Building Out a Civilian IAR + I Need To Hire A Producer

Published on April 6, 2024
Duration: 54:09

This video details the process of building a civilian Individual Automatic Rifle (IAR) with a focus on components that can handle higher rates of fire and sustained use. It covers the selection of a Desert Tech Quattro lower with 53-round quad-stack magazines, a FosTech Echo Sport binary trigger, and explores various heavy barrel options, upper receivers, gas blocks, and muzzle devices aimed at mitigating heat and improving reliability in a high-volume-of-fire scenario. The presenter also discusses the need for a producer for future live streams.

Quick Summary

Building a civilian Individual Automatic Rifle (IAR) involves selecting components that can handle sustained high rates of fire. Key elements include a Desert Tech Quattro lower with 53-round quad-stack magazines, a FosTech Echo Sport binary trigger, heavy or fluted barrels for heat dissipation, and advanced gas systems like Rifle Speed gas blocks with straight gas tubes for improved reliability.

Chapters

  1. 00:42Intro & Producer Search
  2. 01:02Brandon Herrera AR-15 Critique
  3. 03:11Hiring a Producer Discussion
  4. 04:04Desert Tech Quattro Lower & Magazines
  5. 06:09FosTech Echo Sport Binary Trigger
  6. 07:03Magazine Comparison & Issues
  7. 08:06History of the IAR & Red Right Hand LLC
  8. 09:02Red Right Hand Heat Sink Systems
  9. 10:15Budget IAR Build Components
  10. 10:27E7 Incannel Gas Tube Mention
  11. 11:16Blue Jean Operator Video Reference
  12. 12:00Barrel Selection for IAR Builds
  13. 12:50Fluted Heavy Barrels & Heat Dissipation
  14. 13:15Faxon Firearms 20-in Heavy Barrel
  15. 13:57416R Stainless Steel vs. 4150
  16. 14:00Piston vs. Direct Impingement for IAR
  17. 15:02Barrel Life Expectations
  18. 16:23Optics Planet Barrel Options
  19. 17:35Spikes Tactical 20-in Heavy Barrel
  20. 18:43Barrel Steel Properties
  21. 19:58Carbon Fiber Components Discussion
  22. 21:31Faxon Armory & Criterion Barrels
  23. 22:31JP Thermal Dissipator
  24. 23:21LWRC Barrels
  25. 24:49Surefire Enhanced BCG Discussion
  26. 25:24Aero Precision M4E1 Upper Receiver
  27. 27:18KAC Industries BCGs with Downward Vents
  28. 30:43Bipod Selection
  29. 32:02Trigger Selection for IAR Build
  30. 33:26Weekend Gunner & Desert Tech Lower
  31. 34:32Finding Outdoor Shooting Locations
  32. 36:37Chrome Lining Benefits & Drawbacks
  33. 38:31PVD vs. Phosphate BCG Finish
  34. 39:32Surefire Enhanced BCG Video Demo
  35. 40:44Optics for IAR Builds
  36. 41:15Red Right Hand Wacky LMG
  37. 42:32Civilian IAR Bayonet Lug
  38. 43:28Full Auto AR-15 Rate of Fire
  39. 43:45Gas Block & Gas Tube Selection
  40. 45:00Muzzle Device & Suppressor Mounting
  41. 47:08Pinning Gas Blocks
  42. 47:10Steel Target Availability
  43. 48:27Griffin Gate Lock Compatibility
  44. 50:24Red Right Hand on Mounts
  45. 51:09Old Form 1 Suppressor Status
  46. 51:27IAR Build Component Summary
  47. 52:08Reflex Style Suppressors
  48. 52:38Sig SLX Suppressor Series
  49. 53:16AB10 Suppressor & Otter Creek
  50. 53:56Conclusion & Thank You

Frequently Asked Questions

What components are recommended for building a civilian Individual Automatic Rifle (IAR)?

For a civilian IAR build, consider a Desert Tech Quattro lower with 53-round quad-stack magazines, a FosTech Echo Sport binary trigger, a heavy or fluted barrel (20-inch recommended), an Aero Precision M4E1 upper receiver, and a Rifle Speed gas block with a straight gas tube for enhanced reliability and heat management.

How can heat be managed in a high-volume-of-fire AR-15 build?

Heat management in high-volume-of-fire builds can be achieved through heavy or fluted barrels for increased surface area, aluminum heat sinks integrated into upper receivers like the Aero M4E1, and efficient gas systems like Rifle Speed gas blocks with straight gas tubes to reduce heat buildup and wear.

What are the benefits of a straight gas tube in an IAR build?

Straight gas tubes, often found in systems like Rifle Speed gas blocks, eliminate the bends present in standard AR-15 gas tubes. This reduces a common failure point, potentially increasing the lifespan of the gas tube and improving overall reliability in high-stress, high-rate-of-fire applications.

What is the purpose of a binary trigger like the FosTech Echo Sport in an IAR build?

A binary trigger, such as the FosTech Echo Sport, fires a round on both the trigger pull and the trigger reset. This significantly increases the rate of fire compared to a standard semi-automatic trigger, making it suitable for builds intended for high-volume automatic fire simulation.

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