DeWALT DCBP518 18V XR 5.0Ah Powerstack Battery Pack

The DeWalt DCBP518-XJ 18V XR 5.0Ah Powerstack Battery Pack is the next dimension in power to come from DeWALT Power Tools. Their innovative design features an all-new, class-leading battery technology that is capable of taking your working productivity to the next level across all your existing DeWALT 18V XR Power Tools. Wanting increased 18V power tool power? Are you working in tight spaces but needing 18V performance? DeWALT Powerstack has got you covered.

What Makes The DeWALT 5.0Ah Powerstack Battery Pack So Special?

• The stacked pouch cell battery technology provides a low impedance construction meaning that the rate of flow of electrons is much higher thanks to the innovative internal pouch battery connectors and electrodes providing a greater surface area vs a traditional cylindrical battery cell type.
  
  
• A low impedance construction translates into much higher max watts out, providing more power to your power tools and unlocking the 18V power tool potential to new heights - increasing the application speed significantly.
  
  
• Stacked pouch cell batteries also benefit from superior thermal performance vs cylindrical batteries. This ultimately increases battery durability, improves the cycle life and results in a much greater return on investment for your kit.
  
  
• 50% more power, 50% more work per charge, 2x lifespan and a unique rubber overmold as a complete battery pack vs a DEWALT DCB184 XR® Battery Pack.
  
  
• Compatible with all DeWALT 18V XR Power Tools
  
  
• DeWALT 3 Year Guarantee - register within 4 weeks of purchase

What's in the box?

• 1x DeWALT DCBP518-XJ 18V XR 5.0Ah Powerstack Battery Pack

Specification:

• Weight: 0.750kg
• Battery Capacity: 5Ah
• Voltage 18V

Here's what DeWALT say about their new Powerstack Battery Technology:

"The DEWALT POWERSTACK utilises pouch cells to give you greater productivity than before.

• Higher max watts out, so there's a greater range of applications
• Faster speed of application, giving you increased output and more jobs done
• Improved thermal performance. Pouch cells run cooler in application and dissipate heat better than cylindrical cells
• Create less heat resistance which means fewer hot pack shutdowns meaning less downtime and more productivity
• Increased cycle life, which means better performance for longer"