How Accurate is a Muzzleloader?

Published on November 28, 2024
Duration: 11:57

This video tests the extreme long-range accuracy of a Thompson/Center Encore muzzleloader, pushing it to 500 yards. It highlights the performance gains from modern bullet technology like the Hornady ELD-X Bore Driver, achieving a 500-yard hit on a water jug. The test demonstrates that with proper setup and ballistic calculations, muzzleloaders can be effective hunting tools at significant distances.

Quick Summary

The Thompson/Center Encore muzzleloader proved accurate out to 500 yards, successfully hitting a water jug. Modern bullets like the Hornady ELD-X Bore Driver (BC 0.315) significantly improve long-range performance over older sabots. A muzzle velocity of 1882 FPS and a 29.96 MOA adjustment were noted for the 500-yard shot.

Chapters

  1. 00:00Introduction & Goal: 500 Yard Muzzleloader Test
  2. 00:32Bullet Tech: Sabot vs. Bore Driver
  3. 01:52100 Yard Zero & Chronograph Data
  4. 03:33200 & 300 Yard Accuracy Tests
  5. 06:19400 Yard Water Jug Challenge
  6. 09:07500 Yard Long Range Muzzleloader Hit!

Frequently Asked Questions

How accurate is a Thompson/Center Encore muzzleloader at long range?

The Thompson/Center Encore muzzleloader demonstrated significant accuracy out to 500 yards in this test. With modern bullet technology and proper ballistic calculations, it successfully hit a water jug at this extreme distance, proving its capability for long-range hunting.

What bullet technology is best for long-range muzzleloader accuracy?

Modern, bore-sized bullets like the Hornady ELD-X Bore Driver offer superior performance due to their higher ballistic coefficient (0.315 vs. 0.135 for older sabots). This reduces drag, allowing for flatter trajectories and better accuracy at extended ranges.

What muzzle velocity was achieved with the T/C Encore setup?

The tested Thompson/Center Encore muzzleloader setup, using Blackhorn 209 propellant and a 290-grain ELD-X Bore Driver bullet, achieved a muzzle velocity of 1882 feet per second (FPS). This velocity is critical for accurate ballistic calculations.

How much adjustment is needed for a 500-yard muzzleloader shot?

For a 500-yard shot with this specific T/C Encore setup, a substantial elevation adjustment of 29.96 MOA was required. This highlights the need for scopes with ample adjustment range and precise ballistic data.

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