DEWALT torpédová vodováha plochá 165 mm

Precision alignment is critical on any job site, but many levels are easily knocked out of true or hard to read in tight spaces. The DEWALT Torpedo Level Flat 165 mm solves this with a rugged die-cast aluminum frame, rare earth magnets for hands-free use, and high-visibility block vials that stay accurate even after drops.

Who is it for

Plumbers, electricians, carpenters, and general contractors who need a compact, durable level for pipe work, conduit, framing, and everyday layout tasks. DIYers tackling home projects will also appreciate its professional-grade accuracy and ease of use.

Main features

• 165 mm (6.5 in) torpedo level with three vials: horizontal, vertical, and 45-degree
• Rare earth magnets provide strong holding power on ferrous metal surfaces
• Die-cast aluminum body with shock-absorbing bi-material end caps for impact resistance
• V-groove base fits securely on pipes and conduit
• Magnified horizontal vial for easy reading in low light
• Accuracy: 0.5 mm/m (0.0005 in/in)
• High-contrast vials with clear liquid for maximum visibility
• Yellow and black finish for high visibility on the job site

Specifications

• Brand: DEWALT
• Model: BD-DWHT42525-0
• MPN: BD-DWHT42525-0
• EAN: 3253560425258
• Level Type: Torpedo Level
• Length: 165 mm
• Number of Vials: 3
• Vial Orientations: Horizontal, Vertical, 45-degree
• Accuracy: 0.5 mm/m
• Magnetic Base: Yes
• Magnet Type: Rare Earth Magnets
• Body Material: Heavy-duty Aluminum
• Frame Construction: Die-cast
• End Caps: Shock-absorbing, Bi-material
• Vial Type: Block Vials
• Special Features: V-groove for pipe work, Magnified horizontal vial
• Series: FatMax
• Color: Yellow / Black
• Application: Plumbing, Electrical, Framing, General Construction
• Durability: High impact resistance
• Vial Visibility: High contrast, clear liquid
• Measurement Standard: Metric

Tips

To maintain accuracy, store the level in its protective case when not in use and avoid dropping it. Periodically check calibration against a known reference surface.