Sig Sauer Juliet3 3x24mm Magnifier | PowerCam QR | SOJ31001

The JULIET3 3x magnifier is designed to work as a stand-alone magnification solution or paired with reflex optics to transition from close-quarters to intermediate-range observation. It uses a PowerCam 90° quick-flip mount that allows the optic to be rapidly moved out of the line of sight when magnification is not required. The design includes height-adjustable spacers to align the magnifier with many reflex sights and a front and rear thread-in lens protector for environmental protection.

Product Specifications

• The magnification is 3x for extending visual range beyond unassisted reflex optics.
• The objective lens measures 24mm to balance size and light-gathering capability.
• The eye relief is 64mm, providing a consistent viewing position behind the optic.
• The field of view is 8 Degrees to indicate the visible area at 100 yards.
• The exit pupil is 8mm, matching the stated optical geometry.
• The weight is 12.50 oz for the magnifier with mount as provided.
• The overall length is 108mm for compact mounting on a rail system.
• The finish is Black and the finish type is listed as Black.
• The housing material is Aircraft-Grade CNC Aluminum for structural durability.
• The mount type is Quick Release Powercam / M1913 Picatinny to support rapid attachment and repeatable zero.
• The product is rated IPX8 Waterproof (20 meters for 1 hour) for environmental resistance.
• The diopter adjustment range is -2/+2 for visual fine-tuning.
• The windage and elevation adjustments are each listed as 110 MOA for mechanical alignment capability.
• The package includes adjustable height spacers listed as 1.41″, 1.53″, and 1.63″ to set optic height over the rail.
• The UPC is 798681581368 for product identification.

The JULIET3 is compact and purpose-built for users who pair a magnifier with a reflex sight and need a reliable, quick-deploy solution for intermediate observation. Its quick-release PowerCam mount and included spacers make it straightforward to integrate into existing optic setups for range work and target identification tasks.

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