
Hitachi 728272 3/8-Inch Auger Drill Bit 22-Inch
Drill with Precision and PowerIntroducing the Hitachi 728272 3/8-inch x 22-inch Auger Drill Bit. Designed for ultra-strong, smooth cutting in wood, plastic, and metal, ensuring versatility and efficiency on every job. Diameter: 3/8-inch Length: 22-inch Shank Diameter: 3/8-inch Material Compa...
*Price sourced from Amazon.com. Last updated:Jul 15, 2026.Price and availability are subject to change.
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Overview
Drill with Precision and Power
Introducing the Hitachi 728272 3/8-inch x 22-inch Auger Drill Bit. Designed for ultra-strong, smooth cutting in wood, plastic, and metal, ensuring versatility and efficiency on every job.
- Diameter: 3/8-inch
- Length: 22-inch
- Shank Diameter: 3/8-inch
- Material Compatibility: Wood, plastic, and metal
Key Features
Hitachi Power Tools has renamed to Metabo HPT. Same great tools, with only a new name.
3/8-inch by 22-inch auger drill bit with 3/8-inch shank diameter
Precision design creates less wobble in the drill and bit
Self-feeding tip and wide throat leave cleaner holes
Ideal for wood, plastic and metal
Comes with a 30-day limited warranty
3/8" x 22" Auger Bit
3/8" shank
Precision design
High speed steel
Wood or Plastic
Specifications
Pros & Cons
👍 Pros
- Features a 3/8-inch diameter and a substantial 22-inch length, ideal for deep drilling applications.
- Equipped with a precision design that helps to minimize wobble during operation for more accurate holes.
- Includes a self-feeding tip, which assists in smooth and efficient drilling into materials.
- The wide throat design effectively clears chips and debris, leading to cleaner holes.
- Suitable for use across multiple materials including wood, plastic, and metal, offering versatile application.
👎 Cons
- The 30-day limited warranty might be considered brief for a tool accessory.
- The drill bit's specific high-speed steel grade (HSS) or coating for enhanced durability is not detailed.
- The maximum speed rating for safe operation in different materials is not specified.
- While versatile, performance in harder metals compared to wood or plastic isn't elaborated.
- The design of the self-feeding tip is not visually described, so its exact mechanism is not fully clear.