The DeWalt DCK276P2 Brushless Twin Pack includes a DCD996 XR Brushless Combi Drill with a 3-speed ...The DeWalt DCK276P2 Brushless Twin Pack includes a DCD996 XR Brushless Combi Drill with a 3-speed all-metal transmission for increased run time and longer tool life. It features an electronic clutch with 11-position adjustable torque control for precision screwdriving and an improved 3-position LED torch. The kit also contains a DCF887 XR Brushless Impact Driver, equipped with application control via 3 motor speeds and torque settings. Precision Drive mode prevents damage to materials and fasteners. The impact driver has a lightweight and compact design. Both tools utilize a high-power brushless motor. The pack is supplied with 2 x 18V 5.0Ah Li-ion Batteries, a Multi-Voltage XR Charger, and a DS150 TOUGHSYSTEM Toolbox. The DCD996 offers enhanced power and cooling, with an automatic high-speed function for masonry drilling and a 3-stage LED worklight with adjustable brightness. The DCF887 provides up to 205Nm of torque and a 3 LED, Halo light ring for illumination.
The DeWalt DCK276P2 Brushless Twin Pack includes a DCD996 XR Brushless Combi Drill with a 3-speed all-metal transmission for increased run time and longer tool life. It features an electronic clutch with 11-position adjustable torque control for precision screwdriving and an improved 3-position LED torch. The kit also contains a DCF887 XR Brushless Impact Driver, equipped with application control via 3 motor speeds and torque settings. Precision Drive mode prevents damage to materials and fasteners. The impact driver has a lightweight and compact design. Both tools utilize a high-power brushless motor. The pack is supplied with 2 x 18V 5.0Ah Li-ion Batteries, a Multi-Voltage XR Charger, and a DS150 TOUGHSYSTEM Toolbox. The DCD996 offers enhanced power and cooling, with an automatic high-speed function for masonry drilling and a 3-stage LED worklight with adjustable brightness. The DCF887 provides up to 205Nm of torque and a 3 LED, Halo light ring for illumination.