Guide TD635LS Thermal Monoculars with LRF

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The Guide TD635LS Thermal Monocular has been upgraded with the latest ApexVision technology from Guide Sensmart. Equipped with a highly sensitive 640 × 512 @12μm thermal detector with an impressive NETD of <15mK, it provides clear thermal imagery and enhanced target detection in challenging weather and low-visibility conditions.

Featuring an integrated 1200m laser rangefinder, the TD635LS allows users to accurately measure distances while maintaining a lightweight and ergonomic design. The intuitive focusing roller enables smooth one-handed operation, while the symmetrical housing ensures comfortable use with either hand.

Combining advanced thermal performance, long battery life, laser rangefinding capability, and a compact form factor, the Guide TD635LS LRF is an ideal solution for wildlife observation, pest control, search and rescue, security applications, and general outdoor exploration.

🗸 COMPLETE APEXVISION S1 SYSTEM ARCHITECTURE
The TD635LS is powered by Guide’s next-generation thermal imaging solution. ApexVision redefines the infrared core of outdoor optics from the ground up – engineered for any condition, it delivers ultra-clear visuals with smooth, ghost-free motion, high-fidelity imaging and razor-sharp detail at long range.

🗸 HIGHLY-SENSITIVE <15MK NETD
The Guide TD635LS feautres an ultra-sensitive ≤15mK NETD thermal sensor that delivers exceptional image clarity and enhanced target recognition, revealing finer details even in challenging weather and low thermal contrast conditions.

🗸 BUILT-IN 1200M LASER RANGEFINDER
The integrated 1200m laser rangefinder provides fast and accurate distance measurements, seamlessly built into the compact housing for enhanced portability and field performance.

🗸 EXTENDED BATTERY LIFE
During observation, exploration and stalking in the field, the Guide TD635LS offers an impressive 12-hour runtime. The replaceable 18650 battery supports blind installation in the dark, with no need to distinguish between the positive and negative terminals.