Makita VR003GZ accu-betonverdichter (40V XGT Li-ion, alleen apparaat)

The Makita VR003GZ is a high-performance cordless concrete compactor designed for efficient compaction of concrete in foundations, slabs, walls, and other applications. Powered by the 40V Max XGT Li-ion platform (battery and charger sold separately), this tool offers exceptional mobility and freedom from cords. The brushless motor delivers up to 15,500 vibrations per minute, ensuring thorough compaction. With a 32 mm vibrator head diameter and 1.2 m flexible shaft, it reaches deep into concrete. Variable speed control, constant speed control, soft start, and anti-restart functions enhance usability and safety. The ergonomic D-handle with vibration dampening reduces operator fatigue. eXtreme Protection Technology (XPT) provides increased dust and water resistance for harsh job site conditions.

Advantages

• Cordless convenience with powerful 40V XGT battery platform
• Brushless motor for longer runtime and durability
• Variable speed and constant speed control for precise compaction
• Soft start and anti-restart functions for safety
• Ergonomic D-handle with vibration dampening for comfort
• XPT protection for enhanced durability

Suitable for

• Compacting concrete in foundations, slabs, walls, columns, and beams
• Construction and renovation projects requiring high mobility
• Professional contractors and concrete workers

Key specifications

• Power Source: Cordless (40V Max XGT Li-ion)
• Motor Type: Brushless
• Vibrator Head Diameter: 32 mm (1-1/4")
• Flexible Shaft Length: 1.2 m (4 ft)
• Vibrations Per Minute: 12,000 - 15,500 VPM
• Variable Speed Control: Yes
• Constant Speed Control: Yes
• Soft Start Function: Yes
• Anti-Restart Function: Yes
• eXtreme Protection Technology (XPT): Yes
• Tool Only (Battery and Charger Sold Separately)

Recommendations

For optimal performance, use with Makita 40V Max XGT batteries (e.g., BL4025, BL4040). Ensure the vibrator head is properly attached before use. Always follow safety guidelines for concrete compaction.