ATN ABL Smart Rangefinder | 1000 y/m | Bluetooth

The ATN ABL Smart Rangefinder is a laser rangefinder designed to mount to ATN Smart HD sights and provide instant distance data to the scope’s onboard ballistic calculator. It reports distances from 5 to 1000 y/m and integrates over Bluetooth so range readings can be used automatically by compatible ATN optics. The unit is built with hardened aluminum alloy and impact-resistant electronics and is rated waterproof for field use. It runs on a single CR2 battery and is designed for extended battery life.

Product Specifications

• The measurement range is 5-1000 y/m for target distance readings.
• The stated precision is ±1 y/m for range measurements.
• Connectivity is provided by Bluetooth 4.1 for pairing with compatible optics.
• The environmental rating is listed as Waterproof.
• Compatibility: pairs with Smart HD: Obsidian II or higher.
• Smart HD optics compatibility includes X-Sight II HD Series, X-Sight 4K Series, ThOR 4 Series.
• Battery life is specified as 6 months or 5000 measurements.
• Battery type is 1 x CR2, 3 V.
• Construction is described as Hardened Aluminum Alloy with Impact Resistant Electronics.
• Warranty coverage is Two years.
• The product description lists size values as “437” x 343″ x 28″ / 111 x 87 x 71 mm” (as provided).
• The available materials/weight information includes 0.8 lb / 360 g in one source and 1.21 lb in another (conflicting values provided).
• The unit is intended to work with ATN Smart HD Day, Night, and Thermal riflescopes and to display distance on recorded video when used with compatible optics.
• UPC: 658175115205

The ABL is designed for shooters who want seamless integration between a laser rangefinder and ATN Smart HD optics. Its Bluetooth link and long battery life reduce the need for separate rangefinding workflow, and the rugged construction helps it hold up in field conditions. When used with compatible ATN scopes the ABL can automatically adjust point of impact data based on measured distance, which is useful for precision-oriented applications such as long-range target shooting and field hunting scenarios where accurate range information improves first-shot outcomes.

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