Spirit Levels

Available instore only* The Bahco 416 Series Spirit Levels are made from lightweight aluminium with a 1.4mm wall thickness profile. They have unbreakable vials filled with liquid resistant to UV light and extreme temperatures. Two lines in each side of flat vial for easier use.

The strong die-cast body is shaped for easy handling and is ideal for scaffolders, pipe fitters and steel erectors. A milled base with flush mounted magnets permits hands free measuring on steel surfaces.

The Faithfull Prestige Professional Magnetic Scaffold Level is ideal for use by scaffolders, pipe fitters and steel erectors.

Available instore only* The Faithfull Prestige Professional Spirit Level is ideal for both DIY and professional use. The three large easy view vials are accurate to ±0.5mm/m. The horizontal vial is dome shaped to allow reading from any angle.

The Roughneck Torpedo Level has a milled base with flush mounted, heavy-duty magnets.

The STANLEY® FatMax® Pro Torpedo Level has a a die-cast aluminum body for long lasting durability.

The Stanley FatMax® Pro Level has solid-block acrylic vials to provide an accuracy of 0.5mm/m in eight orientations. In addition, every FatMax Pro level comes with a lifetime accuracy warranty.

Available instore only* The Stanley FatMax® Pro Level has solid-block acrylic vials to provide an accuracy of 0.5mm/m in eight orientations. In addition, every FatMax Pro level comes with a lifetime accuracy warranty.

The Stanley FatMax® Pro Level has solid-block acrylic vials to provide an accuracy of 0.5mm/m in eight orientations. In addition, every FatMax Pro level comes with a lifetime accuracy warranty.

The STANLEY 11-3/4-Inch FATMAX Magnetic Torpedo Level features a die-cast aluminium body for long lasting durability. The solid block vial provides accuracy of 0.0005in/in. (0.5mm/m), and a 180-degree rotating vial is designed to duplicate angles. The level includes a magnified center vial for improved visibility. This 11-3/4-inch level also features pipe groove for use on rounded surfaces.