Sig Sauer ECHO RV50-LRF 2.5-20x50 Thermal Riflescope BDX 2.0 (SOEC32310)

Built for ultimate thermal superiority, the Sig Sauer ECHO RV50-LRF represents the most advanced configuration in the ECHO R lineup. Featuring a powerful 640x512 12µm LWIR thermal core and a larger 50mm objective lens, this high-performance thermal riflescope delivers exceptional detection, refined identification, and superior long-range clarity.

An integrated 1000-yard laser rangefinder (LRF) provides real-time distance data, while BDX 2.0 connectivity and Applied Ballistics Ultralight generate accurate shoot-to solutions—eliminating guesswork and maximizing precision in demanding environments.

Whether hunting predators, engaging at extended distances, or operating in complete darkness, the RV50-LRF delivers confident performance day or night.

🔥 Key Features

• 640x512 LWIR 12µm thermal core (50Hz)
• <20mK sensitivity for enhanced target detail
• 50mm objective lens for extended detection range
• Integrated 1000-yard laser rangefinder
• BDX 2.0 enabled for system integration & live video streaming
• Applied Ballistics Ultralight for precise holdover solutions
• 8 selectable color palettes
• Video recording capability
• Up to 12-hour runtime
• IP67 waterproof rating

📊 Specifications

• Magnification: 2.5–20x
• Resolution: 640 x 512
• Frame Rate: 50 Hz
• Objective Lens: 50mm
• Maintube Diameter: 30mm
• Field of View: 8.8º
• Color Palettes: 8
• Video Recording: Yes
• BDX Enabled: Yes
• Battery: Internal + 1x 18500
• Runtime: Up to 12 hours
• Overall Length: 15.0 in (380 mm)
• Width: 2.8 in (72 mm)
• Height: 3.5 in (89 mm)
• Weight: 34.9 oz (990 g)
• Waterproofing: IP67
• Color: Black

Why Choose the ECHO RV50-LRF?

The ECHO RV50-LRF is ideal for shooters who demand:

• Long-range thermal detection
• Integrated ranging capability
• Advanced ballistic correction
• Video capture and streaming functionality
• Professional-grade reliability

This is a premium solution for serious thermal users seeking precision, connectivity, and advanced ballistic integration in one system.