The Truth: Can a Regular Drill Drill Into Concrete? (2026 Guide)

Many homeowners ask a very valid question: Can a regular drill penetrate concrete, especially when faced with small household projects? Whether you want to hang heavy floating shelves in the basement, install anchors for outdoor security lighting, or mount a new fixture in a utility room, the demand for masonry drilling is real. The short answer is yes—a standard rotary drill can drill into concrete. However, the long answer involves understanding the heavy toll it takes on your equipment, the physical limitations of rotational friction, and the specific accessories you need to pull it off without destroying your tools.

Concrete is an abrasive, dense composite material made from Portland cement, coarse aggregates like crushed stone, and sand. Drilling through it requires breaking apart these hard aggregates. Unlike specialized masonry tools, a standard drill relies purely on rotation to scrape away this rock-hard material. If you are going to tackle this task with a standard drill, you need to understand exactly what you are doing, have the right expectations, and employ professional techniques.

What It Is: The Mechanics of a Standard Rotary Drill

A standard power drill—whether corded or cordless—is designed to deliver rotational force (RPM) and twisting power (torque). When you drill into wood or metal, the sharp cutting edges of the bit slice into the material, shaving it away in continuous ribbons or chips.

Concrete, however, does not shave. It chips, fractures, and turns into abrasive dust. Because a regular drill lacks any percussive hammering action to fracture the aggregate, the drill bit is forced to grind through the concrete via friction alone. This creates extreme heat. Without proper technique, the carbide tip of a masonry bit will quickly reach temperatures that melt the brazing holding the carbide to the steel shank, ruining the bit. If you want to avoid dealing with a ruined bit or an overheated motor, understanding why drill bits overheat and fail is a critical first step before pulling the trigger.

When to Use a Regular Drill for Concrete (And When Not To)

Just because you can drill into concrete with a standard rotary drill does not mean it is the right choice for every application. You have to match the tool to the scale of the job.

Appropriate Applications

Small Diameter Holes: Drilling holes that are 1/4-inch in diameter or smaller (perfect for standard 3/16-inch or 1/4-inch masonry screws).
Low Volume Tasks: If you only need to drill one to four holes to mount a basic bracket, a standard drill is adequate.
Softer Substrates: Brick, cinder block, stucco, and aged mortar joints are significantly softer than poured concrete and are much easier to drill using rotation alone.

When to Rent or Buy a Bigger Tool

Large Diameter Anchors: If you are installing 1/2-inch wedge anchors for a car lift or heavy machinery, a regular drill will not cut it. You will burn out the motor long before you reach the required depth.
High Volume Repetition: Framing a basement and need to drill 50 holes into the slab for the base plate? Leave the standard drill in the toolbox.
High-PSI Poured Concrete: Modern structural slabs or commercial grade concrete (4,000 PSI and above) contain river rock or heavy gravel that will completely stall a standard drill bit.

Key Differences: Regular Drill vs. Hammer Drill

To grasp why drilling concrete with a regular drill is so slow, you must understand the core mechanics differentiating standard and hammer drills.

A standard 18V or 20V cordless drill, like a base-model DeWalt or Milwaukee compact drill, spins the chuck at up to 2,000 RPM. It does exactly one thing: it turns the bit in a circle.

A hammer drill adds a mechanical cam-action mechanism. As the chuck spins, these metal cams ride over each other, driving the chuck forward and backward. This creates Blows Per Minute (BPM)—often up to 30,000 BPM on modern cordless models. This rapid, high-frequency tapping acts like a microscopic chisel, fracturing the concrete aggregate so the rotating flutes of the bit can sweep the dust away. Without this percussive force, a regular drill works up to ten times slower because it has to literally scrape through hard stone.

Pro Tips for Drilling Concrete with a Regular Drill

If a standard drill is the only tool you have on hand, you can successfully mount your fixtures by following these professional techniques.

Invest in Premium Rotary Masonry Bits: You cannot use a wood, metal, or standard High-Speed Steel (HSS) bit on concrete. It will dull flat in three seconds. You must use a high-quality carbide-tipped bit. More importantly, look for multi-material bits designed explicitly for rotary-only use (such as the Bosch MultiConstruction series). If you aren't sure what to buy, brush up on understanding the difference between masonry and concrete bits to ensure you get a carbide tip optimized for high-friction grinding.
Manage Your Heat (Low Speed, High Pressure): High RPMs are the enemy. Keep your drill on its lowest gear setting (Gear 1). Apply heavy, consistent forward pressure, but do not lean your entire body weight into it, as you will snap the bit. Keep the trigger at half-speed.
Clear the Dust Constantly: As you grind through the concrete, dust will pack into the hole. Standard drills cannot eject dust as efficiently as hammer drills. Every 10 to 15 seconds, pull the spinning bit completely out of the hole to clear the flutes. Packed dust causes friction, and friction kills drill bits.
Cool the Bit: Keep a small cup of water nearby. Dip the tip of the bit into the water every time you back out to clear dust. This drops the temperature of the carbide, preserving the brazing and keeping the cutting edge intact.
Listen to the Drill: If the motor starts whining, or if the bit screeches without making downward progress, you have hit a piece of hard aggregate. Do not force it. Pulse the trigger to try and crack the stone, or use a manual steel punch and a hammer to crack the aggregate before resuming.

Common Mistakes to Avoid

When tradespeople see DIYers struggling with concrete, they usually spot one of these critical errors right away.

Overheating the Drill Motor: A standard drill is not meant to run under extreme load for five uninterrupted minutes. If the plastic housing gets too hot to hold, or if you smell burning electrical lacquer, stop immediately. You are melting the windings in the motor. Let the tool cool down.

Wrong Hole Sizing: When you are fighting for every millimeter of depth, it is easy to grab whatever masonry bit you have laying around. However, sizing your drill bit correctly for your specific anchors is non-negotiable. If a masonry screw requires a 5/32-inch hole and you drill a 3/16-inch hole because it was the only bit in your bag, the screw will strip out instantly and provide zero holding power.

Using Standard Fasteners: You cannot drive a standard drywall screw or wood screw into a concrete hole. You must use various mechanical concrete fasteners like Tapcon screws, sleeve anchors, or expanding wedge anchors designed specifically to grip masonry.

Buying Advice: What You Really Need

If you plan to execute this task with a standard drill, you do not necessarily need to buy a new power tool, but you absolutely must buy the right accessories.

The Drill: You need a drill with a minimum of 18 or 20 volts if you are going cordless, or a standard 120V corded drill. A lightweight 12V screwdriver will simply not have the torque required to push a bit through concrete aggregate.
The Bits: Do not cheap out here. Buy a name-brand, carbide-tipped, rotary-compatible masonry bit. Expect to pay $8 to $15 for a single, high-quality bit. It is worth every penny compared to buying a cheap multi-pack that will melt on the first hole.
The Fasteners: For homeowner applications, concrete screws (often referred to by the brand name Tapcon) are the undisputed kings. They tap their own threads into the concrete and provide immense shear strength for mounting TVs, shelves, and brackets. They often come in kits that include the exact size masonry bit required.

Conclusion

Drilling into concrete with a standard rotary drill is entirely possible for light-duty, small-diameter applications. It is not the most efficient method, and it requires a high degree of patience, but it will save you a trip to the rental yard for minor household tasks. By equipping your drill with a premium rotary masonry bit, managing heat through low RPMs and water cooling, and frequently clearing the dust, you can easily conquer those stubborn basement walls and cinder block foundations. Work smart, respect the limits of your tool, and let the carbide do the cutting.