___ speeds are used for drilling smaller holes and driving fasteners.

___ speeds are used for drilling smaller holes and driving fasteners.

• A. Slower
• B. Moderate
• C. Medium
• D. Faster

Answer: (D)

When you’re using a drill, speed is tied to the task and the bit size. Smaller-diameter bits cut most efficiently at higher rotations-per-minute, producing clean holes without excessive rubbing or heat. Driving fasteners also benefits from enough RPM to seat the screw quickly, but this must be balanced with torque control (like a clutch) to prevent cam-out or stripping. So, faster speeds are commonly used for both drilling small holes and driving fasteners, provided you keep torque in check to protect the tool and fasteners. Slower or moderate speeds would either slow drilling or increase the risk of overloading a screw head, making faster speeds the better choice in these scenarios when the proper controls are used.

When you’re using a drill, speed is tied to the task and the bit size. Smaller-diameter bits cut most efficiently at higher rotations-per-minute, producing clean holes without excessive rubbing or heat. Driving fasteners also benefits from enough RPM to seat the screw quickly, but this must be balanced with torque control (like a clutch) to prevent cam-out or stripping. So, faster speeds are commonly used for both drilling small holes and driving fasteners, provided you keep torque in check to protect the tool and fasteners. Slower or moderate speeds would either slow drilling or increase the risk of overloading a screw head, making faster speeds the better choice in these scenarios when the proper controls are used.