Impact driver Brilliant Tools BT160400 710 N⋅m 1.2 kg

The Brilliant Tools BT160400 impact driver is a compact, pistol‑grip tool designed for high-torque fastening tasks. With a specified maximum torque of 710 N⋅m and a stated weight of 1.2 kg, it combines strong rotational force with a lightweight profile to support repetitive screwdriving and bolt‑tightening work while offering improved control due to its pistol handle shape. The design is intended for users who need a balance of power and maneuverability in fastening applications.

Advantages

The impact driver delivers a high maximum torque of 710 N⋅m in a tool that weighs approximately 1.2 kg, allowing for forceful fastening without excessive user fatigue. The pistol handle shape improves grip ergonomics and handling precision. The compact form factor supports access to confined spaces and makes the tool easier to position for a range of fastening operations.

Suitable for

• Tightening and loosening large fasteners where high torque is required
• Automotive maintenance and mechanical repair tasks
• Construction and assembly work involving bolts and heavy-duty screws
• Situations requiring a balance of power and low tool weight for extended use

Key specifications

• Maximum torque: 710 N⋅m
• Weight: 1.2 kg
• Handle style: pistol grip
• Tool type: impact driver

How to use

Use the impact driver with compatible impact-rated bits and sockets sized to the fasteners being worked. Position the pistol handle for a secure grip, align the bit with the fastener, and apply steady pressure while operating the tool to engage the impact mechanism. Follow the manufacturer’s safety instructions for battery or power source, personal protective equipment, and secure workpiece support.

Recommendations

For reliable performance, use impact-rated accessories and avoid using the tool on fasteners that exceed the specified torque requirements. Regularly inspect the driver and its accessories for wear and maintain according to the manufacturer's service guidelines to ensure safe operation.