
The 110-grain .308-inch at BC 0.290 and SD 0.166 is an unusual entry in this lineup – 110 grains in .308-inch for varmint use is a notably heavy combination, more typically associated with lead-free hunting bullets or plinking applications than varmint fragmentation work.
Accuracy of 0.5-0.9 MOA is consistent with the figures this site has documented for other varmint bullets in this comparison category.
Expert Ballistics Table – Hornady V-MAX Variants
Data from Hornady specifications. BCs are G1. The .172-inch variant is absent from this table despite being listed in the caliber range – verify BC and SD directly from Hornady. The 55-grain .224-inch and 55-grain .243-inch entries share identical BCs (0.255), which is likely a data error – verify both figures with Hornady’s current published data. Verify all figures at hornady.com before load development.
| Diameter (inches) | Weight (grains) | BC (G1) | Sectional Density | Application |
|---|---|---|---|---|
| .172 | 20 | Verify with Hornady | Verify with Hornady | Prairie dogs in 17 Remington |
| .204 | 32 | 0.210 | 0.110 | Prairie dogs in 204 Ruger |
| .224 | 40 | 0.200 | 0.114 | High-velocity varmint in 22-250 Remington |
| .224 | 50 | 0.242 | 0.142 | Coyotes, foxes in 223 Remington |
| .224 | 55 | 0.255 | 0.157 | Coyotes, foxes in 223 Remington |
| .243 | 55 | 0.255 | 0.133 | Flagged – identical to .224 entry, verify with Hornady |
| .243 | 58 | 0.250 | 0.140 | Varmints in 243 Winchester |
| .243 | 75 | 0.330 | 0.181 | Coyotes in 243 Winchester |
| .264 | 95 | 0.365 | 0.195 | Foxes, varmints in 6.5 Creedmoor |
| .308 | 110 | 0.290 | 0.166 | Heavier varmint work in 30-caliber cartridges |
Comparison Bullets
The original article’s comparison set – Barnes VARMIN-A-TOR, Nosler Varmageddon, and Sierra BlitzKing – is the same set this site’s coverage of those bullets has now addressed individually, making this the point where all four major lead-core varmint fragmentation bullets covered on this site are directly compared.
As noted in the introduction, the original article’s comparison BC ranges for the Varmageddon (0.140-0.265) and BlitzKing (0.145-0.270) both match the figures this site’s own dedicated coverage of those bullets documents, a positive consistency finding worth noting explicitly given this series has frequently had to flag discrepancies in competitor BC ranges cited within other bullets’ source material.
The Sierra BlitzKing is the V-MAX’s closest direct competitor in terms of design philosophy (polymer-tipped, thin-jacketed, lead-core fragmentation), production history, and market positioning. Both offer a wide weight and caliber range, both specify a 1,600 fps activation threshold, and both are positioned as primary choices for the mainstream varmint hunting market. The BlitzKing’s BC range trails the V-MAX’s by a modest margin at the upper end per the figures documented in this site’s BlitzKing coverage (0.145-0.270 versus V-MAX’s table-documented 0.200-0.365). For handloaders choosing between 243 Winchester and 22-250 Remington for varmint hunting with either bullet, that comparison article offers additional cartridge-level context relevant to this choice.
The Nosler Varmageddon is available in both tipped and flat-base versions, occupies the same general market position, and trails both the V-MAX and BlitzKing in BC across most of the documented weight range per this site’s coverage.
The Barnes VARMIN-A-TOR is notably different in one key respect this site’s dedicated coverage documented: unlike the other three bullets in this comparison, the VARMIN-A-TOR is a lead-core design with a conventional copper-jacketed hollow point and no polymer tip. Its 2,000 fps activation threshold is notably higher than the V-MAX’s 1,600 fps, making the V-MAX more reliably fragmenting at the longer ranges where retained velocity drops below 2,000 fps. The VARMIN-A-TOR’s stated BC range (0.128-0.279) trails the V-MAX throughout.
Comparison Table – Lead-Core Varmint Fragmentation Bullets
| Bullet | Diameter Range | Weight Range | BC Range | Tip | Activation Velocity | Lead-Free |
|---|---|---|---|---|---|---|
| Hornady V-MAX | .172-.308 | 20-110 gr | 0.200-0.365 (table) | Polymer (color-coded) | 1,600 fps | No |
| Sierra BlitzKing | .204-.308 | 32-90 gr | 0.145-0.270 | Polymer | 1,600 fps | No |
| Nosler Varmageddon | .172-.308 | 32-90 gr | 0.140-0.265 | Polymer or flat base | 1,800 fps | No |
| Barnes VARMIN-A-TOR | .204-.257 | 32-85 gr | 0.128-0.279 | None (open hollow point) | 2,000 fps | No |
Applications and Practical Aspects
Prairie dogs and ground squirrels (20-grain .172-inch through 40-grain .224-inch): The lightest V-MAX offerings, spanning 17-caliber through light .224-inch weights, are purpose-built for the classic prairie dog colony scenario where large volumes of ammunition are fired at small targets at close to medium range. The 20-grain .172-inch in 17 Remington produces an extremely flat trajectory and violent fragmentation at the close ranges involved. The 204 Ruger complete guide covers the 32-grain .204-inch V-MAX’s primary cartridge in detail.
Coyotes and foxes (50-55 grains, .224-inch): The V-MAX’s most widely used combination in 223 Remington and 22-250 Remington. Hodgdon Varget, Hodgdon CFE 223, and Alliant Reloder 15 are documented choices for 50-55 grain .224-inch loads. The dramatic fragmentation at coyote impact distances makes the V-MAX a recognized choice in this application. The 22 Hornet is a smaller, lower-velocity .224-inch cartridge that some predator hunters use with lighter V-MAX weights for suburban or close-range applications.
Larger varmints and predators (55-75 grains, .243-inch): 243 Winchester at these weights extends the V-MAX’s reach to larger varmints and predators like foxes and coyotes at distances where the heavier sectional density of the .243-inch diameter better resists wind drift. Hodgdon H4350, IMR 4064, and Accurate 2230 are standard choices.
Extended-range varmint (95 grains, .264-inch): 6.5 Creedmoor at this weight offers the highest BC and best long-range performance of the documented V-MAX lineup. Hodgdon H4350 and Alliant Reloder 16 are documented choices. The 6.5 Grendel is an additional 6.5mm cartridge some varmint hunters use in AR-platform rifles, for which this V-MAX weight may also be appropriate.
High-volume shooting and cost considerations: At the stated $0.30-$0.50 per bullet, the V-MAX is meaningfully more affordable than the lead-free varmint alternatives covered elsewhere on this site (NTX, Winchester Varmint X Lead-Free), a genuine practical consideration for hunters who fire hundreds of rounds per prairie dog outing. The Nosler Ballistic Tip is a tipped lead-core option with similar cost per bullet that some hunters use for varmint applications, though it is positioned as a hunting bullet rather than a dedicated varmint fragmentation design and behaves somewhat differently on small targets. The 22 ARC, 224 Valkyrie, and 22 Nosler are emerging .224-caliber cartridges some varmint hunters are beginning to explore for their flat-shooting properties, compatible with lighter V-MAX weights, though none is as extensively documented with V-MAX load data as the more established 223 Remington and 22-250 Remington options.
Reloading
Hornady publishes V-MAX-specific load data across its product lines, and the original article’s characterization that “the lead-core design generates standard pressures similar to other varmint bullets” is accurate and consistent with this site’s coverage of other lead-core varmint bullets in this category.
Primers: Standard small rifle primers for most applications. CCI 400 and CCI BR-4 are reliable choices. Federal 205 is a common alternative. Winchester WSR is a further option for handloaders who prefer to source within the same brand. Remington 7½ small rifle primers are well-regarded for high-velocity varmint loads and worth considering. For AR-platform .223 Remington applications, CCI No. 41 prevents slam-fire issues and is worth using over a standard CCI 400 in semi-automatic rifles.
Cases: Standard brass from Winchester, Remington, Hornady, and Federal are appropriate for all V-MAX applications. High-volume prairie dog shooting makes case life a practical consideration; a reliable case trimmer speeds batch processing significantly when preparing large quantities.
Seating depth: Start 0.010 to 0.050 inches off the lands. The polymer tip helps maintain meplat consistency across the seating process, reducing the BC variation from tip damage that affects conventional hollow-point varmint bullets.
Crimp: Light to medium crimp for semi-automatic platforms. Generally unnecessary for bolt-action rifles used in standard varmint applications.
Barrel twist: The original article’s specific examples (1:12 for 40-grain .224-inch, 1:10 for 55-grain .224-inch) are consistent with standard twist rate recommendations for these weight classes in .224-inch caliber.
Powder Selection by Application:
| Application | Caliber | Bullet Weight | Recommended Powders |
|---|---|---|---|
| Prairie dogs | 204 Ruger | 32 gr | Hodgdon H4895, Alliant Power Pro Varmint, Vihtavuori N133, Hodgdon Benchmark |
| High-velocity varmint | 22-250 Rem | 40-50 gr | Hodgdon H380, IMR 4064, Accurate 4064 |
| Coyotes/foxes | 223 Rem | 50-55 gr | Hodgdon Varget, Hodgdon CFE 223, Alliant Reloder 15, Hodgdon H335 |
| Larger varmints | 243 Win | 75 gr | Hodgdon H4350, IMR 4064, Accurate 4064, Accurate LT-30 |
| Extended-range | 6.5 Creedmoor | 95 gr | Hodgdon H4350, Alliant Reloder 16, Alliant Reloder 23 |
Reloading Parameters Summary:
| Parameter | Guideline |
|---|---|
| Neck tension | 0.002-0.004 inch interference |
| Seating depth | 0.010-0.050 inch off lands |
| Crimp | Light to medium for semi-auto; generally not needed for bolt-action |
| Minimum fragmentation velocity | 1,600 fps at impact |
| Weight retention | Intentionally low – fragmentation is the goal |
| Extreme spread target | Under 15 fps for consistent varmint accuracy |
Frequently Asked Questions
Q: Is the original article’s stated BC range of 0.200-0.400 accurate?
A: No. The highest BC in the original article’s own ballistics table is 0.365, for the 95-grain .264-inch entry. No variant in the table reaches 0.400. The 0.200-0.400 stated range in the article’s introduction is therefore inconsistent with the table the same article provides. This rewrite treats the table values as the more reliable reference and documents the actual range as 0.200-0.365 per those table values.
Q: The table shows the same BC (0.255) for both the 55-grain .224-inch and the 55-grain .243-inch. Is this correct?
A: Almost certainly not – this is a data error in the original source. BC is a function of diameter, weight, and shape. Two bullets of the same weight but meaningfully different diameter (.224-inch versus .243-inch is a significant difference at this scale) cannot have identical BCs unless their shapes differ in precisely the right way to compensate, which would be extraordinary rather than a typical pattern within a single product line. Handloaders loading either the 55-grain .224-inch or the 55-grain .243-inch V-MAX should verify the correct BC for their specific variant directly from Hornady’s current published data.
Q: The .172-inch variant is mentioned in the article but absent from the ballistics table. Does it actually exist?
A: Yes, Hornady does produce a V-MAX in .172-inch for 17 Remington and 17 HMR applications. Its absence from the original article’s table appears to be an accidental omission rather than a fabricated caliber claim. The specific BC and SD figures for the .172-inch variants should be verified directly with Hornady’s current published catalog.
Q: Why does the V-MAX have a color-coded tip rather than a uniform color like some competing bullets?
A: Hornady uses tip color to indicate caliber across its product line rather than a single uniform color. This allows for quick visual identification of bullet diameter at the loading bench or in the field. The original article’s description of the tip as “red” is a simplification that does not reflect the actual system – different V-MAX calibers use different tip colors.
Q: Should I choose the V-MAX or the BlitzKing for prairie dog hunting in 223 Remington?
A: Both are well-regarded, genuinely comparable choices for this specific application. The V-MAX’s longer production history (since 1996 versus the BlitzKing’s later introduction) means a deeper accumulated load data archive and broader community familiarity with it in specific rifles. The BlitzKing’s BC figures at the 55-grain .224-inch weight (BC 0.271 per this site’s BlitzKing coverage) modestly outperform the V-MAX’s table-documented 0.255 at the same weight, though this difference matters more at 400+ yards than at typical prairie dog distances inside 300 yards. Cost per bullet is comparable between the two. The most reliable answer is to try both in your specific rifle and see which produces tighter groups.
Q: Is the V-MAX legal for hunting in California?
A: No. The V-MAX is a lead-core bullet and is prohibited for hunting in California’s condor zones and other lead-restricted areas. For lead-restricted jurisdiction varmint hunting, the Hornady NTX is the lead-free alternative within Hornady’s own product family, though the Winchester Varmint X Lead-Free is another option.
Conclusion
The Hornady V-MAX has earned its place as one of the most widely recognized varmint fragmentation bullets available, with 28+ years of production and an extensive accumulated load data archive reflecting that history. Its core claims – lead-core construction, polymer tip initiating fragmentation, 1,600 fps activation threshold, and genuinely explosive varmint-specific terminal performance – are well-supported and accurately characterized. The data quality issues in the original source (the inconsistent BC range claim, the missing .172-inch table entry, and the identical BCs for different-diameter bullets) are notable but do not undermine the bullet’s genuine capabilities, which are documented extensively through independent field reports and Hornady’s own published resources.
Choose the V-MAX if: you want the most widely field-tested, deeply load-data-archived polymer-tipped lead-core varmint fragmentation bullet in the category; you shoot 204 Ruger, 223 Remington, 22-250 Remington, or 243 Winchester and want a bullet with decades of established use in those specific cartridges; or you prioritize cost-effectiveness for high-volume prairie dog shooting. The Hornady LeverEvolution is a further Hornady product worth noting for handloaders who also shoot lever-action rifles, though it targets an entirely different terminal performance goal.
Choose something else if: you hunt in a lead-restricted jurisdiction – none of the lead-core varmint bullets in this comparison are legal there; the Hornady NTX is the appropriate lead-free varmint fragmentation alternative from the same manufacturer, or the Winchester Varmint X Lead-Free for a different manufacturer’s lead-free option. If pelt preservation matters more than explosive fragmentation (for example, coyote hunting where the pelt has value), a heavier, retained-weight bullet such as the Sierra GameKing or Speer TNT is a better choice than the V-MAX or any of its varmint fragmentation competitors. If you need longer-range BC performance beyond what a varmint fragmentation bullet can provide, consider a conventional match or hunting bullet in the same caliber. The Sierra Varminter is a further varmint-category comparison worth considering for handloaders who want to expand their evaluation beyond the four bullets specifically discussed in this article.
Disclaimer: Reloading involves inherent risks. Always use current load data from Hornady or other published manuals. Start below maximum charges and increase gradually. The .172-inch BC and SD figures were not available in the original source table – verify from Hornady’s current published catalog before loading this variant. The identical 55-grain BCs for .224-inch and .243-inch appear to be a data error – verify the correct figure for your specific diameter. Contains lead – not legal for hunting in lead-restricted jurisdictions including California. Wear eye protection at all times. The author and myreloading.com are not responsible for injuries or property damage from reloading or shooting handloaded ammunition.
Have you loaded and shot the Hornady V-MAX? Leave a comment with your specific load: weight, cartridge, powder, charge, and what you observed. How did it compare to a Sierra BlitzKing or Nosler Varmageddon in the same cartridge? Load development notes and ES/SD figures are especially useful to other handloaders.
Editorial note: Originally published 2024, revised June 2026. The update flagged three data quality issues in the original source: (1) the stated BC range of 0.200-0.400 is inconsistent with the actual table values, which top out at 0.365; (2) the .172-inch variant referenced in the caliber range and weight options section is entirely absent from the ballistics table; (3) the 55-grain .224-inch and 55-grain .243-inch entries share an identical BC of 0.255, which is almost certainly a data error given that different-diameter bullets at the same weight cannot have identical BCs without an extraordinary coincidence of shape. Corrected the original article’s description of the polymer tip as uniformly “red” – V-MAX tips are color-coded by caliber, not uniformly red. Noted a positive consistency finding: the original article’s comparison BC ranges for the Varmageddon and BlitzKing match this site’s own coverage of those bullets. Added FAQ covering six common questions including the California lead restriction note. Applied full internal linking throughout.
