The Strike Industries SO-SEEKER Hexion Tech Red Dot Sight delivers precision targeting with advanced optical technology for tactical and sporting applications. This compact optic combines rugged construction with clear target acquisition capabilities.
What Makes This Different
The Hexion Tech platform incorporates advanced lens coatings and precision-machined housing that surpasses standard red dot sights in clarity and durability. Multi-layer anti-reflective coatings reduce glare while maintaining light transmission rates above 90%. The sight withstands impacts up to 1,000G and maintains zero through thousands of rounds.
Key Features
- Hexion Tech optical system with multi-coated lenses for superior clarity
- Aircraft-grade aluminum construction with Type III hard anodizing
- Picatinny rail mount compatible with standard 20mm rails
- Adjustable brightness settings with auto-shutoff battery conservation
- Waterproof and fog-proof sealed housing rated IPX7
- Low-profile design maintains weapon balance and handling
- Tool-free windage and elevation adjustments with positive clicks
Field performance remains consistent across temperature ranges from -40°F to 140°F. The sight maintains accuracy during rapid-fire sequences and extended shooting sessions. Battery life extends beyond 50,000 hours on medium brightness settings, making it suitable for duty use, competitive shooting, and hunting applications where reliability cannot be compromised.
Technical Specs
- Optical System: Hexion Tech multi-coated lenses
- Housing Material: 6061-T6 aluminum with Type III anodizing
- Mount: Integrated Picatinny rail clamp
- Battery: CR2032 lithium (included)
- Water Resistance: IPX7 rated
- Operating Temperature: -40°F to 140°F
- Shock Rating: 1,000G impact tested
- Country of Origin: USA
The SO-SEEKER Hexion Tech represents Strike Industries' commitment to precision manufacturing and field-proven performance. Professional shooters and tactical operators choose this optic for its consistent zero retention and clear sight picture under demanding conditions.