From The Vault: Hoffman Precision Rifle

Published on June 10, 2024
Duration: 20:28

This video details the construction of a 6.5 Creedmoor precision rifle utilizing a 3D printed lower receiver from Hoffman Tactical and a bolt-action upper from Uinta Precision. It highlights the design improvements in Hoffman Tactical's newer lowers, including compatibility with cassette triggers and aesthetic enhancements. The build features specific components like a NovaLite Arms muzzle brake, Vortex Diamondback scope, and a Velocity trigger, showcasing a functional and accurate long-range firearm assembled with DIY and aftermarket parts.

Quick Summary

The 6.5 Creedmoor precision rifle build features a 3D printed Hoffman Tactical lower receiver and a Uinta Precision bolt-action upper. Key components include a NovaLite Arms muzzle brake for recoil reduction and a Velocity 3.5 lb match trigger for enhanced accuracy, demonstrating a high-performance DIY firearm.

Chapters

  1. 00:13Intro Music
  2. 01:49Welcome & Channel Intro
  3. 02:52Considering a 3D Printer vs. High Point
  4. 03:06Discussing Big Calibers: .308 vs. 6.5 Creedmoor
  5. 03:31Introducing the 6.5 Creedmoor 26" Precision Rifle
  6. 03:43Channel Sponsor: Avas Engineering
  7. 04:08Review of Previous .308 Pistol Build
  8. 04:25Hoffman Tactical Lower Receiver Updates
  9. 04:37Introduction to Hoffman Tactical
  10. 05:18Differences: Old vs. New Hoffman Tactical Lowers
  11. 06:08Introducing the Rifle Build
  12. 06:21New Pattern Lower vs. Bolt Action Upper
  13. 06:31Lower Receiver Design Enhancements
  14. 07:153D Printing the Lower on an Ender 3
  15. 07:53Hoffman Tactical Hardware Kit
  16. 08:27Introducing the Uinta Precision Upper Receiver
  17. 09:08Collaboration with Uinta Precision
  18. 09:36Compatibility with DPMS Gen 1 Lowers
  19. 10:15Build Cost Estimation
  20. 10:30Muzzle Device: NovaLite Arms
  21. 11:26Sighting In and Recoil Experience
  22. 12:12Attempting Long-Range Shot
  23. 12:48NovaLite Arms Reaches Out
  24. 13:09Installing the NovaLite Raptor Muzzle Brake
  25. 13:12Rattle Can Camouflage Process
  26. 13:42Impact of the Muzzle Brake on Recoil
  27. 14:19Magpul Bipod
  28. 14:45Handguard Features
  29. 15:02Vortex Diamondback Scope
  30. 15:25Magpul PRS Stock
  31. 15:40Precision Rifle Grip
  32. 15:49Ambidextrous Safety Compatibility
  33. 16:01Velocity Match Trigger
  34. 16:32Trigger Pull Demonstration
  35. 16:49Magazine Compatibility
  36. 17:03Grip Technique for Precision Shooting
  37. 17:18Bolt Hold Open Functionality
  38. 17:32300 Yard Range Performance
  39. 17:48Future Range Goals (1000 Yards)
  40. 18:01First Bolt Action Rifle Experience
  41. 18:13Aesthetics of 3D Printed Lowers
  42. 18:22Build Recap & Outro
  43. 18:37PSR Outro

Frequently Asked Questions

What are the key features of the Hoffman Tactical Gen 1 DPMS LR308 pattern lower receiver?

The Hoffman Tactical Gen 1 DPMS LR308 pattern lower receiver is designed for compatibility with specific uppers, features a reinforced trigger guard area, and newer versions support cassette-style triggers. It also incorporates a reinforcement rib and can be printed with built-in supports for easier assembly.

What makes the Uinta Precision bolt-action upper unique for an AR-style platform?

The Uinta Precision bolt-action upper transforms an AR-style lower into a true bolt-action rifle. It's available for AR-10 and AR-15 platforms in various calibers and barrel lengths, offering precision rifle capabilities without needing a dedicated bolt-action receiver.

How does the NovaLite Arms Raptor muzzle brake improve shooting experience on a 6.5 Creedmoor rifle?

The NovaLite Arms Raptor muzzle brake directs gases rearward, significantly reducing felt recoil. This makes shooting a powerful cartridge like 6.5 Creedmoor more manageable, especially on a rifle without a traditional buffer tube, preventing shoulder bruising.

What are the advantages of using a Velocity 3.5 lb match trigger in a precision rifle build?

A Velocity 3.5 lb match trigger provides a crisp, clean break with minimal take-up. This enhances accuracy and shot control, crucial for precision shooting, allowing the shooter to maintain a steady sight picture through the shot.

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