As a local handyman, I spend most of my days putting tools through real world punishment, so I have learned pretty quickly that raw power alone is not enough. What really matters is how a tool feels in your hand after hours of use, how consistent it is under load, and whether it holds up when dust, cold, and the occasional drop are part of the job.
Choosing an impact driver can feel overwhelming, especially with so many solid options available today. I currently run a DeWalt impact driver, and it has earned its place in my kit through years of dependable service. That said, I am not blindly loyal to any brand.
One lesser-known fact many people overlook is that some manufacturers tune their impacts for smoother torque delivery rather than peak numbers, which can actually reduce stripped screws and wrist fatigue over time. With that in mind, I have taken a close look at several leading models to see which truly shine.
So if I were starting from scratch tomorrow, would I still choose DeWalt, or has another brand won me over? Let’s take a closer look at the impact drivers that stand out for professionals, serious DIYers, and everyday tradespeople.
Compatability
One of the most important factors is how the tool fits into your existing tool ecosystem. Most impact drivers today are sold as “bare units” (unless you’re buying a drill driver set), meaning they come without batteries or chargers. Investing in a tool range from the same manufacturer can significantly reduce your costs over time, as you can share batteries and chargers across multiple tools. This makes your toolkit more versatile and future-proof.
Beyond battery compatibility, you’ll want to evaluate key features like maximum torque, impact rate, speed settings, motor type (brushless vs. brushed), and ergonomics. Some models offer high torque for heavy-duty fastening, while others focus on precision and lightweight manoeuvrability. Ultimately, the best choice will depend on how you intend to use the tool, and how often.
In this article, I’ll compare four current popular models, the Makita DTD156Z, DeWalt DCF887N, Milwaukee M18 BLID2, and Erbauer EOPID1 and break down their specs, strengths, and user experience to help you make a smart, cost-effective decision.
Impact Driver Comparison Chart
Let me start by showing you a quick breakdown of the key statistics for each model.
| Specification | Makita DTD156Z | DeWalt DCF887N | Milwaukee M18 BLID2 | Erbauer EOPID18 |
|---|---|---|---|---|
| Voltage | 18V | 18V | 18V | 18V |
| Max Torque | 155 Nm | 205 Nm | 180 Nm | 180 Nm |
| No Load Speed | 0–2,500 rpm | 0–1,000 / 0–2,800 / 0–3,250 rpm | 0–1,700 / 0–2,600 / 0–3,400 rpm | 0–2,900 rpm |
| Impact Rate | 0–3,000 ipm | 0–3,800 ipm | 0–1,500 / 0–3,400 / 0–4,200 ipm | 0–3,300 ipm |
| Weight | 0.94 kg (without battery) | 0.94 kg (without battery) | 1.0 kg (without battery) | 1.2 kg (with battery) |
| Length | 143 mm | 134 mm | 130 mm | 150 mm |
| Motor Type | Brushed | Brushless | Brushless | Brushless |
| Speed Settings | Single speed | 3-speed with PrecisionDrive | 3-speed with DRIVE CONTROL™ | Single speed |
| Bit Holder | 6.35 mm (1/4″) hex | 6.35 mm (1/4″) hex | 6.35 mm (1/4″) hex | 6.35 mm (1/4″) hex |
| LED Light | Yes | Yes (3-LED Halo ring) | Yes | Yes |
| Battery System | Makita LXT 18V | DeWalt XR 18V | Milwaukee M18 | Erbauer EXT 18V |
| Brushless Motor | No | Yes | Yes | Yes |
🔍 Key Takeaways
- Makita DTD156Z: A reliable entry-level option with a brushed motor, suitable for general tasks. It offers 155 Nm of torque and a compact design.
- DeWalt DCF887N: Features a powerful 205 Nm brushless motor and 3-speed settings with PrecisionDrive, making it ideal for precision work and heavy-duty applications.
- Milwaukee M18 BLID2: Offers 180 Nm of torque with a compact 130 mm length. It’s 3-speed DRIVE CONTROL™ provides versatility for various tasks.
- Erbauer EOPID18: Delivers 180 Nm of torque with a brushless motor, suitable for DIY enthusiasts seeking a balance between performance and affordability.
Choosing the right impact driver means understanding what features matter most for your needs. Here’s a breakdown of the key features to consider when buying and comparing impact drivers:
What I Look for in an Impact Driver
When I look for an impact driver, I am not chasing the biggest numbers on the box. I want a tool that feels good in the hand, holds up to daily use, and gives me control as well as power. After years of using different models, here are the key things I focus on.
Torque (Nm) – Torque determines how easily the driver handles long screws and stubborn fasteners. Around 150 Nm is fine for light work, while 200 Nm or more is better for heavy duty jobs. More torque is not always better. Too much power without control can snap screws fast.
Impact Rate (IPM) – Higher IPM usually means faster driving in tough materials. That said, smoother impact action often feels better than raw speed and causes less fatigue over long sessions.
No Load Speed (RPM) – Higher RPM drives fasteners quicker. Lower speeds give better control. Look for variable speed triggers or multiple modes so you can slow things down when needed.
Brushless vs Brushed Motors – Brushless motors run cooler, last longer, and give better battery life. If you use your tools often, brushless is worth it.
Speed Modes – Multiple modes let you switch between delicate work and heavy fastening without changing tools. I use low power modes more than I expected.
Weight and Size – Compact and lightweight drivers are easier to use, especially overhead. A well-balanced tool feels lighter than it looks.
Battery Platform – Stick with a brand you already own batteries for. It saves money and space.
Ergonomics and Build – Good grip, responsive trigger, bright LED, and solid bit holder make a real difference.
Price vs Performance – You do not need the most expensive model. Buy the best tool you can afford that matches how often and how hard you will use it.
Bottom line. Choose a driver that feels right, offers control, and fits your workflow. Specs matter, but comfort and reliability matter more.
Makita, DeWalt, Milwaukee & Erbauer: Strengths and Weaknesses Compared
Let’s take a quick look at the pros and cons of each model to include some real user insights.
Makita DTD156Z
Best for: Budget-conscious users and light to medium DIY use
Pros:
- Compact and lightweight, easy to maneuver in tight spaces
- Reliable and durable build, as expected from Makita
- Excellent value for general tasks (screwing, decking, light assembly)
Cons:
- Brushed motor = shorter lifespan and more maintenance than brushless
- Lower torque (155 Nm) compared to the others
- Only single-speed, no precision control
User Insight:
“Great tool for DIY and small jobs. Gets the job done without breaking the bank. I wouldn’t use it all day on a job site, though.”
Verdict: A solid entry-level tool, but lacks the versatility and performance needed for heavier tasks.
DeWalt DCF887N
Best for: Professionals and heavy-duty applications
Pros:
- Highest torque in this group (205 Nm), great for tough fastenings
- 3-speed settings + PrecisionDrive = excellent control and finesse
- Highly praised build quality and ergonomic comfort
- Compact size with powerful punch
Cons:
- Slightly more expensive (bare tool)
- Can feel a bit “aggressive” on lower torque tasks if not on PrecisionDrive mode
User Insight:
“Perfect blend of power and precision. Use it every day on site and never lets me down, the PrecisionDrive saves screw heads too.”
Verdict: Best-in-class for versatility, power, and professional-grade performance.
Milwaukee M18 BLID2
Best for: Tradespeople wanting power and durability with speed options
Pros:
- 3-speed DRIVE CONTROL™ offers flexible control
- Delivers 180 Nm with compact size and brushless efficiency
- Compatible with large M18 ecosystem
- Renowned Milwaukee toughness, built for jobsite abuse
Cons:
- Pricier than Erbauer or Makita
- Some users note it’s noisier under load
- Bare tool weighs slightly more than competitors
User Insight:
“Super reliable. The 3-speed modes let me tailor it perfectly, solid performer that takes a beating.”
Verdict: Very close to DeWalt in performance, and better suited if you’re already in Milwaukee’s tool ecosystem.
Erbauer EOPID18
Best for: DIYers who want brushless power on a budget
Pros:
- Offers brushless motor and good torque (180 Nm) at a lower price point
- Compatible with Erbauer EXT system (decent for DIYers)
- Performs well in general fastening and construction tasks
Cons:
- Slightly heavier and bulkier than premium models
- Fewer advanced features (e.g., no multi-speed)
- Not ideal for sustained professional use
User Insight:
“Great value for weekend projects. Does everything I need, though it’s not as refined or fast as a DeWalt or Milwaukee.”
Verdict: Strong budget option with good power and durability, ideal for non-pro users.
Conclusion: Why Choose One Over the Other?
| Tool | Choose If You Want… |
|---|---|
| Makita DTD156Z | Simplicity, affordability, and lightweight design for light work |
| DeWalt DCF887N | Top-tier performance, speed options, and pro-grade reliability |
| Milwaukee M18 | Heavy-duty durability with flexibility and M18 battery compatibility |
| Erbauer EOPID18 | Good power and brushless tech at a lower cost for occasional use |
Once you’ve picked your impact driver, you’ll need a solid way to transport and organise it—check out my head-to-head on the best modular storage systems to see which one holds up on the jobsite.
Final Thoughts: Would I Switch from My DeWalt Impact Driver?
For years, I have wondered whether one brand is truly better than another when it comes to power tools, especially when comparing Milwaukee and DeWalt. After using both on real jobs and around clients’ homes, I have learned they are much closer in performance than most people expect, but each brand has its own personality and strengths.
Milwaukee often feels a step ahead in raw power and innovation, while DeWalt consistently impresses me with long term reliability and overall value. A lesser known detail many people miss is that Milwaukee tends to push more aggressive motor tuning, which can boost performance but may also lead to slightly higher battery drain under heavy use.
Personally, I still lean toward DeWalt because my older tools continue to run strong after years of daily use. That said, Milwaukee has earned my respect and I would not hesitate to add more of their tools to my kit. If you want a deeper breakdown of how these two giants compare, check out my full guide on milwaukee vs dewalt.
If you’re curious how Milwaukee’s PACKOUT stacks up against DeWalt’s ToughSystem for carrying your new driver, see my full Milwaukee PACKOUT vs. DeWalt ToughSystem breakdown.
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