The Makita E-24854 16-5/16″ 35T Carbide-Tipped Max Efficiency Circular Saw Blade is designed for high-output cutting on both cordless and corded 16″ Makita circular saws, including the 40V max XGT® HS013GZ and the 5402NA. This blade is engineered for fast, smooth cutting in beams, timbers, and general framing materials, making it suitable for structural work and jobsite production. The Max Efficiency design uses an ultra-thin kerf, high-grade Tungsten carbide tips, and an ATAFR (Alternate Top Alternate Face with Raker) tooth pattern that lowers cutting resistance while increasing speed. These characteristics help reduce load on the saw while delivering more cuts per charge on cordless models.
With a sharp 23° top bevel angle, reduced swing width, and specially shaped tooth bottoms, this blade supports precise cutting and smoother material removal. The blade coating helps limit pitch buildup for more predictable performance across long shifts. Whether used in carpentry, timber framing, or demolition tasks requiring clean and efficient passes, the E-24854 provides a balanced combination of speed, accuracy, and durability. It is also the standard-equipment blade supplied with the HS013GZ, making it a dependable choice for crews looking for a large-diameter blade that handles thick wood in a single pass.
Makita 16-5/16″ 35T Carbide-Tipped Max Efficiency Circular Saw Blade At a Glance
- 16-5/16″ Diameter: Handles deep, single-pass cuts through beams and timbers.
- 35T ATAFR Carbide Tips: Supports smoother cutting and faster feed rates.
- Ultra-Thin 0.091″ Kerf: Reduces tool load and improves battery efficiency on cordless saws.
- High-Grade Tungsten Carbide: Provides long service life on framing and timber materials.
- 23° Top Bevel Angle: Produces clean, precise cuts with reduced resistance.
- Reduced Swing Width: Helps remove material smoothly for faster cutting.
- Blade Coating: Limits pitch buildup for consistent performance.
- Compatible with 40V XGT HS013GZ & 5402NA: Designed for full-size Makita saws.
Markets
- General Construction Suitable for fast cutting of framing lumber, beams, and sheet goods.
- Carpentry and Framing Supports accurate cuts on structural materials required for framing tasks.
- Demolition Work Handles removal of timber and framing components with efficient cutting action.
- Timber Frame Construction Cuts large wood sections in a single pass for production-level work.
- Municipal and Facility Maintenance Useful for structural repairs requiring clean cuts in heavy lumber.
- Trade Schools and Construction Training Programs Demonstrates efficient cutting using modern circular saw technology.
Construction crews and timber framers benefit from the speed and efficiency this blade provides on both cordless and corded saws. The ultra-thin kerf and ATAFR tooth pattern help the tool maintain momentum, which results in smoother cutting action and reduced strain on the saw. This is particularly valuable for cordless models, where lower resistance means more cuts per charge and fewer interruptions during framing or beam adjustments. The blade’s design supports consistent performance on thick wood stock, reducing the need for secondary cleanup passes.
For demolition, renovation, and facility maintenance teams, the blade offers predictable behavior even when working through dense material at varied angles. Training programs also rely on this blade to demonstrate how tooth geometry and kerf width affect cutting efficiency. Its durability, clean cutting characteristics, and compatibility with Makita’s large-diameter circular saws make it a practical choice for crews who need fast output without sacrificing accuracy.
Makita E-24854 16-5/16″ 35T Carbide-Tipped Max Efficiency Circular Saw Blade Features
- ATAFR Tooth Geometry: Provides smoother and faster cutting performance.
- Ultra-Thin Kerf: Reduces load on the saw and increases runtime on cordless tools.
- High-Grade Tungsten Carbide Tips: Designed for long blade life.
- Reduced Swing Width: Supports smooth material removal with less resistance.
- 23° Top Bevel Angle: Offers cleaner and more precise cuts.
- Slim Tip Bottoms: Help lower cutting resistance for improved efficiency.
- Blade Coating: Minimizes pitch buildup to maintain consistent cutting speed.
- Engineered for Thick Wood: Capable of cutting beams and timbers in a single pass.
Makita E-24854 16-5/16″ 35T Carbide-Tipped Max Efficiency Circular Saw Blade Includes
- (1) 16-5/16″ 35T Carbide-Tipped Max Efficiency Ultra-Thin Kerf Circular Saw Blade
Makita E-24854 16-5/16″ 35T Carbide-Tipped Max Efficiency Circular Saw Blade Specifications
- Blade Diameter: 16-5/16″
- Blade Type: Circular Saw – Max Efficiency
- Cut Type: Cross, Rip, Plunge
- Blade Tooth Material: Carbide
- Application: Wood, Framing, General Purpose
- Tooth Count: 35
- Arbor Size: 1″
- Diamond Arbor Knockout: No
- Tooth Grind: ATAFR
- Hook Angle: 23°
- Plate Thickness: .071″
- Kerf: .091″
- Maximum Speed: 3,680 RPM
- Tool Compatibility: Circular Saw
- Package Quantity: (1)
- Packaged Depth: .83″
- Packaged Height: 17.91″
- Packaged Width: 17.91″
- Shipping Weight: 4.9 lbs.
- UPC: 197050358189
Makita E-24854 16-5/16″ 35T Carbide-Tipped Max Efficiency Circular Saw Blade Warranty
Why Customers Choose the Makita 16-5/16″ 35T Carbide-Tipped Max Efficiency Circular Saw Blade
Builders and technicians choose this Makita Max Efficiency blade because it increases cutting speed while reducing the load placed on the saw, especially on cordless circular saws. The ultra-thin kerf and ATAFR tooth pattern work together to keep the tool running smoothly, allowing crews to make more cuts per battery charge during framing and beam work. The 23° bevel angle and slimmer tooth tips help produce clean results with fewer slowdowns, which is valuable when working through thick stock or engineered lumber.
On jobs where productivity and accuracy matter, this 35-tooth blade provides a steady cutting feel that helps reduce rework and supports consistent output across long shifts. Its compatibility with both the HS013GZ and 5402NA gives users a reliable option for handling large-diameter cuts in carpentry, construction, or general timber applications.










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