we f'ed up…5.56 at 1000 Yards

Published on April 27, 2023
Duration: 9:39

This video details a challenging 1000-yard shooting attempt with a 5.56mm AR-15. It highlights the critical role of drone footage in verifying impacts and collecting ballistic data, especially when steel targets barely move. The experiment also provided insights into wind call complexities at range and demonstrated the surprising penetration power of 5.56mm at extended distances, dispelling myths about its effectiveness.

Quick Summary

This video proves that 5.56mm is effective at 1000 yards with a factory AR-15, factory ammunition, and a 1-8x optic. Drone footage was essential for confirming impacts on steel targets and gathering ballistic data, while complex wind conditions required significant adjustments.

Chapters

  1. 00:25Video Background and Challenge
  2. 00:46Decision to Film Proof
  3. 00:57Shooting Process and Initial Data
  4. 01:07Drone Deployed and Shot Down
  5. 02:53Drone Recovery and Initial Findings
  6. 03:095.56mm Impact on Steel
  7. 03:33Wind Call Complexities at Range
  8. 04:42Ballistic Insights from Drone Hit
  9. 05:09Penetration Power Analogy
  10. 05:38Bullet Speed and Impact Sequence
  11. 06:18Ammunition Fragmentation Comparison
  12. 07:021000+ Yard Shooting Attempt
  13. 08:56Successful 1000-Yard Shots
  14. 09:05Conclusion: 5.56mm Viability at 1000 Yards

Frequently Asked Questions

Can a 5.56mm rifle effectively hit targets at 1000 yards?

Yes, this video demonstrates that a 5.56mm round from a factory AR-15 rifle, using factory ammunition and a 1-8x optic, is capable of hitting targets at 1000 yards. The experiment confirmed multiple impacts at this extended range.

What role does drone footage play in long-range shooting?

Drone footage is crucial for long-range shooting, especially when engaging steel targets. It allows for precise confirmation of impacts that might not be visually apparent due to minimal target movement, and provides valuable data for ballistic calculations.

How does wind affect long-range 5.56mm shots?

Wind calls at extreme distances are critical and can be complex. Local topography can create unique wind effects, like a 'jet stream,' necessitating significant adjustments to windage, potentially from 1.5 mils to 2-2.5 mils right.

Does 5.56mm retain enough energy to be effective at 1000 yards?

The video suggests 5.56mm retains significant energy at 1000 yards. A round penetrating a drone wing at this distance indicates sufficient velocity and power to be effective against biological targets, dispelling myths of it 'bouncing off'.

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