Ranger Proof Enhanced ELC AR 15 Tabletop Review

Published on August 4, 2017
Duration: 11:05

This video provides an in-depth tabletop review of the Ranger Proof Enhanced ELC AR-15 carbine, highlighting its purpose-built design for combat effectiveness. The review emphasizes the selection of high-quality components, including a PWS muzzle device, stainless steel 223 Wylde barrel, CMC flat bow trigger, and a specialized bolt carrier group designed to reduce tilt and friction. The presenter, with apparent expertise in firearms, details numerous enhancements aimed at reliability and user experience, such as a threaded bolt catch boss and a tensioning screw for receiver snugness.

Quick Summary

The Ranger Proof Enhanced ELC AR-15 is a purpose-built fighting carbine featuring a 16-inch 223 Wylde stainless steel barrel, PWS muzzle device, and a CMC 3.5lb flat bow trigger. Its receivers are 7075 forgings with enhanced durability features like a screwed bolt catch boss and a receiver tensioning screw. The bolt carrier group is engineered for reduced tilt and friction, promoting reliable cycling.

Chapters

  1. 00:01Introduction: Ranger Proof Enhanced ELC AR-15
  2. 00:33Understanding Army Rangers' Role
  3. 01:17AR-15 Manufacturing Landscape
  4. 01:46Reviewing the Spec Sheet
  5. 02:02PWS Muzzle Device and Barrel Specs
  6. 02:26Handguard Diameter and Grip
  7. 02:53Bolt Catch and Magazine Release
  8. 03:06Short Throw Safety and Grip
  9. 03:11Stock and Optic (Shephard Scope)
  10. 03:25Breaking Down the Rifle's Special Features
  11. 03:46B5 System Stock Details
  12. 04:03PWS Buffer Tube and Ratcheting System
  13. 04:18Springco Buffer Spring and PWS H2 Buffer
  14. 04:33Receiver Finish and Construction
  15. 04:58Bolt Catch Boss Design
  16. 05:19Battle Arms Development Safety and Tensioning Screw
  17. 05:35Delrin Tension Point
  18. 05:43Anti-Walk Trigger Pins and CMC Trigger
  19. 06:09Trigger Guard Design
  20. 06:32Ergo Grip and US-Made Components
  21. 06:52Barrel Specs and Gas System
  22. 07:09Handguard Length and Mounting Options
  23. 07:33Ranger Proof Charging Handle
  24. 07:48Bolt Carrier Group Engineering
  25. 08:17Reduced Bearing Surfaces on Bolt
  26. 08:44Gas Key Staking
  27. 09:06Firing Pin and Cam Pin
  28. 09:18Bolt Machining and Cleaning Ease
  29. 09:31O-ring Buffer Under Extractor
  30. 09:47Overall Purpose-Built Design
  31. 09:53Extractor Specs and MPI
  32. 10:02Explanation of MPI Process
  33. 10:24Level of Detail in Components
  34. 10:38Pricing and Value Proposition
  35. 10:50Conclusion and Range Test Preview

Frequently Asked Questions

What makes the Ranger Proof Enhanced ELC AR-15 a 'purpose-built' fighting carbine?

The Ranger Proof Enhanced ELC AR-15 is considered purpose-built because every component is deliberately selected for combat effectiveness and reliability. This includes a PWS muzzle device, a 16-inch 223 Wylde stainless steel barrel, a CMC flat bow trigger, and a specialized bolt carrier group designed to reduce tilt and friction, ensuring optimal performance under demanding conditions.

What are the key features of the Ranger Proof Enhanced ELC AR-15's barrel and gas system?

The rifle is equipped with a 16-inch 416R stainless steel barrel chambered in 223 Wylde, known for balancing the power of 5.56 with the precision of .223. It utilizes an intermediate-length gas system paired with a low-profile gas block, contributing to smoother operation and enhanced reliability.

How does the Ranger Proof Enhanced ELC AR-15 address receiver fit and durability?

The receivers are made from 7075 forgings, heat-treated to T6, and hand-deburred. Key durability features include a tapped and screwed bolt catch boss (eliminating roll pins) and a Delrin tensioning screw to ensure a snug fit between the upper and lower receivers, minimizing slop and enhancing overall stability.

What specific components contribute to the enhanced reliability of the Ranger Proof Enhanced ELC AR-15's bolt carrier group?

The bolt carrier group is constructed from case-hardened 8620 steel with a unique geometry to reduce tilt and camming. It features a slightly heavier bolt for increased dwell time, reduced bearing surfaces to minimize friction, and an O-ring buffer under the extractor, all contributing to more reliable cycling and longevity.

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