Enhance your Kimber 1911 pistol with the Kimber 1911 Optic Plate RMR Co-Witness, designed for seamless integration with Trijicon RMR sights. Crafted with a durable black finish, this accessory ensures a sleek, professional look while providing a reliable mounting platform for your optic. Its white dot sights aid quick target acquisition, making it ideal for tactical and competitive shooting scenarios. The lightweight construction, weighing just 0.15 lbs, adds minimal bulk to your firearm, maintaining ease of handling and maneuverability. This optic plate is specifically engineered for Kimber 1911 models, offering a perfect fit and secure attachment to ensure consistent performance during use. Please note, this accessory is not compatible with Kimber Super Jagare models. The Kimber 1911 Optic Plate RMR Co-Witness is manufactured to high standards, ensuring durability and reliable performance in various shooting environments. Whether upgrading your firearm for competition or personal defense, this accessory provides a straightforward solution for mounting your RMR sight with confidence. Its simple design supports quick installation and ensures your optic remains secure during rigorous use, allowing you to focus on your shot. The package includes all necessary components for a hassle-free upgrade, making it an excellent choice for firearm enthusiasts seeking quality and precision. Trust Kimber’s expertise in firearm accessories to enhance your 1911 pistol with this precision-engineered optic plate designed for optimal performance and durability.
Features:
- Compatible with Trijicon RMR sights for quick and reliable mounting
- Black finish provides corrosion resistance and a sleek appearance
- White dot sights aid in fast target acquisition
- Lightweight design maintains firearm handling and maneuverability
- Precisely engineered for Kimber 1911 models for a secure fit
- Not compatible with Kimber Super Jagare models
- Durable construction ensures long-lasting performance
- Easy installation for quick upgrade and customization
