MAKITA BN001GZ 40VOLT XGT 1ST FIX FRAMING NAILGUN BODY ONLY

The Makita BN001GZ 40V XGT Brushless Framing Nailer is a powerful cordless solution for high-speed framing and structural fastening, designed for clipped-head nails from 50 to 90 mm. Its 40V XGT system delivers strong, consistent driving performance, while depth adjustment ensures precise results across different materials. Built for demanding job-site environments, it features XPT protection for resistance to dust and moisture, along with an LED light to improve visibility in darker work areas. Supplied body only with hook accessories, a 4 mm hex wrench, and fixing hardware.

Supplied body only, batteries and chargers are available separately.

FEATURES

• Significantly improved rapid firing capability
• Increased compression speed of a pneumatic spring that allows for driving nails up to 90mm with a driving feel very close to that of a pneumatic nailer
• eXtreme Protection Technology (XPT) is engineered for improved dust and water resistance for operation in harsh conditions
• Built-in LED light with pre-glow and afterglow functions illuminates the work area
• Over 1000 shots with a BL4025 40v – 2.5Ah Battery
• Single or bump fire modes
• Safety lockout feature
• Anti dry fire mechanism
• Easy load magazine
• Belt hook and scaffold hook for multiple hanging / storage possibilities
• Compatible with collated clipped head nails up to 90mm long and 2.9 – 3.3mm diameter

SPECIFICATION

• Nominal Battery Voltage: 40 V
• Battery Chemistry (Ni-Cd / Ni-MH / Li-ion): Li-ion
• Figure of nail head: Clipped
• Nail Length: 50 – 90 mm
• Nail Diameter: 2,9 – 3,3 mm
• Fastener Gauge: 2,9 – 3,3 Ga
• Fastener Magazine Capacity: 51 – 58
• Magazine Angle: 30 – 34 º
• Sound Power Level (LWA): 101 dB(A)
• Sound Pressure Level (LpA): 90 dB(A)
• Product net weight: 4,6 kg
• Noise Uncertainty (K Factor): 3 dB(A)
• Tool weight with battery: 5,3 – 6,5 kg
• Product Dimensions (L x W x H): 326 x 186 x 358 mm
• Vibration Level (3 axes): 3,6 m/s²
• Vibration Uncertainty (K Factor): 1,5 m/s²