Published: 2026 | Last updated: May 2026
Hodgdon Varget is a medium-burn-rate, single-base short-cut extruded powder from the Hodgdon Extreme series. It is the benchmark against which every other medium-fast rifle powder is measured – not because of marketing, but because it has accumulated the deepest published load data library of any powder in its burn rate class, the most extensively documented field record across the widest range of cartridges, and a measured temperature stability figure (approximately 0.2-0.5 fps per degree Fahrenheit) that no double-base competitor in the same class has matched.
The powder’s dominance in 308 Winchester and 223 Remington precision loading is not accidental. The burn rate sits precisely at the intersection of 308 Winchester with 155-175 grain match bullets and 223 Remington with 69-80 grain bullets – the two combinations that define North American precision rifle competition. For those applications, the combination of Extreme series stability, single-base barrel longevity, and short-cut metering consistency has been field-proven across more barrels and more rounds than any alternative.
The honest picture also includes the limitations: Varget meters better than long-stick extruded powders but worse than ball powders. It does not produce the highest velocity in its burn rate class – double-base alternatives like Alliant Reloder 15 produce measurably more fps at the same pressure. And its long-stick grain geometry (despite the “short-cut” description) still bridges more than ball powders in volumetric measures. Understanding both sides of the picture is what lets a reloader decide when Varget is the right choice and when it is not.
This article is based on published manufacturer specifications, established load data, and documented field reports. Specifications and performance figures can vary between lots, rifles, and conditions. If you have loaded Hodgdon Varget in practice – leave a comment below: real-world experience from the reloading bench is what separates verified data from manufacturer claims.
Powder Description and Technical Profile
Hodgdon Varget is a single-base, short-cut extruded powder. The single-base formulation – nitrocellulose without nitroglycerin – is the foundation of everything that makes Extreme series powders distinctive.
Without nitroglycerin, the energy release mechanism involves one chemical reaction rather than the interaction between nitrocellulose and nitroglycerin. This has two direct consequences: lower flame temperature than double-base alternatives at the same burn rate, which produces less throat erosion and extends barrel life in high-volume precision rifles; and inherently better temperature stability, because single-base chemistry’s energy release rate changes less predictably with temperature than double-base formulations. The Extreme series additive package builds on this inherent single-base stability to produce the measured performance that distinguishes Varget from all competitors in its burn rate class.
The short-cut grain geometry is the manufacturing choice that differentiates Varget from traditional long-grain extruded powders like IMR 4064 and IMR 4895. The kernels are cut shorter than traditional stick powders, which reduces bridging at the measure drum edge, reduces grain shearing during metering, and produces more consistent volumetric throws. In practice, Varget meters to ±0.1-0.15 grains on a quality measure – better than long-stick extruded powders, though still not at ball powder consistency. The “short-cut” designation is accurate in comparison to older-generation extruded powders; it is not a claim to ball powder metering performance.
Bulk density is 0.865-0.910 g/cc – providing excellent case fill at working charge weights in the 308 Winchester and 223 Remington cases. At the 95-100% case fill range, Varget in 308 Winchester with 168-175 grain bullets produces the consistent powder-column contact with the primer that supports tight standard deviations. This is not coincidence – the burn rate and density were both calibrated for this specific application.
Strengths:
- Extreme series temperature stability (0.2-0.5 fps per degree Fahrenheit) – the field-verified benchmark for this burn rate class across the widest seasonal temperature range tested
- Deepest published load data library of any medium-fast rifle powder – more cartridges, more bullet weights, more manual coverage than any alternative
- Single-base chemistry produces lower flame temperature than double-base alternatives – measurably less throat erosion over high round counts
- Short-cut geometry meters at ±0.1-0.15 grains on quality equipment – better than long-stick extruded powders
- Proven in more rifles and competitions than any powder in its burn rate class – the accumulated field record is unmatched
- 95-102% case fill in primary applications produces consistent ignition start conditions
Limitations:
- Extruded geometry meters less consistently than ball powders – at progressive press cycling speeds, variance can approach 0.2 grains. Not a concern for single-stage precision loading; matters for high-speed production
- Lower velocity ceiling than double-base alternatives – Alliant Reloder 15 produces 40-60 fps more in 308 Winchester at the same pressure. The stability trade-off is well-documented but real
- Availability gaps during demand cycles – as the most popular precision rifle powder in North America, Varget demand consistently outstrips supply during market shortages. Building an adequate inventory reserve before hunting or competition season is not optional
- Not optimal for very large magnum cases – 300 Win Mag and larger cases need slower powders; Varget peaks pressure too early for efficient combustion in those cases at standard bullet weights
Technical Characteristics
| Property | Specification |
|---|---|
| Manufacturer | Hodgdon Powder Company |
| Series | Hodgdon Extreme |
| Type | Single-Base Short-Cut Extruded |
| Bulk Density (g/cc) | 0.865 – 0.910 |
| Color | Dark Gray / Black |
| Burn Rate Category | Medium Rifle |
| Temperature Stability | <30 fps across -20°F to 125°F (-29°C to 52°C) |
The Extreme Series Temperature Stability – What the Numbers Mean
The <30 fps shift across -20°F to 125°F figure is the most important specification in the Varget data sheet and deserves honest contextualization rather than simple repetition.
That 145°F temperature range – from deep-winter cold to summer desert heat – encompasses essentially every practical shooting condition that North American hunters and competitors encounter. A 30 fps shift across that entire range means that a load chronographed at 2,650 fps in 70°F October conditions produces approximately 2,620-2,680 fps in January cold or August heat. At 600 yards with a 308 Winchester load, that 30 fps variation produces less than one inch of vertical deviation from the confirmed zero.
For comparison, Alliant Reloder 15 at approximately 1.0-1.5 fps per degree shows 145-218 fps of variation across the same temperature range. At 600 yards, that variation produces 5-8 inches of vertical deviation – the difference between a first-round hit and a miss on a precision target.
This is the specific property that Varget’s field reputation was built on: the ability to confirm a zero once and trust it year-round.
| Powder | Range (-20°F to 125°F) | Per-Degree Rate |
|---|---|---|
| Hodgdon Varget | <30 fps | ~0.2 fps/°F |
| Hodgdon H4350 | <40 fps | ~0.3 fps/°F |
| IMR 8208 XBR | <30 fps | ~0.2 fps/°F |
| Alliant Reloder TS 15.5 | ~30-50 fps | ~0.3-0.4 fps/°F |
| Alliant Reloder 15 | ~145-218 fps | ~1.0-1.5 fps/°F |
| Winchester 748 | >100 fps | ~1.5+ fps/°F |
Burn Rate Comparison and Competing Powders
| Powder | Type | Density (g/cc) | Key Character |
|---|---|---|---|
| Hodgdon Benchmark | Single-Base Extruded | 0.920 | Faster – 204 Ruger, 223 light bullets |
| IMR 8208 XBR | Single-Base Short-Cut Extruded | 0.915 | Similar – decoppering, world-class stability |
| Alliant Reloder TS 15.5 | Single-Base Short-Cut Extruded | 0.935 | Similar – TS series, decoppering |
| Hodgdon Varget | Single-Base Short-Cut Extruded | 0.885 | Reference |
| IMR 4064 | Single-Base Extruded | 0.880 | Similar – traditional, very deep data |
| Alliant Reloder 15 | Double-Base Extruded | 0.925 | Similar – higher velocity, less stable |
| Winchester StaBALL Match | Double-Base Spherical | ~1.000 | Similar – ball metering, partial stability |
| Accurate 2520 | Double-Base Spherical | 0.960 | Similar – ball metering, 308 Win service rifle |
| Hodgdon H4350 | Single-Base Extruded | 0.860 | Slower – 6.5 Creedmoor, 270 Win |
vs. IMR 4064: IMR 4064 is the historical powder at this burn rate position – used in military 308 Winchester development before Varget existed. Its data library is enormous. Varget’s short-cut geometry meters better and the Extreme series additive provides substantially better temperature stability. For a reloader starting fresh with 308 Winchester or 30-06 Springfield precision loading, Varget is the more modern and stable choice. IMR 4064 retains value for reloaders who have verified loads they do not want to redevelop.
vs. Alliant Reloder 15: Reloder 15 is double-base and produces 40-60 fps more velocity in 308 Winchester and 223 Remington at the same pressure. That velocity advantage is real and consistently documented. The temperature stability gap is equally real: Reloder 15 at 1.0-1.5 fps per degree versus Varget’s ~0.2 fps per degree produces 5-8 inch vertical deviation at 600 yards across a seasonal temperature swing. For a shooter who loads at one temperature and shoots at the same temperature, Reloder 15 offers free velocity. For one who develops in summer and hunts in winter, Varget produces a load that holds.
vs. IMR 8208 XBR: IMR 8208 XBR is the most technically competitive single powder to Varget in the precision rifle market. Both are single-base short-cut extruded powders with world-class temperature stability. IMR 8208 XBR adds an integrated decoppering additive that Varget lacks. It slightly higher density (0.915 vs 0.885 g/cc) provides marginally better case fill. Varget has the deeper published data library. Both belong on the development shortlist for 308 Winchester and 223 Remington precision work – which one produces better accuracy nodes in your specific barrel is a question only load development answers.
vs. Winchester StaBALL Match: Winchester StaBALL Match is a double-base spherical powder at a comparable burn rate with ball powder metering and partial temperature stability (0.5-1.0 fps per degree). Its ball geometry meters dramatically better than any extruded powder on a progressive press. It produces 50-75 fps more velocity than Varget from its double-base chemistry. Its stability does not match Varget’s Extreme series benchmark. For a reloader producing 308 Winchester precision ammunition at volume on a progressive press who can accept slightly higher seasonal variation, StaBALL Match is a legitimate alternative. For single-stage precision loading where maximum seasonal consistency is the priority, Varget retains the advantage.
Recommended Cartridges and Applications
Hodgdon Varget is specifically suited to medium-capacity rifle cases with standard to heavy-for-caliber bullets in the burn rate range that covers the most popular North American precision rifle cartridges.
| Cartridge | Bullet Weight Range | Application |
|---|---|---|
| 308 Winchester | 150-185 gr | Precision match, hunting – the primary application |
| 223 Remington | 69-80 gr | Service rifle match, NRA High Power |
| 243 Winchester | 80-105 gr | Hunting and precision |
| 7mm-08 Remington | 140-162 gr | Mountain hunting, precision |
| 22-250 Remington | 50-69 gr | High-velocity varmint |
| 6mm BR | 68-105 gr | Benchrest precision |
| 6.5 Creedmoor | 120-140 gr | Lighter bullet loads – H4350 is better for 140-143 gr |
| 6mm Creedmoor | 95-115 gr | Precision competition |
| 30-06 Springfield | 150-180 gr | Standard hunting weights |
The 308 Winchester application at 168-175 grain bullets is the load combination that established Varget’s reputation. The Sierra 168-grain MatchKing with Varget at 95-98% case fill has been one of the most documented and consistently accurate load combinations in precision rifle shooting for two decades. The Sierra 175-grain MatchKing is the modern alternative for 600-1,000 yard competition where the higher BC extends supersonic flight.
The 6.5 Creedmoor application requires a specific note. Varget is documented for 6.5 Creedmoor and produces accurate loads with 120-130 grain bullets. With standard 140-143 grain precision bullets – the most common 6.5 Creedmoor competition weight – Hodgdon H4350 is typically the better match for the case capacity. Varget is slightly fast for the 140-grain weight in 6.5 Creedmoor; it works, but the H4350-class powders are more efficiently matched to that bullet-case combination.
The 95-102% Case Fill Principle
The Expert Pro Tip in the original article about targeting 95-102% case fill in 308 Winchester with heavy bullets reflects genuine load development observation worth explaining mechanically.
At 95-100% case fill, the powder column is in contact with the primer pocket area rather than having airspace between the powder and primer. This consistent contact produces more uniform ignition start pressure from shot to shot – the primer flash encounters the same powder surface consistently rather than varying amounts of exposed grain surface depending on how the powder settled as the firearm was handled between shots.
At 100-102% case fill – light compression – the grains are held in consistent contact by the bullet’s seating pressure. Many experienced Varget reloaders specifically report finding their tightest groups at 0.5-1.0 grain above the last non-compressed charge weight – the first charge that produces slight resistance at bullet seating. This is not a universal principle, but it is documented specifically enough with Varget in 308 Winchester to be worth confirming in load development.
At compressed loads, seating die setup matters. The seating force must be consistent between rounds – variable compression produces variable start pressure. Verify that your seating die is adjusted to the same position each session.
Have you loaded Hodgdon Varget? Your practical data on charge weights, accuracy nodes, temperature behavior, or equipment compatibility helps other reloaders more than any spec sheet. Leave a comment below.
Bullets
Hodgdon Varget produces best results with high-BC, heavy-for-caliber precision bullets in its primary bore sizes. The sustained progressive pressure curve benefits bullets with substantial bearing surface where a consistent push through the bore produces predictable muzzle velocity.
| Brand | Model | Weight | Cartridge | Application |
|---|---|---|---|---|
| Sierra | MatchKing | 168-175 gr | 308 Winchester | F-Class and NRA Highpower |
| Sierra | Tipped MatchKing | 168-175 gr | 308 Winchester | Long-Range Match |
| Hornady | ELD-M | 168-178 gr | 308 Winchester | Precision Rifle Series |
| Berger | Hybrid Target | 168-185 gr | 308 Winchester | ELR Competition |
| Berger | VLD Hunting | 168-175 gr | 308 Winchester | Long-Range Hunting |
| Lapua | Scenar | 155-185 gr | 308 Winchester | Competition Match |
| Lapua | Scenar-L | 155-185 gr | 308 Winchester | ELR Competition |
| Sierra | MatchKing | 69-77 gr | 223 Remington | Service Rifle Match |
| Hornady | ELD-M | 73-80 gr | 223 Rem / 224 Valkyrie | Long-Range Match |
| Nosler | AccuBond | 140-165 gr | 308 Win / 30-06 | Bonded Hunting |
| Hornady | ELD-X | 150-178 gr | 308 Winchester | Long-Range Hunting |
| Barnes | LRX | 130-168 gr | 308 Win / 30-06 | Lead-Free Long Range |
The Lapua Scenar and Scenar-L in 308 Winchester with Varget represents the combination most associated with top-level F-Class and 1,000-yard competition results. Both bullets are manufactured to the dimensional tolerances that make Varget’s lot-to-lot consistency fully exploitable – when the bullet and powder are both consistent, the load’s inherent potential is not masked by component variation.
Primers
Hodgdon Varget as a single-base powder ignites reliably from standard large rifle primers in all primary applications under normal temperature conditions. Magnum primers are not required for standard loads and can produce elevated pressure with an easily-ignited single-base powder. In cold conditions below -10°F (-23°C) or at minimum charge weights with incomplete case fill, a magnum primer ensures consistent ignition.
| Primer | Type | Application |
|---|---|---|
| Federal GM210M | Large Rifle Match | Competition – gold standard |
| CCI BR-2 | Large Rifle Benchrest | Competition – lowest extreme spread |
| CCI 200 | Large Rifle Standard | General load development |
| Federal 210 | Large Rifle Standard | Match-grade consistency |
| Winchester WLR | Large Rifle Standard | Hunting loads, general use |
| Remington 9-1/2 | Large Rifle Standard | Standard precision loads |
| CCI 250 | Large Rifle Magnum | Sub-zero cold weather only |
| Sellier & Bellot V361617 | Large Rifle Standard | Cost-effective international option |
| Ginex Large Rifle | Large Rifle Standard | Hard cup, consistent ignition |
| Fiocchi Large Rifle | Large Rifle Standard | Consistent European alternative |
| RWS 5341 | Large Rifle | Premium European precision option |
For 308 Winchester competition loading, the Federal GM210M is the most widely referenced primer in precision 308 Winchester load development with Varget. Its match-grade brisance tolerances complement the powder’s inherent consistency to produce the tight extreme spreads that long-range competition requires.
Metering and Equipment Compatibility
Hodgdon Varget is an extruded powder with short-cut geometry – better than long-stick extruded alternatives, not as consistent as ball powders. In practical terms:
- Single-stage precision loading: throw slightly under target weight with a volumetric measure, trickle to exact weight. The Redding Match Grade 3BR and Forster Bench Rest Powder Measure handle Varget with the best volumetric consistency among manual measures
- Progressive press production: variance can approach 0.15-0.2 grains at cycling speeds, which is acceptable for hunting loads but pushes the limits for match-grade production. A Frankford Arsenal Powder Trickler verification step is appropriate if this level of consistency matters
Auto-dispensers handle Varget well. The RCBS MatchMaster, Hornady Auto-Charge Pro, and RCBS ChargeMaster Link all dispense Varget to exact weight by trickling. The short-cut grains flow through trickler mechanisms without the bridging issues that longer sticks can create. Paired with a high-resolution scale like the Lyman Gen 6 Compact or Frankford Arsenal Precision Digital Scale, charge-to-charge precision of ±0.02 grains is achievable.
Reloading Safety Notes
All charge weights must come from current published Hodgdon load data for Varget specifically. Hodgdon publishes free load data online with regular updates. Do not substitute IMR 4064, Alliant Reloder 15, or IMR 8208 XBR charge weights for Varget without independent verification.
Start 10% below the listed maximum and work up in 0.3-grain increments. With 308 Winchester at 95-100% case fill, monitor seating consistency at each charge increment – the transition from non-compressed to compressed loads produces a noticeable change in seating force that should be consistent between rounds at a given charge weight.
Watch for pressure signs: flattened or cratered primers, stiff bolt lift, ejector marks on case heads. With single-base Extreme series chemistry, pressure builds predictably through the charge range without the sharp late-stage pressure spikes common in double-base alternatives.
See the overpressure in reloading guide for systematic pressure sign identification.
FAQ
Is Varget the best powder for 308 Winchester?
Varget is the most thoroughly documented and field-verified powder for 308 Winchester with 168-175 grain match bullets – it is the starting point most experienced reloaders and manuals recommend, with a compelling reason: decades of documented results confirm it works. Whether it is “best” depends on priorities: IMR 8208 XBR adds decoppering chemistry with comparable stability. Alliant Reloder 15 adds 40-60 fps velocity at the cost of seasonal consistency. Winchester StaBALL Match adds ball powder metering with partial stability. Varget is the right choice when the full Extreme series stability range and deep data coverage are the primary requirements.
Why is Varget out of stock so often?
Varget is the most popular precision rifle powder in North America by volume, which means any supply disruption – raw material shortages, manufacturing capacity constraints, or demand spikes from powder shortages affecting other products – affects Varget supply first and most severely. Maintaining a working inventory reserve (6-12 months of anticipated use) rather than purchasing only what is immediately needed is the practical response.
Can I substitute IMR 4064 data for Varget?
No – while the burn rates are comparable, charge weights are not directly interchangeable between different powders. IMR 4064 and Varget have different densities and energy characteristics that produce different pressures at the same charge weight. Start from Varget’s own published minimum and work up.
Does Varget truly not require cleaning as often due to a copper-reducing coating?
The original article’s claim about a “proprietary coating that minimizes copper fouling” is not verified by Hodgdon’s own published specifications. Varget is a clean-burning single-base powder, but it does not carry the integrated decoppering additive chemistry found in IMR 8208 XBR and the Enduron series. Clean single-base burning reduces carbon fouling; copper fouling from jacket material is a separate mechanism that Varget does not specifically address.
Conclusion
Hodgdon Varget earned its benchmark status through consistent, field-verified performance across more rifles, cartridges, and conditions than any competing powder in its burn rate class. The Extreme series temperature stability is real and measurable. The single-base barrel life advantage over double-base alternatives is documented. The published data library is unmatched in depth. The field record in 308 Winchester and 223 Remington precision shooting is decades-long.
The limitations are equally real: it meters less consistently than ball powders, it produces less velocity than double-base alternatives at the same pressure, and it is consistently supply-constrained when demand spikes. These limitations are known, manageable, and worth the trade-off for the applications where Extreme series year-round stability is the primary requirement.
Choose Hodgdon Varget if you load 308 Winchester with 168-175 grain match bullets, 223 Remington with 69-77 grain bullets, or any of its primary cartridges across a year-round shooting program where seasonal zero consistency is a requirement. Choose IMR 8208 XBR if you want comparable stability with decoppering chemistry and slightly better case fill. Choose Alliant Reloder 15 if maximum velocity in 308 Winchester is the priority and seasonal variation is manageable. Choose Winchester StaBALL Match if you load at volume on a progressive press and ball powder metering efficiency matters more than ultimate Extreme series stability.
Editor’s note: Published load data and manufacturer specifications are the starting point – not the final word. Field experience from reloaders who have actually worked with this powder is the most reliable guide to what it does in practice. If you have used Hodgdon Varget, share your results in the comments.
Editorial note: Originally published 2026, revised April 2026. The revision corrected the copper-fouling coating claim (Varget does not have the integrated decoppering chemistry of IMR 8208 XBR or Enduron series), expanded the temperature stability section with specific fps numbers at 600 yards, added the 6.5 Creedmoor caveat recommending H4350 for 140-grain bullets, expanded the 95-102% case fill section with the mechanical explanation for compressed-load accuracy, corrected the density range to match Hodgdon’s published specifications, extended the competitor comparisons with specific guidance for each alternative, extended the bullet and primer tables with full internal links, and added three community data disclaimer blocks.
