330 Ft Laser Distance Measurer - DeWALT

The DeWALT DW03101 330 Ft Laser Distance Measurer provides professional technicians and tradespeople with precise, repeatable measurements essential for layout, estimating, and verification tasks. Engineered for accuracy, this industrial-grade tool offers a robust 100 m (330 ft) range and ±1.5 mm accuracy at 10 m, ensuring reliable data across demanding automotive shops, industrial plants, and active job sites. The dw03101 is an indispensable addition for professionals requiring consistent, high-performance measurement capabilities.

Key Features

• Extended 330 ft (100 m) Measuring Range: Tackle expansive vehicle bays, extensive shop layouts, and long material runs without the need for repositioning.
• Advanced Measurement Functions: Easily handle complex calculations including distance, area, volume, indirect height (Pythagoras), and stake-out functions for detailed layout and quantity takeoffs. The dw03101 supports 20-measurement memory for convenient reference.
• Integrated Inclinometer: Functions as a digital level for quick angle checks, continuous height tracking, and indirect horizontal distance measurements, assisting in equipment alignment and ramp assessments.
• Rugged Job Site Durability: Featuring an IP65 rating against dust and water ingress, TPE over-molded housing, and proven 2-meter drop test resilience, this tool is built for daily shop and field use.
• Bluetooth Data Transfer: Seamlessly store and send up to 20 measurements via the DeWALT Tool Connect app, streamlining documentation, inspections, and estimates.

Applications

For automotive technicians, the DeWALT DW03101 is an invaluable tool for verifying vehicle bay clearances, precise lift heights, and critical body dimensions, as well as establishing alignment reference points for various vehicle types. In industrial settings, the dw03101 is well-suited for measuring equipment envelopes, ensuring proper guard spacing, and determining aisle widths. It also aids in planning new production lines, work cells, or assessing the spatial requirements for machinery.