Sig Sauer

SIG SAUER ECHO MV50-LRF Marine Thermal Rangefinder Monocular

Regular price $3,299.99 USD

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SIG SAUER ECHO MV50-LRF Marine Thermal Rangefinder Monocular in Orange - hero left view
$3,299.99 USD
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SIG SAUER ECHO MV50-LRF Marine Thermal Rangefinder Monocular


Description

The SIG SAUER ECHO MV50-LRF Marine Thermal Monocular is a professional-grade thermal imaging and rangefinding tool built for demanding marine environments. Featuring a 640x512 thermal core and 3-24x50mm magnification range, it delivers crisp, long-range detection in complete darkness, fog, rain, and other challenging conditions on the water. Integrated Laser Rangefinder (LRF) technology gives you instant distance data at the push of a button, while BDX 2.0 ballistic data exchange keeps your system connected and ready. LightWave DSP processing ensures the sharpest thermal image clarity available in its class, and the rugged orange-accented housing is purpose-built to survive life on the water.

Whether you're scanning open water, monitoring wildlife, or working a security perimeter, the ECHO MV50-LRF combines elite optics with intuitive controls that serious users depend on. SIG SAUER's Applied Ballistics integration and Hyperscan technology round out a feature set that places this monocular at the top of its category.


Key Features

  • 640x512 Thermal Core: High-resolution thermal sensor delivers sharp, detailed imaging at long range in any lighting or weather condition.
  • 3-24x Magnification (50mm): Wide variable zoom range provides versatility from close-range situational awareness to long-range target detection.
  • Integrated Laser Rangefinder (LRF): Instantly measures target distance to support accurate observation and ballistic calculations.
  • BDX 2.0 (Ballistic Data Xchange): Wirelessly connects with BDX-compatible SIG SAUER scopes and rangefinders for seamless ballistic data integration.
  • LightWave DSP: Digital signal processing technology enhances thermal image quality for maximum clarity and detail.
  • Hyperscan Technology: High-frequency scanning rate delivers smooth, real-time video even when tracking fast-moving targets.
  • LensArmor Protection: Proprietary lens coating system protects optics from scratches, moisture, and marine debris.
  • Applied Ballistics Integration: Onboard Applied Ballistics software provides accurate ballistic solutions for long-range applications.
  • Marine-Grade Construction: Built to withstand saltwater, humidity, and rough handling in demanding waterborne environments.
  • Orange Finish: Distinctive marine-ready colorway for high visibility and identification in the field.

Shipping

Ships free! Please email us at service@omahasportsandgames.com for a delivery ETA or to confirm shipping details.


What's Included

  • SIG SAUER ECHO MV50-LRF Marine Thermal Monocular (Orange)
  • Operator's Manual

Why You'll Love It

The ECHO MV50-LRF Marine represents SIG SAUER's commitment to building optics that perform when conditions are at their worst. Trusted by professionals and serious enthusiasts alike, this monocular is engineered to deliver reliable thermal imaging and precise rangefinding across years of hard use on and off the water. The 640x512 core combined with LightWave DSP puts you in command of your environment whether you're navigating dark coastlines or monitoring wide-open stretches of water. BDX 2.0 connectivity and Applied Ballistics onboard make it one of the most capable integrated thermal systems available at any price. The rugged marine-grade build means it handles saltwater spray, cold temps, and rough handling without complaint. If you demand the best in thermal observation and range-finding capability in a single, purpose-built package, the ECHO MV50-LRF Marine delivers.


Product Specifications

View Product Specs
Model ECHO MV50-LRF Marine
Color / Finish Orange
Thermal Core Resolution 640x512
Magnification 3-24x
Objective Lens 50mm
Rangefinder Integrated LRF
Ballistic Technology BDX 2.0 / Applied Ballistics
Image Processing LightWave DSP
Scanning Technology Hyperscan
Lens Protection LensArmor
SKU SOEC42310OR

Manuals & Guides


FAQ

What does BDX 2.0 do and how does it work?

BDX 2.0 (Ballistic Data Xchange) is SIG SAUER's wireless ballistic integration system. It allows the ECHO MV50-LRF to communicate with BDX-compatible SIG SAUER scopes and other devices, automatically sharing range data and ballistic solutions so you can make accurate shots without manually entering data. It's a game-changer for hunters and long-range shooters who want seamless, system-wide connectivity.

Is this monocular suitable for use in saltwater marine environments?

Yes - the ECHO MV50-LRF is specifically designated as a Marine model and is constructed to handle the rigors of saltwater environments, including humidity, spray, and coastal conditions. The orange finish is also designed for high visibility in marine settings. Always rinse and dry the unit after saltwater exposure to maximize longevity.

Can this monocular be used in total darkness?

Absolutely. Thermal imaging does not rely on visible light - it detects heat signatures emitted by objects and living things. The ECHO MV50-LRF will produce clear imagery in complete darkness, through fog, smoke, and light rain, making it ideal for nighttime marine observation, wildlife detection, and security applications.

What is the difference between this and a standard night-vision monocular?

Traditional night-vision devices amplify available ambient light and require at least some light source to function. Thermal monoculars like the ECHO MV50-LRF detect infrared heat energy, making them effective in zero-light conditions and capable of seeing through obscurants like fog and light foliage that would defeat standard night vision. Thermal is generally considered superior for detection at range, while night vision can provide more natural-looking imagery.

Does the rangefinder work simultaneously with thermal imaging?

Yes - the integrated LRF is built directly into the monocular, allowing you to range a target while viewing it through the thermal display. Distance data is overlaid on the thermal image, so you get detection and ranging in a single, compact device without switching between tools.

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