The Burris Optics BTC Objective Adapter, model number 626641, is a reliable accessory designed to enhance your thermal imaging setup. Crafted with a durable black finish, this adapter seamlessly fits 58mm objectives, ensuring compatibility with a variety of thermal clip-on mounts. Its robust construction provides a secure connection, allowing for stable and clear thermal imaging performance in the field. Whether you're engaging in hunting, surveillance, or outdoor observation, this adapter is built to meet demanding conditions and deliver consistent results.
Easy to install and compatible with Burris Optics' thermal clip-on systems, the BTC Objective Adapter is an essential component for users seeking flexibility and precision in their thermal optics configuration. Its compact design minimizes added weight, making it suitable for extended use without compromising mobility or ease of handling. Designed without an adjustable objective or illuminated reticle, it maintains simplicity while offering dependable performance. Its lightweight profile, approximately 0.45 pounds, ensures minimal impact on your overall gear setup.
Upgrade your thermal imaging system with the Burris BTC Objective Adapter, ensuring optimal compatibility and performance with your existing thermal optics. This accessory is ideal for professionals and enthusiasts seeking a high-quality, durable solution for mounting their thermal devices securely and efficiently. Invest in a trusted brand like Burris Optics to enhance your outdoor observation and ensure a seamless experience in various environmental conditions.
Features:
- BTC Thermal Clip-On Mount: Compatible with Burris thermal systems for easy attachment and secure fit
- Fits 58mm Objectives: Designed specifically for 58mm objective lenses for versatile use
- Durable Black Finish: Built with high-quality materials for long-lasting performance
- Lightweight Design: Weighs approximately 0.45 pounds for minimal impact on your gear setup
- Simple Installation: Easy to mount and remove without complex adjustments
