ATN Thor LTV 3-9x Thermal Rifle Scope - High-Resolution 256x192 Sensor
- Objective:
- 25mm
- Min Magnification:
- 3x
- Max Magnification:
- 9x
- Finish-Color:
- Black - Matte
- Battery Life:
- 9+ hrs
- Battery Size:
- Li-ion
- Field of View:
- 7.1 x 5.40 Degrees
- Resolution:
- 256x192, 12 Microns, 50 Hz
- Weight:
- 1.40 lbs
- The ATN Thor LTv is the lightest thermal scope in the ATN Thor line, making it super versatile for mounting on various platforms without adding extra weight.
- With advanced 12
- micron thermal sensors and a 60 Hz refresh rate, this scope ensures clear imaging and reliable performance even in tough conditions.
- Enjoy the convenience of video recording capability, long
- lasting rechargeable battery, and user
- friendly controls, all packed into this compact and easy
- to
- mount scope.
Introducing the ATN Thor LTv 3-9x Thermal Scope - the lightest thermal scope in the ATN Thor lineup! Whether you're a crossbow enthusiast, air rifle shooter, or simply need a lightweight thermal scope, the Thor LTv is your perfect companion.
Capture your hunting adventures with its video recording capability and enjoy the crystal-clear view provided by the advanced 12-micron thermal sensor. With a 60 Hz refresh rate and user-friendly controls, you'll experience seamless operation in the field.
Built to withstand tough conditions, this thermal scope is a reliable partner on all your outdoor excursions. Mounting is a breeze with the standard 30mm rings included in the package.
Included in the box are essential accessories like a USB-C cable, scope cover, lens tissue, eye cup, and flip-open cap. The 256x192 resolution and 3-9x magnification ensure you never miss a detail, while the 25mm objective lens offers a wide field of view of 7.1 x 5.40 degrees.
Weighing just 1.40 lbs, the Thor LTv won't weigh you down on your adventures. The long-lasting Li-ion battery provides over 9 hours of battery life, ensuring you stay powered up throughout your hunting trips.
Upgrade your hunting gear with the ATN Thor LTv 3-9x Thermal Scope and experience the next level of precision and performance in thermal imaging.