Finding accurate .35 Remington load data is essential for preserving the legendary brush-busting performance of this classic lever-action and pump-action hunting cartridge.
This guide compiles comprehensive .35 Remington reloading data to help you safely develop the perfect medium-game round for your vintage Marlin 336 or Remington Model 8.
Whether you are loading traditional 200-grain round-nose projectiles or modern polymer-tipped bullets, always cross-reference these published figures before charging your cases.
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.35 Remington Load Data
| Bullet | Bullet Weight | Powder | Published Starting Load | Published Maximum Load | Published Velocity | Barrel Length / Firearm | Source |
| Hornady FTX | 200 gr | LEVEREvolution | 37.3 gr | 41.4 gr (33,500 CUP) | 2,000 – 2,200 fps | 20″ / Universal Receiver | Hodgdon |
| Sierra RN | 200 gr | IMR 3031 | 33.0 gr | 36.5 gr (33,000 CUP) | 1,850 – 2,050 fps | 20″ / Universal Receiver | Hodgdon |
| Speer FN | 180 gr | H4895 | 36.0 gr | 40.0 gr (34,000 CUP) | 1,950 – 2,150 fps | 20″ / Universal Receiver | Hodgdon |
| Hornady RN | 150 gr | Varget | 37.0 gr | 41.5 gr (33,500 CUP) | 2,100 – 2,300 fps | 20″ / Universal Receiver | Hodgdon |
| Barnes TSX FN | 200 gr | Ramshot TAC | 35.0 gr | 38.5 gr | 1,900 – 2,100 fps | 20″ / Universal Receiver | Western Powders |
.35 Remington Reloading Data
| Bullet | Bullet Weight | Powder | Published Starting Load | Published Maximum Load | Published Velocity | Barrel Length / Firearm | Source |
| Hornady RN | 200 gr | H335 | 33.0 gr | 37.0 gr (34,500 CUP) | 1,850 – 2,080 fps | 20″ / Universal Receiver | Hodgdon |
| Sierra Pro-Hunter RN | 200 gr | IMR 4064 | 34.0 gr | 38.0 gr | 1,800 – 2,000 fps | 20″ / Universal Receiver | Sierra Bullets |
| Hornady FTX | 200 gr | CFE 223 | 38.0 gr | 42.0 gr (34,000 CUP) | 1,950 – 2,150 fps | 20″ / Universal Receiver | Hodgdon |
| Nosler Partition | 225 gr | IMR 4895 | 32.0 gr | 36.0 gr | 1,750 – 1,950 fps | 20″ / Universal Receiver | Nosler |
| Speer FN | 180 gr | Reloder 7 | 29.0 gr | 33.0 gr | 1,900 – 2,100 fps | 20″ / Universal Receiver | Alliant Powder |
Understanding the .35 Remington Reloading Data
Reading .35 Remington reloading data requires an understanding of the cartridge’s history and the firearms chambered for it. Introduced in 1906 for the Remington Model 8 semi-automatic, it later became a staple in tubular-magazine lever-action rifles like the Marlin 336. Because rounds are stacked nose-to-primer in a tubular magazine, handloaders must strictly use flat-nose (FN), round-nose (RN), or specialized polymer-tipped bullets (like the Hornady FTX) to prevent recoil from causing accidental chain-detonations in the magazine tube.
.35 Remington Bullet Weight Reloading Data
The .35 Remington is highly effective precisely because it utilizes heavy, large-diameter (.358 caliber) projectiles. While lightweight 150-grain bullets are available and offer flatter trajectories, the 200-grain bullet is the undisputed gold standard for the cartridge. Heavier 220-grain and 225-grain bullets are also occasionally loaded by hunters seeking maximum penetration on larger game like moose or large black bears, though these heavier weights consume valuable powder capacity inside the case.
.35 Remington Powder Reloading Data
Powder selection for the .35 Remington focuses on medium-fast to medium-burn-rate rifle propellants that match its modest case capacity. Classic extruded powders such as IMR 3031, IMR 4064, and H4895 are historically the most reliable choices for replicating factory ammunition. In recent years, Hodgdon’s LEVEREvolution (LVR) spherical powder has completely revolutionized the cartridge, providing safely increased velocities and improved metering that legacy powders struggle to match.
.35 Remington Bullet and Powder Combinations
Pairing the right bullet with the appropriate powder ensures maximum performance and safety in vintage actions. A traditional 200-grain round-nose bullet paired with a modest charge of IMR 3031 is a classic, low-recoil load perfect for woods hunting. If you are looking to modernize your Marlin 336, loading a 200-grain Hornady FTX over LEVEREvolution powder transforms the cartridge, adding significant velocity and extending its effective range by flattening the trajectory.
.35 Remington Velocity From Published Data
Published velocity figures for the .35 Remington highlight its role as a heavy-hitting, short-range woods cartridge. With traditional 200-grain round-nose bullets, handloaders can comfortably achieve velocities hovering around 2,000 fps. Utilizing modern propellants like LEVEREvolution can push a 200-grain bullet up to 2,200 fps. Lighter 150-grain bullets can reach 2,300 fps, though their lower sectional density makes them less desirable for deep penetration on large game.
.35 Remington Reloading Data by Barrel Length
Most published load data for the .35 Remington utilizes a 20-inch laboratory test barrel, which perfectly simulates the popular Marlin 336 lever-action and Remington 760 pump-action rifles. If you are shooting a specialized carbine with an 18.5-inch barrel, you can expect a minor velocity loss of roughly 25 to 40 fps compared to the published data. The cartridge burns its modest powder charges very efficiently, meaning velocity loss in shorter barrels is relatively minimal.
.35 Remington Energy and Ballistics
The .35 Remington delivers a massive transfer of kinetic energy at close ranges, utilizing its wide .358-inch frontal diameter to punch large wound channels. A 200-grain bullet traveling at 2,000 fps generates nearly 1,800 foot-pounds of energy at the muzzle. However, because flat-nose and round-nose bullets suffer from poor ballistic coefficients, they shed velocity rapidly. The trajectory drops significantly past 150 yards, limiting the cartridge to relatively close-range engagements.
.35 Remington Hunting Applications
The .35 Remington is legendary in the dense woods of the Northeast and Midwest. It is considered one of the ultimate brush guns for whitetail deer and black bear hunting. The heavy, slow-moving projectiles are known for plowing through thick cover and bone, delivering complete pass-through penetration and massive blood trails. Because it generates modest recoil, it remains a favorite for hunters navigating dense timber where shots rarely exceed 100 yards.
Manufacturer Data vs. Independent Testing
Because many .35 Remington rifles are over a century old, adhering strictly to official manufacturer data is crucial for firearm safety. Independent forum data often features handloaders attempting to “hot-rod” the cartridge to mimic the more powerful .358 Winchester. Firing overpressure loads in vintage Remington Model 8s, Model 14s, or even older Marlin 336s can cause stretched actions, locking lug failure, or catastrophic blowouts. Always prioritize official, pressure-tested data.
.35 Remington Pressure and Safety
The SAAMI Maximum Average Pressure (MAP) for the .35 Remington is kept at a very conservative 35,000 CUP (roughly 33,500 PSI) to protect early 20th-century autoloading and pump-action mechanisms. You must never load pointed spitzer bullets into a tubular magazine, as the tip of one bullet resting against the primer of the cartridge in front of it can cause a fatal magazine tube explosion during recoil. Always strictly monitor overall length for reliable feeding.
Best Sources for .35 Remington Reloading Data
The most reliable sources for load data are the printed manuals and digital databases maintained by legacy component manufacturers. The Hornady Handbook of Cartridge Reloading offers excellent data specifically optimized for their LEVEREvolution powders and FTX bullets. Additionally, the Hodgdon Reloading Data Center and the Sierra Reloading Manual provide comprehensive, pressure-tested recipes tailored to the safety constraints of the .35 Remington.
Frequently Asked Questions
Where can I find .35 Remington reloading data?
You can find accurate .35 Remington reloading data in published manuals from Hornady, Sierra, and Speer, or digitally on the official Hodgdon Reloading Data Center.
What powders are listed in published .35 Remington data?
Commonly listed medium-fast powders include IMR 3031, IMR 4064, H4895, LEVEREvolution, Ramshot TAC, CFE 223, and H335.
What bullet weights are covered in these tables?
These tables primarily cover the traditional woods-hunting bullet weights, ranging from 150-grain projectiles up to heavy 220-grain and 225-grain bullets, with 200 grains being the standard.
Does barrel length affect .35 Remington velocity?
Yes, shooting from an 18.5-inch carbine rather than the standard 20-inch test barrel will typically result in a minor velocity loss of approximately 25 to 40 feet per second.
Can I use standard rifle primers for .35 Remington?
Yes, standard large rifle primers are universally recommended and used in manufacturer load data for the .35 Remington.
What is the difference between .35 Remington load data and reloading data?
There is no practical difference; both terms refer to the precise recipes of powder charges, bullet weights, and primers required to safely assemble the ammunition.
Why do published velocity figures differ between sources?
Velocity figures differ because testing facilities use varying specific test barrels, environmental conditions, brass lot capacities, and primer types during their distinct testing protocols.
Should I use the maximum published load?
You should never start with the maximum published load; always begin with the minimum recommended starting charge and carefully work up while monitoring your brass for pressure signs.
Can I use data from one bullet manufacturer for another bullet?
You should only use data specifically designed for the exact bullet profile you are loading, as variations in seating depth and bearing surface dramatically alter chamber pressures.
Where should I verify .35 Remington load data before reloading?
You should strictly verify all load data against an official, recently published manufacturer manual or a powder company’s official online database before assembling any ammunition.