Spectra Precision HL760U Digital Laser Receiver with C70 Rod Clamp

The Spectra Precision HL760U is a premium universal digital readout laser receiver designed for use with both red and green beam rotating lasers. It offers all the advanced features of the HL760—including digital elevation readout, radio communication, and "Fingerprint" pairing—with added compatibility across a broader spectrum of laser wavelengths (520–780 nm), making it one of the most versatile receivers on the market.

With a 127mm (5") reception window, numeric elevation readouts on front and rear displays, and LED indicators, the HL760U simplifies elevation work across large job sites. It features five accuracy settings from ultra-fine (0.5 mm) to coarse (10 mm) and provides a working range of up to 460 meters (1,500 feet). Built for durability, the HL760U is IP67-rated waterproof/dustproof and withstands drops up to 1.5 meters (5 feet). It also includes radio pairing range up to 220 meters (720 feet) and supports capture mode, drift alarms, and fractional inch rounding for greater precision and efficiency.

Key Features:

• Universal Compatibility – Works with red and green beam rotating lasers (520–780 nm)
• Digital Elevation Readout – Numeric displays on front and back for clear grade information
• 127mm (5") Reception Window – Fast, wide laser detection area
• Five Accuracy Levels – From 0.5 mm (ultra-fine) to 10 mm (coarse)
• Radio Communication – Pair with lasers or another HL760/HL760U up to 220m (720 ft)
• "Fingerprint" Pairing – Connects only to your laser to avoid job site interference
• Capture & Drift Alarm Functions – Store readings and detect laser movement
• Fractional Inch Mode – Rounds measurements for easier interpretation
• Battery Life – Over 60 hours on 2 AA batteries with auto shut-off
• Rugged & Waterproof – IP67-rated and drop-tested to 1.5m

What’s Included:

• HL760U Universal Digital Laser Receiver
• C70 Rod Clamp
• 2 AA Batteries
• User Guide

The HL760U is ideal for professionals who use multiple laser types and require maximum accuracy, flexibility, and job site durability.