Reliable 35 Remington reloading data is published in established manuals from Lyman, Hornady, Speer, and the Hodgdon Reloading Data Center. Published data normally includes the specific 0.358-inch bullet design, powder type, starting and maximum charge weights, expected muzzle velocity, and cartridge overall length. Common bullet weights covered by published 350-class and .35 Remington data range from 150-grain flat-point projectiles up to 200-grain heavy hunting soft points. Results naturally vary between sources due to differences in bullet profile, exact powder burn rates, brass case capacity, primer type, test barrel length, and whether the ammunition is fired in a modern bolt-action or an older tubular-magazine lever-action rifle.
35 Remington Reloading Data
| Bullet | Bullet Weight | Powder | Published Starting Load | Published Maximum Load | Published Velocity | Pressure (Max) | Primer & Case | Cartridge Overall Length (COL) | Barrel Length / Firearm | Source |
| Hornady FP | 200 grain | Hodgdon Varget | 33.5 gr | 37.0 gr | 2,100 fps | 33,500 CUP | Large Rifle / Remington | 2.510″ | 24.00″ / Universal | Hodgdon |
| Hornady FP | 200 grain | IMR 3031 | 30.5 gr | 34.5 gr | 2,050 fps | 33,200 CUP | Large Rifle / Remington | 2.510″ | 24.00″ / Universal | Hodgdon |
| Hornady FP | 200 grain | Accurate 2015 | 29.0 gr | 33.0 gr | 2,015 fps | 33,800 PSI | Large Rifle / Remington | 2.510″ | 24.00″ / Universal | Western Powders |
| Speer FP | 180 grain | IMR 4895 | 34.0 gr | 38.0 gr | 2,220 fps | Not Listed | Large Rifle / Speer | 2.500″ | 20.00″ / Lever Action | Speer |
| Speer FP | 220 grain | IMR 3031 | 27.5 gr | 31.0 gr | 1,850 fps | Not Listed | Large Rifle / Speer | 2.520″ | 20.00″ / Lever Action | Speer |
| Cast LRNFP | 195 grain | Alliant Unique | 13.0 gr | 15.5 gr | 1,450 fps | Not Listed | Large Rifle / Lyman | 2.510″ | 24.00″ / Universal | Lyman |
Understanding The 35 Remington Reloading Data
To safely develop a 35 Remington load recipe, handloaders must understand the specific variables that govern this classic, vintage cartridge:
- Starting load: The minimum safe powder charge. Reloaders should always begin load development here to establish a safe baseline before incrementally working up.
- Maximum published load: The absolute powder limit tested by a ballistic laboratory. Exceeding this figure risks severe overpressure, which can cause case blowouts or damage older firearms.
- Velocity: The bullet speed in feet per second (fps) measured at the muzzle during laboratory testing.
- Pressure: The 35 Remington operates at a conservative SAAMI maximum average pressure of 33,500 CUP (or roughly 35,000 PSI). This lower pressure limit was originally established to prevent older vintage firearms from failing.
- Bullet weight: The mass of the 0.358-inch projectile in grains.
- Powder: The specific propellant chemistry. The 35 Remington excels with medium-burning rifle powders.
- Barrel length: Test barrels for the 35 Remington are typically 24 inches in universal receivers, though practical hunting data frequently utilizes 20-inch rifle barrels.
- Firearm used for testing: Universal receiver test barrels or production lever-action rifles.
- Test conditions: Altitude, humidity, and temperature variables during pressure testing.
- Cartridge overall length (COL): The total length of the loaded cartridge. The 35 Remington has a standard maximum COL of 2.510 inches to ensure proper feeding and reliable tubular magazine clearance.
Different published sources may produce varying results because they utilize brass cases with different internal volumes, differing primer brands, and varying test chamber tolerances.
35 Remington Bullet Weight Reloading Data
When researching 35 Remington reloading data, handloaders must strictly use 0.358-inch diameter bullets (the same diameter utilized by the .358 Winchester and .35 Whelen).
- 150 grain: Lightweight options designed for high velocity and minimal recoil, though historical data for this weight is less common in modern manuals.
- 180 grain: Speer manufactures a dedicated 180-grain Flat Point bullet specifically tailored for the velocity window of the 35 Remington, offering reliable expansion and flatter trajectories out to 150 yards.
- 200 grain: The undisputed gold standard and traditional historical weight for the 35 Remington. Copious data exists for the 200-grain Hornady Flat Point or Remington Core-Lokt. Driven to roughly 2,050 to 2,100 fps, this weight offers legendary brush-bucking performance and deep terminal penetration on whitetail deer and black bear.
- 220 grain: Heavy hunting bullets designed for maximum momentum. While velocities drop into the 1,800 fps range, heavy 220-grain projectiles provide immense short-range kinetic energy transfer.
Do not assume a spitzer (pointed) bullet can be loaded into standard 35 Remington ammunition if the rifle features a tubular magazine. Pointed bullets can rest against the primer of the cartridge ahead of it under recoil, causing a chain-fire detonation.
35 Remington Powder Reloading Data
The 35 Remington case features a relatively small shoulder and moderate capacity, performing best with medium-burn-rate extruded rifle powders.
| Powder | Bullet | Bullet Weight | Published Starting Load | Published Maximum Load | Published Velocity | Source |
| Hodgdon Varget | Hornady FP | 200 grain | 33.5 gr | 37.0 gr | 2,100 fps | Hodgdon |
| IMR 3031 | Hornady FP | 200 grain | 30.5 gr | 34.5 gr | 2,050 fps | Hodgdon |
| Accurate 2015 | Hornady FP | 200 grain | 29.0 gr | 33.0 gr | 2,015 fps | Western Powders |
| IMR 4895 | Speer FP | 180 grain | 34.0 gr | 38.0 gr | 2,220 fps | Speer |
IMR 3031 is historically considered the classic, benchmark powder for the 35 Remington, consistently delivering excellent accuracy and velocities. Hodgdon Varget is also heavily favored for its exceptional temperature stability.
35 Remington Bullet And Powder Combinations
The exact component combinations determine the safety and feeding reliability of 35 Remington load development.
- Bullet profile and magazine safety: The vast majority of 35 Remington rifles are lever-actions with tubular magazines (such as the Marlin Model 336 or Remington Model 8/14). Reloaders must exclusively utilize Flat Point (FP) or Round Nose (RN) bullets. Never load pointed rifle bullets into a tubular magazine.
- Primer choice: The cartridge utilizes Large Rifle primers. Standard primers provide completely reliable ignition for the moderate powder charges utilized in this caliber.
- Case capacity and seating depth: The 35 Remington case headspaces on a distinct rim/shoulder hybrid design, but many older chambers feature long throats. Seating bullets to the proper cannelure and ensuring a firm roll crimp is critical.
- Crimp: A firm roll crimp into the bullet’s cannelure is mandatory. Without a heavy crimp, the heavy spring tension inside a tubular magazine will push the bullets deeper into their cases, altering headspace and causing dangerous feeding jams.
35 Remington Velocity From Published Data
Published 35. Remington velocity figures depend entirely on the test barrel length utilized by the laboratory.
| Bullet | Bullet Weight | Powder | Published Load | Muzzle Velocity | Barrel Length | Firearm | Source |
| Hornady FP | 200 grain | Varget | 37.0 gr (Max) | 2,100 fps | 24.00″ | Universal Receiver | Hodgdon |
| Hornady FP | 200 grain | IMR 3031 | 34.5 gr (Max) | 2,050 fps | 24.00″ | Universal Receiver | Hodgdon |
| Speer FP | 180 grain | IMR 4895 | 38.0 gr (Max) | 2,220 fps | 20.00″ | Lever Action | Speer |
It is crucial to distinguish between unvented 24-inch universal receiver barrels and the much more common 20-inch lever-action carbine barrels. Do not expect a 24-inch laboratory velocity from a standard 20-inch rifle.
35 Remington Reloading Data By Barrel Length
Barrel length directly impacts 35 Remington velocity. Major reloading publishers utilize 24-inch barrels to establish maximum velocity baselines, but consumer 35 Remington rifles almost universally feature 20-inch barrels.
When firing a maximum 200-grain load yielding 2,100 fps from a 24-inch barrel, transitioning to a standard 20-inch Marlin 336 carbine barrel will result in a velocity drop of approximately 80 to 100 fps, bringing real-world muzzle velocities closer to 1,950 to 2,000 fps. Reloaders must factor this into their ballistic calculations for woods-range hunting.
35 Remington Energy And Ballistics
The 35 Remington was engineered to deliver heavy-hitting kinetic energy at short-to-medium ranges, making it an exceptional timber-hunting cartridge. Using verified manufacturer data equivalents from a 20-inch barrel:
- 200-grain Flat Point (at 2,000 fps):
- Muzzle energy: ~1,776 ft-lbs
- 100-yard velocity: ~1,710 fps
- 100-yard energy: ~1,300 ft-lbs
Because of the blunt, low ballistic coefficient (BC) flat-point projectiles, the 35 Remington sheds velocity quickly. It is firmly a 150-to-200 yard cartridge, delivering deep, straight-line penetration through brush where traditional spitzer bullets would deflect.
Manufacturer Data vs Independent Testing
When researching a 35 Remington load data chart, handloaders will encounter:
- Manufacturer-published reloading data: Officially pressure-tested in a laboratory using copper crushers or piezo sensors to guarantee loads stay safely under the 33,500 CUP limit.
- Independent chronograph testing: Velocities recorded by handloaders over real lever-action rifles. This verifies speed but cannot measure internal chamber pressure.
- User-submitted load reports: Internet forum recipes that occasionally attempt to push 35 Remington loads to .358 Winchester pressures.
Independently measured results frequently differ from published data because consumer lever-action rifles feature varying chamber tolerances. Priority must always remain with official, pressure-tested manufacturer data.
35 Remington Pressure And Safety
Safety is paramount when utilizing 35 Remington reloading data. The 33,500 CUP pressure limit must be strictly respected.
Never attempt to load 35 Remington ammunition to modern high-pressure rifle standards (like 60,000 PSI). Doing so in a vintage lever-action rifle will cause catastrophic receiver failure. Furthermore, handloaders must ensure that all reloaded ammunition utilizes flat-nose bullets when intended for tubular magazines, and that a proper roll crimp is applied to every single round to prevent bullet setback.
Best Sources For 35 Remington Reloading Data
The strongest and most authoritative sources for safe 35 Remington load development include:
- Hodgdon Reloading Data Center: Provides extensive, free online data specifically highlighting IMR 3031 and Varget for 200-grain projectiles.
- Hornady Handbook of Cartridge Reloading: The definitive source for loading Hornady’s 0.358-inch 200-grain Flat Point bullets.
- Speer Reloading Manual: Offers comprehensive data for their 180-grain and 220-grain flat-point hunting bullets.
- Lyman Reloading Handbook: An exceptional resource providing traditional data across a wide variety of cast lead and jacketed bullet brands.
Common 35 Remington Reloading Data Questions
Where can I find 35 Remington reloading data?
Authoritative data is published in the Hornady Reloading Handbook, the Speer Manual, the Lyman Handbook, and free online via the Hodgdon Reloading Data Center.
What powders are used in published 35 Remington data?
Common powders include IMR 3031, Hodgdon Varget, IMR 4895, Accurate 2015, and IMR 4064.
What bullet weights have 35 Remington reloading data?
Published data primarily covers 180-grain and 200-grain flat-point projectiles designed specifically for lever-action rifles.
What is the best source for 35 Remington reloading data Hodgdon?
The official Hodgdon Reloading Data Center provides the most up-to-date and rigorously pressure-tested data for IMR and Hodgdon brand powders.
Why does 35 Remington reloading data vary between sources?
Variations occur due to differences in bullet profile, differing test chamber tolerances, and differences between 24-inch universal test barrels versus 20-inch lever-action carbine barrels.
Does barrel length affect 35 Remington velocity?
Yes. A 24-inch test barrel will consistently yield higher velocities than a standard 20-inch lever-action rifle barrel using the exact same load.
Can the same powder charge be used with a different bullet?
No. Different bullet profiles, materials, and bearing surfaces alter internal case capacity and friction, which dramatically changes chamber pressures.
What is the difference between starting and maximum published load data?
The starting load is the safe baseline for working up a new recipe. The maximum load is the absolute highest pressure limit established safely by a ballistic laboratory.
Where can I find pressure-tested 35 Remington data?
Pressure-tested data is available directly from major bullet and powder manufacturers, including Hornady, Hodgdon, and Speer.
Does Hodgdon publish 35 Remington reloading data?
Yes. Hodgdon provides extensive data for their IMR 3031 and Varget powders on their official online Data Center.
Does Hornady publish 35 Remington reloading data?
Yes. Hornady publishes comprehensive load recipes tailored specifically for their 0.358-inch 200-grain Flat Point projectiles.
Does Nosler publish 35 Remington reloading data?
Nosler publishes limited data for .358 caliber bullets, but dedicated 35 Remington flat-point data is best sourced from Hornady, Speer, or Hodgdon.