Tapered Spacer 3/4in ID 1in OAL Steel

The Tapered Spacer 3/4in ID 1in OAL Steel by WEHRS MACHINE is a precision-engineered component designed for firearm builds, automotive applications, and tactical systems where precise spacing and alignment are mission-critical. This steel spacer serves as an essential structural element in upper receiver assemblies, barrel extensions, and mechanical systems where dimensional accuracy directly impacts reliability and performance. Whether you're building a custom rifle, assembling a precision optic mount interface, or engineering a mechanical fastening solution, this tapered spacer ensures proper component sequencing and load distribution across critical interfaces.

Manufactured from steel with a 3/4-inch inner diameter and 1-inch overall length, this component provides the structural integrity required in high-stress environments. The tapered profile allows for precision seating and controlled fitment, reducing tolerance stack-up and ensuring repeatable assembly results—a critical advantage in both military-spec manufacturing and civilian precision builds. The compact 0.17-pound weight makes it suitable for weight-sensitive applications without sacrificing material strength, while the precisely dimensioned geometry (2.95 x 1.55 x 5.05 inches) facilitates seamless integration into existing mechanical assemblies. Steel construction guarantees corrosion resistance when properly maintained and provides the durability required for sustained operational use in field conditions.

Armorers, gunsmiths, and precision equipment builders rely on WEHRS MACHINE spacers for their uncompromising dimensional accuracy and consistent material properties. This component is ideal for custom AR-pattern rifle builds, precision bolt-action systems, and any application requiring exact bore-to-housing alignment or controlled component spacing. Installation requires only standard mechanical assembly techniques—ensure the tapered surface is clean and properly seated in its corresponding cavity to achieve design intent. Verify compatibility with your specific application's inner diameter and length requirements before ordering; proper fitment ensures optimal performance and eliminates potential malfunction risks during operation.