Commercial Firearms

Trijicon Sights Optic

TRIJICON • OPTICS • Live store inventory

Trijicon, HD Night Sights, Orange Front Outline, Fits Glock MOS 17/19/26/27/33/3

Optics

Trijicon, HD Night Sights, Orange Front Outline, Fits Glock MOS 17/19/26/27/33/3

TrijiconSightsUPC 719307215115

Ideal for Glock MOS models 17, 19, 26, 27, 33, and 34, the Trijicon HD Night Sights with an Orange Front Outline provide enhanced target acquisition in low-light conditions. Perfect when visibility is critical, these sights feature a highly visible orange front dot paired with tritium-powered rear sights for quick, accurate sight alignment day or night. Targeted at law enforcement, competitive shooters, and everyday carry users, they excel in improving confidence and precision under pressure. Best used in tactical, self-defense, or competitive shooting scenarios, these sights are durable, dependable, and designed for seamless integration with Glock barrels, enhancing sight picture clarity without obstructing the field of view.

ManufacturerTrijicon
TypeSights
UPC719307215115
Item #GL114-C-601089

Technical Overview

CategoryOptics
ManufacturerTrijicon
ModelSights
InventoryIn Stock
Item NumberGL114-C-601089
UPC719307215115

Specifications

  • Brand: Trijicon
  • Model: HD Night Sights
  • Front Sight: Orange Outline
  • Compatibility: Fits Glock MOS 17/19/26/27/33/34 models
  • Night Sight Type: Tritium illuminated
  • Rear Sight: Black, serrated to reduce glare
  • Material: High-durability steel
  • Installation: Direct fit for specified Glock MOS models
  • Durability: Waterproof and shock resistant

FAQs

Will these sights fit all Glock MOS models?

They fit the MOS 17, 19, 26, 27, 33, and 34 models specifically.

How long do the tritium night sights last?

Tritium elements typically provide illumination for 8-12 years without battery replacement.

Can I install them myself?

Yes, with basic tools and instructions, installation is straightforward.

Do these sights improve accuracy in low light?

Users consistently report quicker target acquisition and enhanced accuracy in dim conditions.