The Kimber KDS9c Sight Optic Mounting Plate with Fiber Optic Front Sight is an essential accessory for firearm enthusiasts looking to enhance their shooting precision. This mounting plate is specifically designed for compatibility with Holosun K and RMSc optics, offering a seamless integration for optimal performance.
Specifications:
- Compatibility: Designed to fit Kimber KDS9c models.
- Optic Compatibility: Specifically designed for Holosun K series and RMSc optics.
- Front Sight: Equipped with a high-visibility fiber optic front sight for enhanced target acquisition.
- Material: Constructed from durable, high-quality materials for long-lasting performance.
- Finish: Features a sleek, corrosion-resistant finish for durability and aesthetic appeal.
- Installation: Easy installation with standard tools, ensuring a secure fit to your firearm.
- Adjustability: Allows for adjustments to ensure precise alignment with the mounted optic.
- Dimensions: Compatible dimensions tailored to fit seamlessly with the Kimber KDS9c frame.
- Weight: Lightweight design to minimize additional bulk on the firearm.
Features:
- Enhanced Accuracy: The fiber optic front sight improves visibility and accuracy, making it easier to acquire targets quickly and effectively.
- Durable Construction: Built to withstand the rigors of frequent use, ensuring reliability in various shooting conditions.
- Easy Integration: Designed for straightforward attachment and alignment with Holosun K and RMSc optics, providing a cohesive setup for users.
- Improved Target Acquisition: The fiber optic sight enhances light gathering, improving sight picture clarity in various lighting conditions.
- Quality Assurance: Manufactured to meet stringent quality standards, ensuring a dependable performance in critical situations.
This Kimber KDS9c Sight Optic Mounting Plate with Fiber Optic Front Sight is an ideal upgrade for those looking to improve their firearm's sighting system. It provides the reliability and precision needed for both recreational shooting and competitive environments.
