We Rigorously Tested a Bunch of Miter Saws—and Bosch Is Clearly a Cut Above the Rest

This article presents a comprehensive evaluation of three drywall sanders—Bauer, Bosch, and Festool Planex—alongside their corresponding dust extraction systems. The primary goal of the test is to assess their performance in two critical areas: aggressive material removal and fine finish sanding, with additional consideration for user fatigue and overall dust control. The sanders evaluated span a price range from $500 to $2200, each offering distinct features and benefits. The Bauer sander, positioned as the lowest-priced option, features extendability for high ceilings and a built-in light. Its head motion is rotary, indicating suitability for aggressive tasks rather than fine finishing. The Bosch sander, a mid-range option, also offers extendability and a rotary head motion but lacks an integrated light. The Festool Planex, the highest-priced model, includes extendability, an LED light, and a random orbit motion, making it more apt for finish sanding. Accompanying these sanders are three dust extractors: Hercules, Bosch, and Festool CT36. All three models incorporate tool-triggered operation, auto-clean enabled HEPA filters, and are designed for mobility. The Hercules vacuum boasts 3-inch front wheels and 8-inch rear wheels, providing good maneuverability. Its internal design includes HEPA filters and a general vacuum bag. The Bosch extractor features smaller 1.5-inch front wheels and 7-inch rear wheels, which can occasionally hinder movement over minor obstacles. It houses a HEPA filter and a main particulate bag. The Festool CT36, with 4-inch front wheels and 8-inch rear wheels, offers superior maneuverability and integrates both HEPA and main particulate bags under a single cover. The testing phase involves evaluating aggressive material removal on simulated rough, textured ceilings with heavy-bodied acrylic paint. The Bauer sander, using 60-grit sandpaper, demonstrates effective material removal and excellent dust collection during operation, though some dust leakage occurs upon shutdown. Transitioning to 120-grit for smoothing, the Bauer performs respectably for finishing coarse removal, resulting in a smooth, primer-ready surface. For textured walls with excessive paint, the Bauer with 120-grit efficiently knocks down ridges and paint imperfections. The Bosch sander, also tested with 60-grit for heavy material removal, exhibits good performance on coarse textures. Its ergonomic design and balance contribute to ease of use, and with proper suction and airflow settings, it achieves a primer-ready finish without requiring subsequent fine-grit sanding. When tackling orange peel texture with 120-grit, the Bosch quickly smooths surfaces. The Festool Planex, using 60-grit, effectively removes coarse texture and acrylic paint. Optimal dust extraction is achieved by adjusting suction levels, with higher settings minimizing debris in the sanding head. For fine finish sanding on orange peel texture with 120-grit, the Planex delivers a flat and clean finish. During finish-work testing on soft compounds and drywall patches, the Bauer sander requires significant calibration of rotary control and vacuum suction to prevent aggressiveness and chattering. Despite adjustments, it leaves scroll marks due to its rotary head, and some dust leakage is observed. The Bosch sander, with 220-grit paper on simulated patches and joints, provides mixed results. While dust extraction is good and control is adequate, the tool’s chattery nature and the absence of an integrated light make consistent finishing challenging, leading to more sanding texture and swirls. The Festool Planex, utilizing 220-grit for finish sanding, offers a superior experience due to its random orbit motion. Careful adjustment of suction and motor speed is necessary to avoid over-sanding soft substrates, but when dialed in, it effectively feathers edges and floats over compounds, producing a high-quality finish. In summary, the Bauer sander offers good value for aggressive material removal, though its finish sanding capabilities are less refined, leaving scroll marks. The Bosch excels in fast material removal but falls short in finish sanding due to the lack of a light and its rotary motion. The Festool Planex emerges as the top performer across all categories, excelling in both aggressive material removal and fine finish sanding, largely due to its random orbit head and effective dust extraction. #DrywallSander #ToolTest #DustControl #HomeRenovation #FineFinishSanding #MaterialRemoval #HomeImprovement #PowerTools #ConstructionEquipment

This review evaluates seven 6-inch random-orbit sanders, chosen for their stroke models ranging from 2mm to 3mm and prices between $100 and over $650. The tools are categorized into 'low profile' and 'tall profile' designs. The primary objective of the testing was to identify sanders that provide a consistently high-quality finish and are comfortable for extended use, addressing the needs of cabinetmakers and other woodworking professionals. Initial testing involved providing the sanders to multiple professional woodworkers for real-world application over several months, gathering their practical feedback. Further assessment included sanding plexiglass panels to analyze scratch patterns and conducting controlled tests to measure material removal/collection and overall sanding results. To ensure consistency, the same brand of sandpaper with a matching hole pattern was used for each sander. All tools were operated at their highest speed and connected to a quality dust extractor set at medium power. While most sanders produced satisfactory scratch patterns and decent dust collection, a key finding was the ergonomic disadvantage of 'tall profile' sanders, particularly for one-handed operation. These heavier, bulkier tools were found to be more challenging to manage, leading to increased fatigue during prolonged use or when working in awkward positions. The 'low profile' sanders, conversely, offered significant ergonomic benefits. They were lighter, more comfortable for one-handed sanding, and better suited for delicate work, overhead tasks, and large surfaces like tabletops or stair treads where reduced fatigue is crucial. Although generally more expensive, their enhanced usability and precision were highlighted as key advantages. The Mirka DEROS 625X CV emerged as the top performer, being praised for its ease of use, ability to minimize fatigue, and exceptional finish quality. Its lightweight, low-profile design, DC brushless motor, and palm-activated paddle switch were noted as superior features, contributing to its effectiveness for both detailed and general sanding tasks. The Festool ETS EC, another low-profile model, was identified as a close second. Among the 'tall profile' sanders, the Festool ETS 150 stood out as the most comfortable for one-handed use due to its lighter weight and smaller grip, despite its higher price point compared to other tall models. Other sanders reviewed included the Makita BO6030, Bosch GEX34-6, Ridgid R2611, and Metabo SXE 450 TurboTec. The Makita BO6030 demonstrated the worst performance in terms of finish quality, producing noticeable swirl inconsistencies, and had the smallest dust port. The Bosch GEX34-6, while having a high material removal rate, was criticized for its large size and uncomfortable grip, making it tiring for extended use. The Ridgid R2611, the heaviest sander tested, suffered from poor balance and dust collection, tending to rock or wobble during operation. The Metabo SXE 450 TurboTec offered an adjustable stroke size and a unique turbo mode, but its effectiveness in changing oscillation modes was not clearly discernible. The testing methodology for scratch patterns involved sanding plexiglass with different grits, while material removal was measured by weighing wood blanks before and after sanding for 30 minutes, followed by staining to reveal scratch patterns. The author, Stefan Straka, a cabinetmaker, emphasized that sanding speed is less critical than achieving a high-quality finish and maintaining comfort during long sanding sessions. #RandomOrbitSanders #PowerTools #WoodworkingTools #SanderReview #ToolTesting #Cabinetmaking #FinishCarpentry #Ergonomics #DustCollection

This article details a comprehensive review and testing of nine leading stud finders available in 2025, conducted by GearLab. The goal of the evaluation was to identify the top products for accuracy, ease of use, and overall features for various home improvement and DIY projects. The tested models included offerings from prominent brands such as Bosch, Zircon, and Black+Decker, among others. The testing methodology involved both controlled laboratory assessments using a simulated wall structure and real-world application during actual home projects, such as hanging picture frames and bike racks. Each stud finder was rigorously tested across three primary metrics: Accuracy (40% weighting), Ease of Use (40% weighting), and Features (20% weighting). Accuracy assessments focused on edge detection, center detection, and depth detection for various materials like wood, metal, and electrical wiring. Ease of Use evaluated factors such as one-handed operation, marking convenience on walls and ceilings, instructional clarity, and overall user-friendliness, including calibration requirements and ambidextrous design. Features considered additional functionalities like built-in levels, rulers, AC power sensing, magnetic sensors, and pipe detection capabilities. The Bosch GMS120 Digital Multi-Scanner was awarded "Best Overall Stud Finder" due to its high accuracy in detecting wood, metal, and electrical wiring, its center-finding capability, and an intuitive color-changing ring indicator. Despite its bulkiness and a need for multiple passes for optimal accuracy, its comprehensive features and ease of reading in dim conditions made it a top choice. For those seeking a budget-friendly option, the Zircon MultiScanner A200 was recognized as the "Best Bang for Your Buck." This model offered good accuracy for wood, metal, and AC modes, along with a bright display and marking arrow, making it suitable for most home projects despite some limitations in metal differentiation and ergonomic design for left-handed users. The Franklin Sensors ProSensor T13 earned the "Most Intuitive Stud Finder" title for its unique bar of lights display that shows the entire stud, eliminating the need for multiple scans and simplifying the marking process. Its integrated level and ruler were also noted as beneficial, though it lacks metal and AC detection and its horizontal design can be awkward for certain tasks. The Black+Decker BullsEye Auto Leveling Laser was highlighted as the "Best Option With a Laser Level," praised for its integrated laser level that proved effective on textured drywall and its bullseye marking spot, making it ideal for tasks requiring precise alignment like hanging multiple frames. However, its bulky design and slower scanning speed were identified as minor drawbacks. Lastly, the C.H. Hanson 03040 Magnetic Stud Finder received the "Best Magnetic Stud Finder" award. This traditional tool, relying on powerful magnets to detect steel screws and studs, was lauded for its reliability and inability to give false positives. While it accurately identifies steel, its limitation to metallic objects and inability to locate the exact center of a stud were noted. The review also provides a buyer's guide covering considerations such as material types to detect, desired features, wall thickness, and ergonomics to help consumers choose the most appropriate stud finder for their specific needs. This detailed analysis aims to assist users in making informed decisions for safe and efficient DIY and home renovation tasks. #StudFinders #HomeImprovement #DIYTools #ToolReview #Bosch #Zircon #FranklinSensors #BlackAndDecker #MagneticStudFinder

Windows are prone to accumulating water spots, smudges, and smears, which can obstruct clear views. Effective window cleaning can enhance living spaces, and window squeegees are designed to simplify this task by removing water and ensuring a streak-free finish. This review involved testing various best-selling window squeegees on different surfaces, including windows, mirrors, and shower doors, encompassing both tall and small windows. The evaluation included models with additional scrubbers and telescoping poles to assess their performance across diverse cleaning scenarios. The Unger Pro 12-Inch Stainless Steel Window Squeegee was identified as the best overall product due to its lightweight design and ability to deliver streak-free results. It also features replaceable blades, contributing to its longevity. Other top-rated squeegees included the Ettore 8-Inch All-Purpose Window Squeegee for its affordability and efficiency, and the Karcher Window Vac WV 6 Plus Window Squeegee, an upgrade pick notable for its vacuum function that prevents water pooling. The Eversprout Swivel Squeegee With Extension Pole was recognized for its utility in cleaning high windows, while the Ettore 6-Inch All-Purpose Window Squeegee was recommended for small windows, and the Unger ErgoTec 18-Inch Ninja Squeegee for large windows. Key considerations for choosing a window squeegee include blade width, material, and whether the blades are replaceable. Squeegee blades are typically made from flexible silicone or rubber, both effective in high-quality versions. Replaceable blades are a significant advantage as they allow for continued use even if the original blade warps or tears. The channel, which secures the blade, is usually a metal rod, and modern designs often feature preinstalled blades. Handle length is another critical factor; short handles are suitable for indoor and vehicle windows, while extension poles are essential for higher outdoor windows, with consideration given to the overall weight of the pole to minimize user fatigue. Additional features can enhance squeegee utility, such as microfiber scrub pads for pre-cleaning and innovative designs like magnetic squeegees or vacuum-equipped models that collect dirty water. For optimal use, it is recommended to pre-wet the glass surface with a cleaning solution, especially if it's heavily soiled, and then apply the squeegee from top to bottom, overlapping each stroke to prevent streaks. Positioning an old towel at the base of indoor windows can help catch excess cleaning solution. Regular maintenance, such as rinsing and drying the squeegee after each use, and storing it indoors to protect the blade from extreme temperatures, can extend its lifespan. Squeegees are also beneficial for shower maintenance, helping to prevent water spots and inhibit mold and mildew growth. Professionals often favor high-quality rubber or silicone blades for their effectiveness. #WindowSqueegees #CleaningSupplies #HomeMaintenance #ProductReview #StreakFreeCleaning #HouseholdTools #WindowCleaningTips

The article reviews Bosch's new 18v GEX18V-5 and 12v GEX12V-5 cordless random-orbit finish sanders, highlighting their ergonomic design, accessible speed-selector dials, and effective side-mounted dust bags. The author, a carpenter and woodworker, shares personal experience using both models over several months, emphasizing the significant improvements they offer compared to other cordless sanders. The sanders feature brushless motors, which contribute to their compact size and balanced, low-slung profile, resembling air-powered dual-action sanders more than typical bulky cordless options. Both models utilize 5-inch diameter, eight-hole sanding pads and are compatible with various sandpaper types, including mesh. The article stresses that these are finish sanders, with a 3/32-inch orbit, meaning they are not designed for rapid stock removal but rather for precise finishing tasks. The 12v model, spinning at 6000 to 10,000 RPM, feels less aggressive than the 18v version, particularly when used with smaller batteries like the 2-Ah, which the author frequently uses for its lightweight advantage and additional grip. This makes the 12v ideal for light tasks, overhead work, or situations where weight reduction is prioritized over extended run time. Both sanders demonstrate good ergonomics, efficient dust extraction (further enhanced when connected to a vacuum), and excellent balance. The author specifically praises the convenience of cordless operation, especially in locations without easy access to power outlets. The 18v model, often paired with a 4-Ah battery, is favored for bench work due to its consistent RPM and optimal power-to-weight ratio, offering a more convenient alternative to electric sanders even in a workshop setting. The 12v sander serves as a portable tool for touch-ups and installations on job sites. Given their reasonable pricing and high performance, both sanders are presented as excellent values, particularly for individuals already invested in Bosch's 12v or 18v battery platforms. The review also notes that the advancements in battery technology and brushless motors have been pivotal in enabling these tools to deliver improved performance and compactness. #CordlessTools #RandomOrbitSander #BoschTools #Woodworking #FinishSander #PowerTools #ToolReview #HomeImprovement #Carpentry

This article presents a comprehensive review and test of various cordless planers available in the market, focusing on their utility in woodworking and carpentry tasks. The author, a professional carpenter, highlights the advantages of cordless power planers over traditional hand planes, particularly their quick and effortless stock removal and the ease of replacing disposable blades, which minimizes downtime due to blade damage from job site hazards. The tested models include offerings from Bosch, Makita, DeWalt, Metabo HPT, Ryobi, and Milwaukee. All standard models evaluated share common features such as 3 1⁄4-inch-wide disposable carbide blades, bevel grooves for easing edges, and small kickstands to protect the cutter head. Additionally, two smaller cordless models from Bosch and Milwaukee, designed for finish carpentry, were also included in the evaluation. The article specifies that all listed model numbers and prices correspond to the tool-only versions, though some manufacturers provide kits that include batteries and chargers. The versatility of these power planers is emphasized, ranging from precise tasks like fitting inset cabinet doors to heavy-duty applications such as significant stock removal, straightening bowed framing, and flattening wide hardwood slabs. They are also suitable for common finish-carpentry jobs, including trimming full-size doors, shaving extension jambs, and planing to scribed lines for tight-fitting built-ins and cabinets on irregular walls. The performance evaluation considered this broad spectrum of applications. Blade characteristics are discussed, noting that all planers utilize double-edged carbide blades that perform well across various wood types. Blade changes are simplified by reversing the blades to expose a new edge. Bosch planers are noted for their unique counterbalanced cutter heads that accommodate a single blade, streamlining blade changes and ensuring alignment. For working with older stock that might contain embedded nails, DeWalt, Metabo HPT, and Makita offer more economical, resharpenable high-speed steel blades as an alternative to carbide. Key features for a superior tool are identified, including the ability to eject chips from both sides for user convenience and clear visibility. While Metabo HPT, Makita, and DeWalt models only offer right-side chip ejection, others, including the smaller planers, allow for selection between right and left. Ryobi is commended for including a dust bag with its planer, a feature often missing in other larger models. Fences, crucial for straight and square-edged passes, are generally included with larger planers, with Makita being an exception requiring separate purchase. The Milwaukee’s fence is highlighted as superior due to its size and bevel-cutting capability. The fences on Metabo HPT and Ryobi are noted as being smaller but can be improved with an auxiliary wooden fence. For raw power in surfacing rough hardwood, the Makita and Metabo HPT models with brushed motors are recommended. The Milwaukee and Bosch planers are praised for general carpentry and finish work, offering a balance of construction quality, user-friendly blade changes, and adaptability for both heavy and precise tasks. The Milwaukee is slightly preferred for its adjustable bevel fence and convenient chip ejection lever. The smaller 12V planers from Milwaukee and Bosch are recognized as valuable additions for trim carpenters, ideal for one-handed operation in confined spaces, precise work on moldings and cabinet boxes, and tapering narrow stock for doors and windows. The testing methodology involved evaluating performance on end and edge grain, various hard and softwoods (fir, oak, walnut, veneer plywood), and the quality of rabbet cuts. All planers performed effectively on different wood types when using fresh blades and appropriate feed rates. The ability to create rabbets is consistent across all models due to the blade extension across the sole. Specific recommendations for each tested planer highlight their unique strengths, such as the Milwaukee’s large bevel-adjustable fence, the Ryobi’s value, the Bosch’s innovative single-blade system and safety features, the DeWalt’s ruggedness and onboard blade storage, the Makita’s powerful smooth cuts, the Metabo HPT’s power and included fence, and the smaller Milwaukee and Bosch models’ suitability for fine finish work and dust control. The article concludes by listing the author and photographers involved in the product review. #CordlessPlaners #PowerTools #ToolTest #Woodworking #FinishCarpentry #HomeImprovement #CarpentryTools #BladeChange #DustCollection

This article details a six-month investigation into 16 different robot vacuum-mop combos from various manufacturers, including Roborock, iRobot, Narwal, Ecovacs, and Eufy, to evaluate their efficacy and recommendability. The testing process began with nine models in a multi-pet, multi-story home, observing their performance on diverse floor types and their interaction with a busy household. Five models were quickly dismissed due to malfunctions or poor cleaning. The remaining 11 models underwent controlled tests in a 400-square-foot facility, simulating a living room environment with low- and medium-pile rugs and vinyl flooring. Testers assessed navigation around furniture, obstacles, and simulated pet waste. Vacuuming power was measured using a protocol similar to that for standalone robot vacuums. Mopping capabilities were rigorously tested against dried stains such as coffee, milk, and caramel syrup, using warm water and, when available, manufacturers' cleaning solutions. Deep-cleaning and scrubbing modes were also utilized. The convenience of self-emptying/self-cleaning docks was evaluated, along with the ease of setup, mapping accuracy, intuitiveness of no-go zones, and cleaning features of the associated mobile applications. Customer service departments were contacted to gauge their responsiveness and problem-solving abilities. A group of paid testers also provided feedback on their experiences. The findings consistently showed that current robot vacuum-mop combos fail to deliver on their promise of comprehensive cleaning. Most models either performed adequately at vacuuming or mopping, but rarely both simultaneously. For instance, the Dreame X30 Ultra excelled at vacuuming but was poor at mopping for its price, while Roborock Qrevo and Qrevo MaxV mopped reasonably well but had subpar vacuuming performance. A significant issue was the inability of most robots to avoid wetting carpet edges and corners, despite claims of mop-raising technology. Furthermore, brush-roll entanglement with long hair was a widespread problem, with only one model successfully avoiding it. The robots struggled significantly with dried stains, often merely spreading them or leaving ghostly residues. Even high-end models, costing over $1,500, did not possess magical stain-erasing powers. Only a few models, like the Roborock Qrevo MaxV and Narwal Freo X Ultra, managed to fully remove dried coffee stains, often requiring multiple passes and extended cleaning times. The Narwal Freo X Ultra took 40 minutes to remove a milk stain, a task that could be accomplished manually in less than 30 seconds. Navigation was frequently inconsistent; robots got lost, confused, or entangled, and sometimes mopped inappropriate surfaces. While some sophisticated models could identify obstacles like fake pet waste, many others, including expensive ones, bumped into furniture or drove over cables. Practical drawbacks include their large size, noise during self-emptying, and high maintenance requirements. Docks, weighing between 10 and 30 pounds, are bulky and not easily transportable between floors. The constant need to empty fetid mop water tanks and regularly clean the mop pad washing areas adds to the user's burden. Ongoing expenses for replacement bags, brushes, and filters further detract from their value. Despite these shortcomings, the mobile applications for these devices are generally well-designed, offering features like room mapping, no-go zones, and customizable cleaning schedules, although some apps had occasional glitches. The market for these combo cleaners is rapidly expanding, with continuous product releases and minor updates. Experts suggest that fierce market competition leads companies to release imperfect models frequently. While the technology is still in its early stages, similar to how robot vacuums started, there is optimism for future improvements. Some companies are focusing on developing more intelligent robots capable of learning from mistakes. However, for the present, the recommendation is to defer purchasing a robot vacuum-mop combo and instead rely on separate, dedicated appliances for vacuuming and mopping. #RobotVacuumMopCombos #HomeAppliances #ProductReview #CleaningTechnology #SmartHome #ConsumerElectronics #FloorCare #Maintenance