The Low-Light Sight Setup That Could Save Your Life with Tes from HIVIZ

Are your iron sights starting to look a little blurry? In this episode recorded live at the 2026 SHOT Show, hosts Erica Chin and Maggie Reese sit down with Tes from HIVIZ Shooting Systems. Tes talks about returning to horseback riding after two decades away and how younger athletes keep her humble. Maggie shares a similar story about competing in world championships alongside talented teenager Morgan. The group discusses how visual changes impact shooting as people get older. Tes explains how HIVIZ designs innovative products to solve these challenges for all types of shooters. She highlights the FastDot H3, a unique sight system that combines features of iron sights and red dots for faster target acquisition. This site works well in low light and helps shooters with astigmatism or cross-eye dominance. Anyone looking to upgrade their firearm sights can visit HIVIZ online to explore their full line of products. Mentioned Links 07:08 - HIVIZ Shooting Systems (Firearm sight manufacturer) 10:07 - FastDot H3 (Specific HIVIZ sight model) 19:01 - LightWave Co-Witness Sights (Specific HIVIZ product line) 20:53 - Magni-Optics Line (Specific HIVIZ shotgun sight product line) 22:49 - hivizsights.com (Official online store for HIVIZ) Key Takeaways Passion and skill are not limited by age; younger competitors can inspire experienced adults. Firearm sights are frequently overlooked, yet they are crucial for speed and accuracy. The FastDot H3 offers a low-profile, single-dot alternative that bridges iron sights and red dots. 24-hour tritium and fiber-optic illumination helps shooters maintain target focus without blinding dot intensity in low light. Custom sight setups, such as magnetic or co-witness options, assist shooters dealing with astigmatism, eye dominance, or age-related vision changes. Keywords Used Amateurs and Experts Podcast, SHOT Show, Otis Technology, HIVIZ, Horseback Riding, FastDot H3, Iron Sights, Red Dot, Fiber Optics, Tritium, Co-Witness, Sight Acquisition, Target Focus, Astigmatism, Cross-Eye Dominance.