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10 Best Makita Impact
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Makita Impact Wrenches
Buying Guide for the Best Makita Impact
When it comes to buying a Makita impact tool (often known as an impact driver or impact wrench), it's important to match the tool to the types of projects you’ll be taking on. Impact tools are designed to deliver high torque for driving screws or bolts, loosening fasteners, or working with stubborn materials. Choosing the right one means thinking about the kind of work you'll do the most, understanding a few key specifications, and making sure the tool will be comfortable and efficient for your needs.VoltageVoltage tells you how powerful the impact tool's motor is, with higher voltages generally delivering more strength. Common options include 12V tools, which are smaller and good for light tasks, and 18V or 20V tools for heavier, more demanding work. If you're planning mostly home repairs, lighter woodworking, or assembly, lower voltage models might be easier to handle. For automotive work, construction, or heavy-duty tasks, a higher voltage tool will be more suitable.
TorqueTorque is the twisting force the tool can apply—measured in Newton-meters (Nm) or inch-pounds (in-lbs). Higher torque means the tool can handle larger, tougher fasteners without straining. Light-duty models may offer 100-150 Nm, suitable for household tasks and furniture assembly, while mid-range (150-200 Nm) and high-torque (over 200 Nm) models are better for driving big screws, lag bolts, or working with metal. Your ideal torque level depends on the toughest job you expect to tackle regularly.
Impacts per Minute (IPM)Impacts per minute measures how rapidly the tool delivers bursts of power to drive screws or bolts. Higher values mean faster driving in tough materials. Typical ranges are 2,000-4,000 IPM; a higher IPM is helpful if you work with long fasteners or hardwoods. For general household use, a moderate IPM is usually sufficient, but if you expect to face stubborn or large fasteners, look for a higher number.
Speed (RPM)Speed, or revolutions per minute (RPM), refers to how fast the driver spins. Higher RPMs allow quicker driving, but too much speed with delicate materials can lead to stripped screws. Basic models may spin at 1,000-2,000 RPM, while advanced models can go over 3,000 RPM. Pick a tool with variable speed control, so you can adjust it to suit each job, especially if you do both delicate and heavy-duty work.
Chuck Size/Drive TypeImpact drivers typically use a 1/4-inch hex chuck for driving screws, while impact wrenches use 3/8-inch or 1/2-inch square drives for sockets. It's vital to pick the type based on the fasteners you'll use most. For woodworking or general use, the 1/4-inch hex is best. For automotive or larger bolts, consider a wrench with a 3/8-inch or 1/2-inch drive. Also, quick-change chucks can speed up bit swapping.
Weight and ErgonomicsA lighter, well-balanced impact tool can make long jobs less tiring. Weight becomes important if you plan to use the tool for overhead work, tight corners, or extended periods. Try to pick a model that feels comfortable in your hand, with a grip that suits you. Heavier models tend to have more power, so balance your need for strength with your comfort.
Battery System and RuntimeMost Makita impact tools are cordless and use rechargeable batteries. Consider the battery's amp-hour (Ah) rating for runtime—higher numbers mean the tool will last longer on a single charge. If you already own Makita cordless tools, choosing a model compatible with your existing batteries can be convenient. Think about how often and how long you'll use the tool between charges, especially if you don't want to swap or recharge batteries frequently.