The Spectra Precision LL1505C-16 is a medium-range laser level system designed specifically for contractors who need highly accurate leveling solutions with professional-grade components. This Pro package combines the precision LL1505C laser with the versatile CR700 multi-use receiver for reliable performance on diverse jobsites.
Pro Package Components: This complete system includes the LL1505C laser level unit, CR700 multi-use receiver for enhanced detection and targeting, rechargeable batteries for consistent power throughout the workday, TENTHS rod calibrated for decimal-based measurements, sturdy tripod for stable setup, and a large protective system case. Everything you need is included and organized for jobsite efficiency.
Highly Accurate Leveling: Built for precision, this system delivers the accuracy contractors demand for finish-critical applications. Whether you're installing suspended ceilings, establishing grade lines, verifying floor levels, or setting up mechanical systems, the LL1505C provides consistent, reliable measurements you can trust.
Medium-Range Performance: Designed for effective operation across typical jobsite distances, this laser level balances range with accuracy for most construction applications. The CR700 receiver extends your effective working distance and improves beam detection in varying light conditions.
Rechargeable Battery System: Eliminate the cost and inconvenience of constant battery replacement. The rechargeable battery system keeps you operational all day while reducing long-term operational expenses—a smart choice for busy contractors.
Tenths Rod Included: Measurements in tenths of a foot align with modern construction specifications and digital planning. Your measurements integrate seamlessly with project plans and digital tools, reducing errors and improving coordination.
Large System Case Protection: The included large case protects your investment from jobsite damage and weather, ensuring your system stays calibrated and operational through years of professional use.