The Holosun DRS-TH is a groundbreaking optic that seamlessly integrates a traditional red dot sight with advanced thermal imaging capabilities. Utilizing a 256x192 thermal sensor, this sight provides a thermal overlay on a 1024x768 OLED display at 50 frames per second, ensuring clear target acquisition in various lighting conditions. Whether for tactical operations, hunting, or surveillance, the DRS-TH offers unparalleled versatility and performance.
Shake Awake
Shake Awake Technology is a standard feature on all current model Holosun optics and serves to extend battery life by deactivating the optic’s LED while not in use. A highly sensitive motion sensor works to detect motion keeping the LED powered on during use. This allows for duty or concealed carry with seamless operation throughout your day or shift. At the end of your day or shift when your firearm is stored, the motion sensor will detect a motionlessness state and after 10 minutes (default setting) Shake Awake Technology powers the LED off until motion is again detected. Shake Awake offers settings from 10 minutes to 12 hours depending on the model and can be deactivated altogether if preferred. The slightest touch of the optic instantly reactivates the LED so your Holosun optic is ready when needed.
Multiple Reticle System
Multi-reticle System (MRS) equipped Holosun optics allow you to determine the type of aiming point you want to use when you want to use it. Holosun optics equipped with MRS let you select a fast sight picture for shorter distances with a 65 MOA circle with 2 MOA dot (rifle optics) or a 32 MOA circle with 2 MOA dot (handgun optics). The large circle can help you obtain a sight picture faster, allows for a hold-over reference, and helps to guide your eye to the 2 MOA dot. The large ring can be deactivated leaving just the 2 MOA dot for an uncluttered sight picture and increased precision. Regardless of your application, Holosun’s Multi-reticle System offers the ultimate in optical sight customization for sportsman and professional users alike.
Multilayer Reflective Glass
Holosun’s use of Grade 5 Titanium in certain Elite category optics and laser devices results in unparalleled strength and durability. Holosun Grade 5 Titanium has more than double the tensile strength and has five-times the fatigue strength of 7075 Aluminum. Grade 5 Titanium is also able to withstand the corrosiveness of seawater making Holosun Titanium model optics and lasers suitable for use in maritime environments.
Key Features:
- Thermal Sensor: 256x192 resolution for detailed thermal imaging.
- Display: 1024x768 OLED with 50 FPS refresh rate for smooth visuals.
- Reticle Options: Multi-Reticle System (MRS) with 2 MOA dot, 65 MOA circle, or both.
- Thermal Modes: White Hot, Black Hot, Outline, Highlight, and Fusion.
- Digital Zoom: 1x, 3x, and 5x magnification levels.
- Video Recording: Internal system with onboard storage for capturing images and videos.
- Battery Life: Up to 10 hours for thermal imaging; over 50,000 hours for red dot operation.
- Construction: Durable 7075 T6 aluminum housing with IP67 waterproof rating.
Specifications:
- Reticle: 2 MOA Dot & 65 MOA Circle
- Reticle Color: Red
- Brightness Settings: 8 daylight and 4 night vision compatible
- Power Source: 2x 18350 rechargeable batteries
- Battery Life: Up to 10 hours (thermal), over 50,000 hours (red dot)
- Digital Zoom: 1x, 3x, 5x
- Housing Material: 7075 T6 Aluminum
- Waterproof Rating: IP67
- Dimensions: 3.7 x 2.2 x 3.5 inches
- Weight: 18.5 oz
Applications:
- Tactical operations and law enforcement
- Hunting in low-light or nighttime conditions
- Search and rescue missions
- Surveillance and security monitoring
- Recreational shooting with enhanced target visibility
Reasons to Choose the DRS-TH:
- Combines red dot and thermal imaging in a single, compact unit.
- Multiple reticle and thermal mode options for versatile use.
- High-resolution display ensures clear target identification.
- Durable construction suitable for various environmental conditions.
- Long battery life supports extended field operations.
