The Pulsar Weaver SQD Rifle Mount is a high-quality quick-detach mounting solution designed to securely attach Pulsar night vision and thermal optics to rifles equipped with Weaver or Picatinny rails. Crafted from durable, lightweight materials, this mount ensures a rock-solid connection between your firearm and optic while maintaining the ability for quick detachment and reattachment without compromising zero retention.
The SQD (Quick-Detach) mechanism is a standout feature, allowing shooters to swiftly remove or attach their optics with ease. This mechanism uses a reliable, spring-loaded locking system that guarantees consistent alignment and accuracy after multiple detachments and reattachments. Ideal for shooters who need flexibility in rapidly switching between day and night optics, the Weaver SQD mount is designed for long-lasting, dependable performance in the field.
Engineered with precision, the Pulsar Weaver SQD rifle mount offers a low-profile design, reducing the overall bulk and keeping the optic closer to the rifle’s centerline, ensuring a comfortable shooting experience. The mount’s robust construction can withstand the rigors of recoil from various calibers and environmental challenges, making it perfect for tactical applications, hunting, and long-range shooting.
Installation is simple and straightforward, with adjustable tension settings to ensure a tight fit on different Weaver or Picatinny rail configurations. The tool-free design makes it possible to fine-tune adjustments in the field without any additional equipment, ensuring reliability during critical moments.
In summary, the Pulsar Weaver SQD Rifle Mount provides:
- Quick-detach functionality for fast and secure optic changes.
- Durable construction to handle harsh environments and heavy recoil.
- Low-profile design to maintain shooting comfort and accuracy.
- Tool-free tension adjustment for easy setup and field adjustments. This mount is the ideal solution for shooters looking to enhance their rifle’s versatility with quick optic swaps and dependable performance in demanding situations.
