10 SHOCKING Things You Don't Know About Lever Action Rifles + 5 Best Lever Guns!

Published on June 25, 2026
Duration: 13:27

This video provides 10 lesser-known facts about lever-action rifles, covering aspects from optic compatibility and loading systems to common malfunctions and ammunition constraints. It emphasizes the importance of proper technique, such as avoiding short-stroking the action and understanding how barrel length affects capacity. The guide also highlights the need for training and offers insights into specific modern lever-action models like the Henry Lever Action Supreme, Smith & Wesson 1854 Stealth Hunter, and Bond Arms LVRB.

Quick Summary

Lever-action rifles have 14 moving parts, and optic compatibility depends on ejection design: side-ejecting allows optics, while top-ejecting does not. Avoid 'short stroking' the lever for reliable function. Capacity scales with barrel length, and traditional calibers use blunt-nosed bullets due to tubular magazine design.

Chapters

  1. 00:0014 Moving Parts & Hidden Secrets
  2. 00:2810. Ejection Design & Optic Compatibility
  3. 01:099. Two Loading Systems Explained
  4. 01:328. The Cardinal Sin: Short Stroking
  5. 01:487. Capacity is a Function of Barrel Length
  6. 02:316. Caliber Limitations & Solutions
  7. 02:535. Ammunition Compatibility Verification
  8. 03:534. Aftermarket Support Effort
  9. 04:023. Malfunctions: Uncommon Until They Aren't
  10. 04:512. Factory Sight Quality Varies
  11. 05:111. You Need to Train More Than You Think
  12. 05:47Best Lever Action Rifles: Henry Supreme
  13. 06:37Best Lever Action Rifles: S&W 1854 Stealth Hunter
  14. 07:41Best Lever Action Rifles: Bond Arms LVRB

Frequently Asked Questions

What is the main factor determining optic compatibility on a lever-action rifle?

Optic compatibility on lever-action rifles is primarily determined by their ejection design. Side-ejecting models clear spent brass to the side, leaving the receiver top free for optic mounting. Top-ejecting models, however, eject brass upwards, directly obstructing the space where a conventional optic would need to be placed.

What is 'short stroking' in lever-action rifles and why is it a problem?

Short stroking refers to not completing the full range of lever travel when operating the action. This incomplete cycle can prevent the rifle from reliably chambering a new round or fully closing the action, leading to malfunctions that can range from minor annoyances to persistent jams.

How does barrel length affect the capacity of a lever-action rifle?

The capacity of a traditional lever-action rifle is directly linked to its barrel length because the tubular magazine runs beneath the barrel. A longer barrel means a longer magazine tube, which can hold more rounds. Shorter carbine models will inherently have a lower round count than longer rifle configurations.

Why are traditional lever-action rifles limited in caliber choice?

Traditional lever-action rifles use tubular magazines where rounds are stacked nose-to-primer. To prevent accidental ignition, manufacturers use blunt-nosed bullets. This engineering constraint has historically limited the caliber selection to those compatible with such bullet profiles, though modern innovations are changing this.

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