Aparafusadora sem escovas Makita DDF484RT3J 18V com 3 baterias de 5,0Ah, 54 Nm

The Makita DDF484RT3J cordless drill driver combines a high-efficiency brushless motor with a robust all-metal gearbox, delivering up to 54 Nm of torque for demanding drilling and fastening jobs. Its compact design and twin LED job light make it ideal for working in tight or dimly lit spaces, while the included three 5.0 Ah batteries and rapid charger ensure minimal downtime on the job site.

Advantages

The brushless motor runs cooler and more efficiently than brushed equivalents, extending runtime per charge and overall tool life. The two-speed gearbox (0–500 and 0–2,000 rpm) provides optimal speed for both high-torque and high-speed applications. An electric brake stops rotation instantly for safer operation, and Extreme Protection Technology (XPT) guards against dust and moisture, enhancing durability in harsh conditions. The kit includes three 5.0 Ah Li-ion batteries, a DC18RC rapid charger, and a Makpac Type 2 carry case for convenient transport and storage.

Suitable for

• Drilling into wood up to 38 mm and steel up to 13 mm
• Driving screws and fasteners in construction, carpentry, and assembly
• Professional tradespeople and advanced home users requiring high torque and runtime
• Applications where a compact, lightweight tool is needed in tight spaces

Key specifications

• Voltage: 18 V
• Motor type: Brushless
• Max torque (hard/soft): 54 / 30 Nm
• No-load speed: 0–500 / 0–2,000 rpm
• Chuck capacity: 1.5–13 mm
• Torque settings: 21 + drill
• Battery: 3x 5.0 Ah Li-ion
• Charger: Makita DC18RC rapid charger
• Carry case: Makpac Type 2
• Built-in light: Twin LED
• Electric brake: Yes
• Protection: XPT (dust and moisture resistant)

Recommendations

For professionals who need a reliable, high-torque drill driver with extended runtime, the Makita DDF484RT3J kit offers outstanding value with three batteries and a rapid charger. Its brushless motor and all-metal gearbox ensure long-term durability, while the compact size and LED light enhance usability in confined areas.