Videos tagged with Solar Charging Optic

This video from Gun For Hire Range features staff members Matt, Juan, Dan, Shane, and Stav discussing various firearm optics. They highlight the benefits of in-person selection, demonstrating different brands like Vortex, Trijicon, and Holosun. The team emphasizes proper optic mounting techniques and the value of professional installation services offered by the range.

This video reviews several aftermarket upgrades for the SIG P320 platform, including the M17 variant. It covers a Backup Tactical threaded barrel, Magpul AAG 17 magazines, and the Holosun SCS MRS red dot sight. The review focuses on fit, feel, form, function, and features, offering insights into performance and value for each component.

This review of the Ruger LC Carbine in 5.7x28mm highlights its design similarities to the Ruger 57 pistol, emphasizing its ambidextrous features and collapsible stock for portability. The video also details the Holosun SCS red dot sight's solar charging capabilities and the performance of Federal Gold Dot 5.7x28mm ammunition, noting its effectiveness for defensive use.

This review of the Holosun SCS highlights its innovative solar charging system, eliminating the need for battery changes. The optic features automatic brightness adjustment for optimal visibility in various lighting conditions and offers three reticle options (dot, circle, circle-dot). The speaker, demonstrating experienced knowledge, notes its integration with firearms like the Smith & Wesson M&P and accessories such as the Streamlight TLR-7A, with ongoing testing planned.

This video presents an ultra-lightweight and affordable optics setup for SHTF (Shit Hits The Fan) scenarios, focusing on a Primary Arms 3x Microprism and a Holosun SCS MOS. The author highlights the combined $720 cost, 10.8oz weight, and the battery-free operation of the Holosun SCS, which is solar-charged. The setup is recommended for its balance of performance, affordability, and weight, offering a practical alternative to more expensive optic combinations.