779 SPIRIT™

Technical Data

  • Type
    BOX
  • Available Lengths
    20cm (8'') | 30cm (12") | 40cm (16″) | 50cm (20") | 60cm (24″) | 80cm (32″) | 90cm (36″) | 100cm (40″) | 120cm (48″) | 150cm (60″) | 180cm (72″) | 200cm (78″)
  • Accuracy
    ±0.5mm/m (±0.0005 in/in)
  • \\Description

    Kapro 779 SPIRIT™ – Setting the standard for accuracy and durability on the toughest job sites. Crafted with precision in mind, this spirit level features three robust, break-proof solid acrylic vials that deliver extraordinary accuracy at ±0.5mm/m (±0.0005 in/in). Your investment is safeguarded by a lifetime warranty, a testament to its exceptional durability.

    Certified by VPA Germany, the Kapro 779 SPIRIT™ level guarantees readings you can rely on. In the face of harsh conditions, rubberized end caps provide unparalleled protection, ensuring your level stands up to the challenges of demanding projects.

    Designed with functionality in mind, this level boasts unique wall-grips that prevent unwanted sliding, allowing for precise marking and positioning against surfaces. Whether you’re engaged in bricklaying, drywall installation, or concrete work, the Kapro 779 SPIRIT™ level is your trusted companion, offering accuracy and ease of use.

    Experience the difference that Kapro’s innovation in home and tools brings to your projects. Elevate your precision, enhance your toolkit, and trust in the quality and reliability of the Kapro 779 SPIRIT™ spirit level, a must-have addition to your measuring tools collection. Achieve unmatched results on any job site, and make every measurement count.

    The Kapro 779 SPIRIT™ level is also available in a magnetic version (779M SPIRIT™ level) | and in a 23cm (9″) toolbox version (Kapro 779T LEIOS level ).

    \\Features

    779 SPIRIT™

    Milled Surface

    Providing additional accuracy of the spirit level
    779 SPIRIT™

    Rear Earth Magnets

    Rare Earth magnets are the strongest and most permanent magnets in the world
    779 SPIRIT™

    Shockproof End Caps

    Protecting the level by absorbing the impact caused by a fall