theOpticGuru ATN Thor 5 LRF Thermal Scope — Gen 5 Sensor, Built-in LRF, RAV, HD Video

Overview

The ATN Thor 5 LRF Thermal Scope from theOpticGuru is engineered around a Ultra Sensitve Gen 5 thermal sensor and a high-definition OLED display. With a 640x480 thermal resolution and 4-32x magnification, it renders heat signatures with richer color and sharper detail, helping you spot movement and targets in day and night conditions across brush, terrain, and timberlines.

Crystal-clear imaging for day and night

The combination of a next-generation thermal sensor and a crisp OLED view provides distinct silhouettes, warmer trails, and clearer contrast. The result is a viewing experience that can reveal hidden heat sources and subtle movement even when visual cues are limited.

Precision ranging and smart aiming

• Built-in Laser Rangefinder offers fast distance estimates to help you plan your shot on the fly.
• Advanced Ballistic Calculator provides data-driven input to your aiming plan, reducing guesswork in varying conditions.
• One Shot Zero enables quick, repeatable zeroing for consistent accuracy across sessions.
• Profile Manager stores your preferred configurations for quick setup in the field.
• RAV – Recoil Activated Video automatically records footage as you engage, preserving moments without manual start/stop.
• Long Battery Life supports extended outings, so you can stay in the field longer between charges.

Customization and recording in one device

• CREATE UNIQUE RETICLES with the Custom Reticle Editor to tailor aiming references and share ideas with teammates.
• HD VIDEO RECORD captures hunting moments in crisp detail for later review or sharing.

Note: This is an ITAR-restricted export product, so local regulations apply. The Thor 5 is designed to deliver reliable imaging, range data, and recording capabilities for serious field use. Whether you’re scanning open terrain at dawn, tracking heat in dense cover at dusk, or observing a distant horizon, you may find the Thor 5 to be a capable companion for informed decision‑making in real-world scenarios.