SPARKEY 2-in-1 Laser Tape Measure | 130ft Laser Distance, 16ft Tape, USB Rechargeable

Meet SPARKEY’s 2-in-1 Laser Tape Measure

Designed for professionals and serious DIYers, this compact tool blends a high-precision laser distance reader with a traditional 16ft tape measure. The result is a versatile device that helps you capture both long-range measurements and shorter, detailed dimensions in one pass, without swapping tools.

Precision meets versatility

• Laser distance readings with a typical accuracy of ±1/8 inch and digital measurements to ±1/16 inch.
• Six laser modes adapt to different tasks, from quick room scans to detailed site checks.
• Dual unit support (metric and imperial) and combined ft+in options for fast conversions on site.
• Strong magnetic hook for hands-free measuring on ferrous surfaces, plus a 16ft tape for quick reference.
• USB rechargeable power keeps your workflow continuous without frequent battery swaps.
• Auto Lock feature helps stabilize measurements for easier one-handed operation.

Durable and practical for real jobs

Built for demanding environments, the housing is impact-resistant and rust-proof, with materials chosen to resist chemicals. A double-sided ruler complements the digital readout, and a magnetic end helps secure the tool while measuring. With a Class II <1mW laser safety rating, usage remains mindful in active spaces.

Ergonomics and everyday convenience

The rubberized, non-slip grip reduces hand fatigue during long measurement sessions. A compact form factor keeps the tool easy to carry in a toolbox, belt pouch, or pocket, so you can bring it to the job rather than go back for the right tool.

Real-world uses at a glance

• Interior design and space planning: gauge rooms, alcoves, and furniture footprints quickly.
• Carpentry and architecture: plan frames, cabinetry, and layout with confidence.
• DIY projects and home improvements: measure gaps, install fixtures, and hang items with precision.

Notes: The description highlights capabilities based on the data provided; actual results may vary with use case and environment.