REBEL Cordless screwdriver 3.6V 2 Ah Li-Ion (RB-1003)

The RB-1003 cordless screwdriver from the Rebel Tools series is a product that appeals to DIYers. The device was designed with comfort and efficiency in mind in the home workshop. The screwdriver has a right and left rotation function and a spindle lock, making it perfect for this type of task.

Magnetic holder
The screwdriver set includes up to 54 interchangeable tips, so you can be sure to find the one you need. Importantly, thanks to the magnetic bit holder at the top of the device, you don't have to worry about losing them while working. They hold perfectly in place and are ready for use at any time.

Work light with flashlight
The Rebel Tools screwdriver allows you to work freely even in limited lighting. All this thanks to the built-in lamp, which precisely illuminates the work surface.

Compact and lightweight design
The design of the RB-1003 screwdriver makes the device extremely easy to use. In addition, the ergonomic rotating handle enables work in hard-to-reach places, thus minimizing the risk of hand fatigue during long-term work.

Charging and battery status indicator
With visible charging and battery level indicators, you'll always know when to charge your device, avoiding work interruptions.

For greater order
The Rebel Tools screwdriver comes with a bit storage box that allows you to stay organized and have easy access to accessories whenever you need them.

Magnetic holder
Spindle lock
Work light
Lamp
Right/left rotation
Direction of rotation indicator
Charging indicator
Battery status indicator
Silent operation
Ergonomic rotating handle
Magnetic bit holder on top of device
Compact and lightweight design
Storage box

Technical parameters:

Battery: 3.6V; 2 Ah; Li-Ion
Charging time: up to 3.5 hours
Charging: 5V, 3A
Maximum torque: 5 Nm
No-load speed: 230 rpm.
Handle: 1/4" hex
Lamp power: 1W
Dimensions: 185 x 140 x 47 mm
Weight: 427 g
Sound pressure level LPA: 62.4 dB(A), K=3dB
Acoustic power level LWA: 73.4 dB(A), K=3dB
Hand-arm vibration: 0.248 m/s2 K=1.5 m/s2