Makita XPH14 18V LXT Cordless Brushless Hammer Drill Review


Discover our review of the Makita XPH14Z 18V LXT Cordless Brushless Hammer Drill, a powerhouse with 1,250 in.lbs. of max torque, designed for compactness and ergonomic use. The Makita XPH14Z is engineered for those who demand the best in their tools.


  • Power Source: ‎Battery Powered
  • Maximum Rotational Speed: ‎2100 RPM
  • Voltage: 18 Volts
  • Maximum Chuck Size: ‎13 Millimeters
  • Special Features: ‎Variable Speed
  • Dimensions: 12″L x 8″W x 5″H
  • Speed: ‎2100 RPM
  • Maximum Power: ‎350 Watts
  • Battery Capacity: ‎5 Amp Hours
  • Battery Cell Type: ‎Lithium Ion

Makita XPH14 18V LXT Cordless Brushless Hammer Drill Key Features

Brushless Motor Technology

At the core of the Makita XPH14Z’s impressive performance is its advanced BL Brushless Motor, a pivotal feature that sets this tool apart from its counterparts. This innovative motor technology not only guarantees an extended lifespan for the drill, minimizing wear and tear, but it also delivers a superior power-to-weight ratio, ensuring that users experience powerful performance without the burden of a heavy tool. The introduction of the brushless motor into the design of the XPH14Z represents a significant leap forward in power tool technology, offering enhanced efficiency that translates to longer periods of operation on a single charge.

A close-up of a person's hand gripping the handle of a Makita cordless hammer drill, highlighting the tool's trigger and ergonomic design.

This efficiency boost is crucial for professionals and DIY enthusiasts alike, as it means less downtime and more productivity. Furthermore, the brushless motor contributes to the overall reliability and durability of the XPH14Z, making it a wise investment for anyone looking for a high-performing, long-lasting power tool.

Max Torque Delivery

The Makita XPH14Z distinguishes itself in the competitive landscape of power tools with its remarkable max torque output of 1,250 in.lbs., a figure that places it at the forefront of its class. This high torque capability ensures that users can undertake drilling and driving tasks with unparalleled ease, effectively navigating through even the most challenging materials without strain. Whether it’s boring through dense hardwoods, penetrating tough metals, or securing fasteners in rigorous applications, the XPH14Z delivers consistent, forceful performance.

A person in protective gloves is operating a Makita cordless hammer drill with an illuminated LED work light, drilling into a wooden surface, with a focus on precision and safety in a woodworking environment.

This level of torque not only enhances the tool’s versatility across a wide range of materials and tasks but also significantly reduces the time and effort required to complete demanding projects. The ability to generate such immense torque, therefore, underscores the XPH14Z’s status as a top-tier tool designed to meet the needs of professionals and DIY enthusiasts seeking efficiency and reliability in their work.

Compact and Ergonomic Design

The Makita XPH14Z impresses with its compact stature, measuring merely 7 inches in length, which marks it as 14% more compact compared to its earlier models. This reduction in size transforms into a significant advantage, particularly in terms of maneuverability and ease of use in confined spaces. Its ergonomic design complements this compactness, tailored to fit comfortably in the user’s hand, thereby enhancing grip and control during operation. Such design considerations play a crucial role in minimizing user fatigue, a common challenge during prolonged use of power tools.

Hands wearing protective gloves are using a Makita cordless hammer drill to bore into a wooden beam, with wood shavings indicating active drilling work.

Consequently, the combination of the XPH14Z’s reduced size and user-centric ergonomic features not only elevates the tool’s overall usability but also substantially improves the working experience by mitigating strain and discomfort over long periods.

Dual-Speed Transmission

The inclusion of a 2-speed transmission in the Makita XPH14Z adds a layer of versatility that is invaluable for a wide spectrum of drilling and fastening tasks. With the capability to adjust speeds between a lower range of 0-550 RPM and a higher range of 0-2,100 RPM, users are afforded meticulous control over their work. This adaptability ensures that whether the task at hand requires the gentle touch needed for delicate materials or the robust power necessary for tougher surfaces, the XPH14Z can seamlessly adjust to meet the demand.

The image shows a Makita cordless hammer drill in action, with a drill bit penetrating a wooden plank that has multiple holes, highlighting the tool's capability and effectiveness in woodworking tasks.

The ability to fine-tune the speed not only enhances the precision of the work but also significantly expands the tool’s utility across various materials and applications, making it an indispensable asset in both professional and DIY tool arsenals.

Drilling and Fastening Applications

The dual-speed transmission of the Makita XPH14Z is engineered to provide unparalleled versatility, enabling the tool to effortlessly transition between tasks on diverse materials ranging from softwoods to robust metals. This feature ensures that whether you’re delicately drilling into pine or powerfully piercing through stainless steel, the XPH14Z can adapt its speed to match the resistance and requirements of the material at hand.

A Makita cordless hammer drill with a drill bit is captured mid-use, creating holes in a bright yellow surface, with visible dust and debris from the drilling.

This adaptability not only enhances the tool’s efficiency but also preserves the integrity of both the drill and the workpiece, by providing the right amount of power for each specific task. Consequently, this capability greatly expands the range of projects the XPH14Z can be used for, making it a valuable and flexible tool in any collection, capable of tackling a broad spectrum of drilling and driving applications with ease.

Hammer Drilling Performance

Equipped with an impressive 0-31,500 Blows Per Minute (BPM) hammer drilling functionality, the Makita XPH14Z stands out as a particularly effective tool for masonry applications. This high BPM rate enables the drill to deliver rapid, percussive force, making it adept at boring through concrete, brick, and other masonry materials with speed and precision. The hammer action works by pulverizing the material at the point of contact, facilitating quicker penetration with less effort and thus significantly enhancing drilling efficiency.

A close-up of a Makita cordless hammer drill being used to drill into concrete, with focus on the tool and drill bit, and the user's gloved hands guiding the process.

This capability is especially valuable in construction and renovation projects where time and accuracy are critical. The XPH14Z’s robust hammer drilling feature ensures that users can tackle even the most demanding masonry tasks with confidence, streamlining the process and yielding superior results.

Enhanced Bit Gripping Strength

The Makita XPH14Z is equipped with an all-metal 1/2″ self-ratcheting chuck, a feature that significantly contributes to the tool’s robustness and long-term reliability. This durable chuck design is engineered to provide superior bit gripping strength, ensuring that drill bits remain securely fastened even under the stress of high-torque applications. This tight grip minimizes slippage and misalignment, leading to more precise drilling results and reducing the likelihood of bit damage or wear over time.

A Makita cordless hammer drill is in focus against a blurred workshop background, with a drill bit inserted and ready for use.

The use of metal in the chuck’s construction also enhances the overall durability of the tool, standing up to the rigors of heavy use and harsh job site conditions. As a result, the inclusion of this high-quality chuck not only boosts the XPH14Z’s performance but also solidifies its status as a dependable tool in any professional or DIY toolkit.

User Experience and Performance

Power and Efficiency

Feedback from users of the Makita XPH14Z consistently highlights the tool’s exceptional power and efficiency, attributes largely attributed to its advanced brushless motor technology. This motor is key to optimizing battery life, allowing for longer periods of use before the need for recharging arises. Moreover, it maintains a steady delivery of power to the tool, ensuring that its performance does not falter, even when under significant load.

Makita cordless hammer drill in action, drilling into a wooden plank with visible sawdust, in a workshop setting.

This consistency in power output is crucial during demanding tasks, ensuring that the tool performs reliably at its peak capability, without the common pitfalls of power dips or surges. Such efficiency and sustained power make the XPH14Z a favored choice among professionals and enthusiasts who require dependable performance in a variety of challenging applications.

Comfort and Handling

The Makita XPH14Z garners appreciation for its thoughtfully designed compact and ergonomic structure, which plays a significant role in its popularity. This design ensures that the tool is not only easy to handle but also comfortable to hold for extended periods, thanks to its balanced weight distribution and contoured grip. Such features are crucial for maintaining steady and precise control over the tool’s operation, allowing for accuracy in drilling and driving tasks.

A person's hand is shown holding a Makita BL brushless cordless drill, highlighting its compact size and ergonomic grip against a workbench backdrop.

Additionally, the ergonomic design significantly diminishes the strain on the user’s hand and arm, effectively reducing fatigue during prolonged use. This combination of compactness, comfort, and control makes the XPH14Z an ideal choice for both professionals and DIY enthusiasts who value efficiency and comfort in their tools.

Pros and Cons


Advantages the XPH14Z’s brushless motor, compact design, and dual-speed transmission are among its key advantages. These features combine to offer a powerful, versatile, and user-friendly tool.


Limitations while the XPH14Z excels in many areas, it’s important to consider the initial investment.


The Makita XPH14Z 18V LXT Lithium-Ion Brushless Cordless Hammer Drill Driver Kit stands as a testament to Makita’s innovation and commitment to quality. It’s not just a tool but a reliable partner for a wide range of drilling and driving tasks. Whether you’re a professional contractor or a DIY enthusiast, the XPH14Z offers the power, versatility, and durability you need to get the job done right. With its advanced features and user-centric design, it’s clear that this tool is built to meet and exceed the demands of any project.


  1. Is the Makita XPH14Z suitable for heavy-duty drilling? Yes, the XPH14Z is equipped with a powerful BL Brushless Motor and a max torque of 1,250 in.lbs., making it suitable for heavy-duty drilling tasks, including masonry and metal.
  2. How does the brushless motor benefit the XPH14Z? The brushless motor in the XPH14Z enhances the tool’s efficiency and durability. It provides more power, reduces heat buildup, and extends the tool’s lifespan by minimizing wear and tear on internal components.
  3. Can the XPH14Z be used for long periods without causing user fatigue? Absolutely. The XPH14Z is designed with a compact and ergonomic frame, making it easy to handle and reducing fatigue during prolonged use.
  4. How does the dual-speed transmission benefit the user? The dual-speed transmission offers versatility, allowing users to select the appropriate speed (0-550 & 0-2,100 RPM) for a wide range of drilling and fastening tasks, from delicate to high-intensity jobs.
  5. Is the investment in the XPH14Z justified? While the XPH14Z may come with a higher initial price tag compared to some other drill drivers, its advanced features, durability, and the Makita brand’s reputation for quality make it a worthwhile investment for those who require reliability and performance in their work.
  6. Does the Makita XPH14Z come with a battery and charger? Typically, the XPH14Z model number refers to the tool only. However, Makita often offers kits that include batteries and a charger. It’s advisable to check the specific package details or model numbers for kit inclusions.
  7. What materials can the Makita XPH14Z drill through? The XPH14Z is versatile enough to drill through a variety of materials, including wood, metal, plastic, and masonry. Its hammer drill function is specifically designed for efficient drilling in concrete and other masonry materials.
  8. Is there a warranty for the Makita XPH14Z? Makita tools are known for their durability and are backed by a comprehensive warranty. The XPH14Z typically comes with a 3-year limited warranty covering repairs due to defects in materials or workmanship. Always verify the warranty details at the time of purchase.
  9. Can the speed and torque settings be adjusted on the XPH14Z? Yes, the XPH14Z features a variable speed trigger and a 2-speed transmission, allowing users to adjust the speed according to the task. Additionally, the torque can be adjusted using the clutch settings, providing precise control for various fastening tasks.
  10. How does the XPH14Z perform in terms of battery life? The XPH14Z’s brushless motor is highly efficient, reducing battery drain and extending runtime. Actual battery life will depend on the battery capacity used (Ah) and the intensity of the tasks. For optimal performance, using higher capacity Makita 18V LXT batteries is recommended.

To craft a comprehensive and expert review of the Lincoln Electric KH641 Welding Gloves, it’s important to consider various aspects such as their design, materials, comfort, durability, protection level, and suitability for different welding applications. Let’s dive into each of these factors to provide a well-rounded overview.

A pair of grey Lincoln Electric KH641 leather welding gloves.

Price $24.12 on Amazon

Lincoln Electric KH641 Specifications

  • Brand Lincoln Electric
  • Model KH641
  • Material High-quality leather for heat resistance and durability.
  • Design Ergonomic with reinforced stitching for comfort and longevity.
  • Protection Excellent against heat, sparks, and spatter.
  • Flexibility Good dexterity for precise tasks.
  • Suitability Ideal for MIG, TIG, and stick welding.
  • Durability Built to last, offering a cost-effective solution.
  • Sizes Available in multiple sizes for a proper fit.

Design and Materials

The Lincoln Electric KH641 Welding Gloves are designed with the welder’s safety and comfort in mind. Made from high-quality leather, these gloves offer a good balance between dexterity and protection.

Grey Lincoln Electric KH641 welding gloves laid out flat on a white background.

The leather used is typically cowhide or deerskin, known for its durability and heat resistance. The gloves incorporate a reinforced stitching pattern that enhances their longevity and ability to withstand the rigors of welding tasks.


Comfort is paramount when it comes to welding gloves, as welders often wear them for extended periods. The KH641 gloves are designed with an ergonomic fit that contours to the natural shape of the hands, reducing hand fatigue.

A person stacking firewood while wearing Lincoln Electric KH641 welding gloves against a plywood backdrop.

The interior lining is soft, providing a comfortable wear throughout the day. Additionally, the gloves are sufficiently flexible, allowing for easy manipulation of welding tools and materials.


The Lincoln Electric KH641 Welding Gloves exemplify durability through their robust construction. Crafted from premium leather and reinforced with sturdy stitching, these gloves are designed to endure the rigorous demands of welding.

Welder in a mask using Lincoln Electric KH641 gloves while welding a metal pipe.

This resilience not only allows them to resist wear and tear over numerous projects but also positions them as a cost-efficient choice. Whether for seasoned professionals or enthusiastic hobbyists, their lasting build minimizes the need for frequent replacements, embodying both reliability and economic value in the realm of welding safety gear.

Protection Level

Protection is, without a doubt, the most critical aspect of welding gloves. The KH641 gloves offer excellent protection against heat, sparks, and spatter, which are common hazards in welding environments. The thickness and quality of the leather provide a good barrier, while not compromising too much on hand mobility.

Welder wearing Lincoln Electric KH641 gloves and a protective helmet while welding a metal sheet.

However, it’s important to note that while they offer substantial protection for most MIG, TIG, and stick welding applications, users should assess the specific hazards of their welding processes to ensure adequate protection.

Suitability for Different Welding Applications

The versatility of the Lincoln Electric KH641 Welding Gloves makes them suitable for a wide range of welding applications.

Close-up of a welder's hands wearing Lincoln Electric KH641 gloves, welding with a bright arc light.

They offer the dexterity needed for TIG welding, where precision is key, while also providing the robust protection required for MIG and stick welding. That said, for extremely high-temperature applications, welders might need gloves with specialized materials for enhanced heat resistance.

Pros and Cons


  • Crafted from premium leather, offering excellent durability and resistance to heat, making them ideal for welding tasks.
  • Contoured to fit the natural shape of the hand, reducing fatigue and increasing comfort during long welding sessions.
  • Enhances the gloves’ longevity and ability to withstand the rigors of frequent welding, ensuring they last through numerous projects.
  • Offers substantial protection against heat, sparks, and spatter, essential for welder safety.
  • Suitable for various welding processes, including MIG, TIG, and stick welding, making them a versatile addition to any welder’s gear.


  • While they offer good protection against heat, in very high-temperature applications, welders might require gloves with specialized materials for enhanced heat resistance.
  • Although available in multiple sizes, finding the perfect fit can still be a challenge for some users, potentially affecting dexterity and comfort.
  • While they strike a balance between flexibility and protection, some tas

Cleaning Tips for Lincoln Electric KH641 Welding Gloves

  • Brush Off Debris Regularly use a soft brush to remove surface debris, such as dust and dried spatter, to prevent accumulation.
  • Wipe with a Damp Cloth For light soiling, gently wipe the gloves with a damp cloth. Avoid soaking the leather as it can dry out and crack.
  • Dry Naturally After cleaning, let the gloves dry naturally at room temperature. Avoid direct heat sources like radiators or sunlight, which can warp or crack the leather.
  • Spot Clean Stains Apply a small amount of mild soap to a damp cloth and gently rub any stained areas. Rinse the cloth and wipe the soap off the gloves.
  • Use Leather Cleaner for Tough Stains For more stubborn stains, use a leather cleaner following the manufacturer’s instructions. Test on a small area first to ensure compatibility.
  • Condition Leather Occasionally apply a leather conditioner to keep the gloves supple and prevent drying and cracking. Ensure the product is suitable for heat-resistant leather.
  • Store Properly Store the gloves in a cool, dry place away from direct sunlight and moisture to prevent mildew and fading.
  • Avoid Harsh Chemicals Never use harsh chemicals or solvents for cleaning, as they can damage the leather and compromise the gloves’ integrity.
  • Check for Damage Regularly inspect the gloves for signs of wear or damage. Promptly repair or replace gloves if the leather is cracked, or the seams are coming apart to maintain protection.
  • Follow Manufacturer’s Care Instructions Always refer to Lincoln Electric’s care instructions for the KH641 Welding Gloves for specific advice on maintaining their longevity and performance.

Comparison Table with Other Models

FeatureLincoln Electric KH641 Welding GlovesTillman 1350 MIG Welding Gloves
MaterialHigh-quality leatherTop grain cowhide
Protection LevelGood protection against heat, sparks, and spatterExcellent heat and abrasion resistance
FlexibilityBalanced flexibility for dexterityHigh flexibility with a softer feel
DurabilityReinforced stitching for longevityDouble stitching for enhanced durability
Intended UseVersatile for MIG, TIG, and stick weldingPrimarily designed for MIG welding, but suitable for other types as well
ComfortErgonomic design with soft interior liningUnlined palm for sensitivity, cotton/foam lined back for heat protection
Cost-EffectivenessCost-effective due to durabilityComparable, with emphasis on specialized protection

Tillman 1350 MIG Welding Gloves Specifications

  • Brand Tillman
  • Model 1350
  • Material Top grain cowhide for heat resistance and durability.
  • Design Straight thumb for grip, 4-inch cuff for protection.
  • Stitching Kevlar® for durability.
  • Lining Unlined for dexterity.
  • Protection Excellent against heat/sparks, with reinforced palm/back.
  • Application Ideal for MIG welding, suitable for light tasks.
  • Durability Long-lasting with quality materials and construction.
  • Sizes Available in multiple sizes.
A pair of Tillman 1350L welding gloves with white leather and a yellow cuff.

Price $24.12 on Amazon

About this Item

  • Premium Leather Construction The gloves are made from high-quality leather, ensuring durability and providing excellent resistance to heat, which is crucial for welding safety.
  • Ergonomic and Comfortable Fit Designed to align with the natural contours of the hand, these gloves reduce fatigue during long welding sessions, offering both comfort and better control over welding tools.
  • Enhanced Durability with Reinforced Stitching The use of reinforced stitching techniques significantly increases the gloves’ lifespan, making them capable of withstanding rigorous and frequent use in various welding projects.
  • Optimal Protection They provide robust protection against common welding hazards, including sparks, spatter, and heat, ensuring welder safety across a wide range of welding applications.
  • Versatility for Various Welding Types Whether you’re engaged in MIG, TIG, or stick welding, these gloves are designed to meet the demands of different welding processes, making them a versatile choice for professional welders and hobbyists alike.


The Lincoln Electric KH641 Welding Gloves strike an impressive balance between comfort, durability, and protection. Their thoughtful design and quality materials make them suitable for a broad spectrum of welding tasks, from hobbyist projects to professional applications. While they excel in many areas, welders should still consider the specific demands of their work to ensure these gloves meet their needs. Overall, the KH641 gloves represent a reliable choice


  1. What material are the Lincoln Electric KH641 Welding Gloves made from?
    They are made from high-quality leather, designed for durability and heat resistance.
  2. Are these gloves suitable for all types of welding?
    Yes, the KH641 gloves are versatile and suitable for MIG, TIG, and stick welding applications.
  3. Do the KH641 gloves come in different sizes?
    Yes, they are available in multiple sizes to accommodate different hand sizes, ensuring a proper fit.
  4. Can the KH641 gloves protect against electric shock?
    While they provide excellent protection against heat and spatter, they are not rated for electrical insulation. Always use appropriate electrical safety measures.
  5. How do I clean the KH641 welding gloves?
    Gently brush off debris and wipe with a damp cloth. For tougher stains, use a leather cleaner. Always let them dry naturally.
  6. Can I use these gloves for non-welding tasks?
    While designed for welding, their durability and heat resistance make them suitable for various rugged tasks requiring hand protection.
  7. Are the KH641 gloves waterproof?
    They are not designed to be waterproof. Leather can resist minor splashes, but prolonged exposure to water should be avoided.
  8. How long do these gloves typically last?
    Durability varies by usage intensity but, with proper care, they are designed to withstand extensive use in welding environments.
  9. Is there a warranty for the KH641 gloves?
    Check with your retailer or Lincoln Electric for warranty information as terms may vary.
  10. Can I repair the KH641 gloves if they get a hole or tear?
    Minor repairs can sometimes be made, but significant damage, especially in critical areas, may compromise their safety effectiveness, and replacement is recommended.

We’re eager to learn about your experiences! If you’ve used the Lincoln Electric KH641 Welding Gloves, please share your thoughts and feedback in the comments section below. Whether it’s about their durability, comfort, or protection level, your personal insights can greatly assist other welders in making informed decisions. Your review could be the guiding light for someone on the fence about choosing the right welding gloves for their needs. Let’s build a community of informed and protected welders together!

For more expert woodworksand advice, explore our guides, discover top recommendations in our best section, and delve into in-depth product reviews in our review section. Happy Welding.

Charles Hayes
Charles Hayes
Forestry Author

I'm Charles Hayes, I bring over 15 years of specialized expertise in landscaping and woodworking, blending artistic design with sustainable environmental stewardship. My career, fueled by a profound passion for the natural world, encompasses extensive education and hands-on experience in creating harmonious, eco-friendly outdoor spaces and responsibly managing forest resources. Recognized for my professional standing, I am committed to continuous learning and certification in cutting-edge practices. My expertise is not only reflected in my work but also in my contributions to community projects, educational workshops, and collaborations with industry leaders. As an authoritative voice in my field, I strive to share knowledge and promote environmentally conscious approaches, making me a trusted resource in landscaping and forestry.


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