NUTNFANCY SHOT 2012: Del-Ton AR-15s

Published on February 8, 2012
Duration: 8:06

Nutnfancy and Joel Barbour of Del-Ton provide an in-depth look at Del-Ton's AR-15 offerings at SHOT Show 2012. They cover the budget-friendly DT Sport, the standard M4, and the higher-end Extreme Duty model, detailing key specifications like barrel material, twist rate, and included furniture. The review highlights value propositions and technical features for various AR-15 platforms.

Quick Summary

Nutnfancy and Joel Barbour review Del-Ton AR-15s at SHOT Show 2012. The DT Sport ($750) offers value with a 1:9 twist barrel, while the Extreme Duty features a hammer-forged FN 1:7 twist barrel for enhanced performance. Key specs like HPT/MPI testing and barrel materials (4140 vs 4150) are discussed, highlighting quality control and component choices.

Chapters

  1. 00:00Introduction to Del-Ton at SHOT Show 2012
  2. 00:53Del-Ton DT Sport Overview
  3. 02:52Standard M4 and 20-inch Models
  4. 04:34Troy TRX Collaboration Model
  5. 06:14DTI 16" Extreme Duty

Frequently Asked Questions

What are the key specifications of the Del-Ton DT Sport AR-15?

The Del-Ton DT Sport, priced around $750, features a 6-position commercial M4 stock, chrome-lined carrier and gas key, HPT/MPI tested bolt, and a 1:9 twist 4140 chrome-moly barrel. It omits M4 feed ramps to maintain its lower cost.

What makes the DTI 16" Extreme Duty AR-15 stand out?

The DTI 16" Extreme Duty boasts a 16-inch hammer-forged FN barrel with a 1:7 twist rate, chrome lining, and HPT/MPI testing. It also includes a mil-spec buffer tube, indicating a focus on robust components and performance.

What is the significance of HPT/MPI testing mentioned for Del-Ton bolts?

HPT/MPI (High Pressure Test/Magnetic Particle) testing is a critical quality control process. It ensures the bolt can withstand high pressures and detects microscopic flaws, enhancing the reliability and safety of the firearm.

How does the twist rate affect AR-15 performance?

The barrel's twist rate, such as 1:7 or 1:9, determines how quickly the rifling stabilizes a bullet. A faster twist (e.g., 1:7) is generally better for heavier bullets, while a slower twist (e.g., 1:9) is suited for lighter ones, impacting accuracy at different ranges.

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