Vortex Razor HD Gen III 1-10x LPVO

Published on January 18, 2021
Duration: 18:11

This guide details the setup of the throw lever for the Vortex Razor HD Gen III 1-10x LPVO. Proper installation ensures full magnification range and comfortable actuation. The video emphasizes considering shooter handedness and avoiding obstruction of peripheral vision. The optic features a 34mm tube and MRAD adjustments, with illumination powered by a CR2032 battery.

Quick Summary

The Vortex Razor HD Gen III 1-10x LPVO is a first focal plane optic with a 34mm tube and MRAD turrets. Its FFP reticle allows for accurate range estimation at any magnification, a key advantage over second focal plane scopes. However, the eye box tightens considerably at 10x, making a stable platform like a fixed stock crucial for consistent use.

Chapters

  1. 00:04Introduction to Razor HD Gen III 1-10x
  2. 00:09Mounting and Tube Diameter
  3. 00:16Turret Adjustments and Reticle Type
  4. 00:34Brightness Adjustment and Battery
  5. 00:54Throw Lever Setup
  6. 01:20MRAD Reticle Breakdown
  7. 01:35Illuminated Reticle Features
  8. 01:49Filming Through the Optic
  9. 02:19Glass Clarity and Crispness
  10. 02:27Red Dot Brightness at 1x
  11. 02:53Reticle at 10x Magnification
  12. 03:20Eye Box at 10x
  13. 03:43Reticle for Range Estimation
  14. 03:53First Focal Plane Advantage
  15. 04:10Initial Use and Testing Period
  16. 04:30Performance on KE 15 Carbine
  17. 04:44Eye Box Tightness at High Magnification
  18. 05:03First Focal Plane Experience
  19. 05:13Stage Example: 1x to 10x Engagement
  20. 05:35Trade-offs: Speed vs. Certainty
  21. 05:54Impact of Fixed Stock
  22. 06:12Typical Magnification Use
  23. 06:35Stage Example: Close Range Paper
  24. 06:41Optic on KP-15 Prototype
  25. 06:49New Upper Build for Optic
  26. 07:02Firearms as a Total System
  27. 07:16Performance on 20-inch Precision Build
  28. 07:38Recoil Recovery and Sight Picture
  29. 07:51In-Range Road Show Event
  30. 08:02Stage Example: Challenging Targets
  31. 08:10Tracking Rifle Spinners
  32. 08:22Stage Example: Off-hand Shot
  33. 08:34Engaging Through Slats
  34. 08:46Dialing Down to 1x for Eye Relief
  35. 08:58Awkward Angle Engagement
  36. 09:07Stage Example: Barrels Transition
  37. 09:17Support Side Shoulder Transition
  38. 09:29Support Side Shooting with LPVO
  39. 09:39First Impressions of FFP LPVO
  40. 09:45Defining 'Low Power' in LPVO
  41. 10:02FFP vs. SFP Applicability
  42. 10:10FFP for Precision vs. Speed
  43. 10:13BDC Table Consistency
  44. 10:20SFP Magnification Considerations
  45. 10:36FFP Range Estimation
  46. 10:40Interesting Observations
  47. 10:41On-the-Clock Competition Use
  48. 10:48First Impression: Clarity and Reticle
  49. 11:01Eye Box Issues at 1x, 6x, 10x
  50. 11:10RIO Black Rifle Match Experience
  51. 11:14Aluminum Lower and Telestock Flex
  52. 11:19Losing Sight Picture Under Recoil
  53. 11:34Switching to Fixed Stock
  54. 11:39Improvement with Fixed Stock
  55. 11:44Consistent Cheek Weld
  56. 11:46Learning Curve with FFP
  57. 11:51Comparison to SFP Optics
  58. 11:58Vortex Razor Gen II 1-6x Comparison
  59. 12:06Gen III Advantages
  60. 12:12Learning Curve from SFP
  61. 12:22Advantage of FFP in Dynamic Shooting
  62. 12:27FFP for Precision vs. Dynamic
  63. 12:35FFP Advantage at RIO Matches
  64. 12:41Performance Inside 300 Yards
  65. 12:48Benefit Over 1-6x
  66. 12:50Larger Reticle at 10x
  67. 12:56BDC Table Accuracy
  68. 13:08Accurate Aiming and Holding
  69. 13:12SFP Limitations
  70. 13:19Toss-up Discussion
  71. 13:21Focus on Review, Not FFP vs SFP
  72. 13:28Ideal Use Cases: Precision Bolt Gun
  73. 13:31MDR in 6.5 Creedmoor Application
  74. 13:42Questioning 10x Utility for 5.56
  75. 13:53Military/LE Observational Use
  76. 14:06Observational Device vs. Shooting
  77. 14:08Speed vs. Certainty at 10x
  78. 14:18Finding the Target
  79. 14:20Observational Scanning
  80. 14:28Higher Magnification for Observation
  81. 14:39Observational Purposes
  82. 14:51Testing in Action Matches
  83. 14:55Hunting Applications
  84. 15:03Glassing and Identifying Game
  85. 15:09Sufficiency of 10x for Hunting
  86. 15:14Glassing vs. Secondary Optic
  87. 15:20Performance at 1x
  88. 15:23Speed vs. Red Dot
  89. 15:28Illumination Brightness
  90. 15:34Red Dot Appearance
  91. 15:38Pixelated Appearance
  92. 15:43Focusing the Optic
  93. 15:47Finding Eye Relief
  94. 15:53Over-travel Past Focus
  95. 15:56Vision Considerations
  96. 16:04Making Out Reticle at 1x
  97. 16:09Illuminating the Reticle
  98. 16:15Works as a Red Dot
  99. 16:18Pedantic Observation
  100. 16:22Overall Take
  101. 16:27Specialty Optic for Educated User
  102. 16:33Average 3-Gunner Consideration
  103. 16:39Price Comparison to 1-6x
  104. 16:51If Money Was No Object
  105. 16:54Sufficiency of 6x
  106. 16:56Need for 7-10x
  107. 17:03Optic Acquisition Method
  108. 17:06Vortex Sponsorship
  109. 17:14Appreciation for On-the-Clock Testing
  110. 17:20Different Discussion
  111. 17:23Appreciation for Vortex
  112. 17:24Continued Use
  113. 17:29Use for 3-Gun and RIO Matches
  114. 17:35Hard Mode: Red Dot Only
  115. 17:40Pushing Limits with Equipment
  116. 17:45Support on Patreon
  117. 17:52Honest Reviews
  118. 17:57Distribution Points
  119. 18:03Thanks for Watching

Frequently Asked Questions

What are the key features of the Vortex Razor HD Gen III 1-10x LPVO?

The Vortex Razor HD Gen III 1-10x LPVO features a 34mm tube, MRAD capped turrets with 0.1 MRAD adjustments, and a first focal plane (FFP) reticle. It uses a CR2032 battery for illumination, and the reticle has a 0.2 MRAD center dot with corresponding holdover markings.

How does the first focal plane (FFP) reticle benefit the user?

As a first focal plane optic, the reticle's size relative to the target remains constant across all magnification levels. This allows for accurate range estimation and use of holdover points at any power setting, unlike second focal plane optics where these calculations are only valid at maximum magnification.

What are the challenges of using the Vortex Razor HD Gen III at higher magnifications?

At higher magnifications (6x-10x), the eye box of the Vortex Razor HD Gen III becomes significantly tighter and more challenging to acquire and maintain, especially with flexible stocks. This can lead to losing the sight picture under recoil.

What is the recommended setup for optimal performance with the Vortex Razor HD Gen III?

For optimal performance, especially at higher magnifications, it is recommended to use a fixed stock to ensure a consistent cheek weld and minimize flex. This greatly improves eye box consistency and recoil recovery, making the optic easier to use.

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