UNSPSC 41111631: Radius gauge

A gauge that measures the rounding part of automobile or machine component.

UNSPSC 41111631 Radius gauge is a Commodity code with minimal recent state and local procurement activity aligned to its nominal scope. The four most recent opportunities posted under this code show substantial mismatch: Marion County, Florida is procuring a Stalker 2X Motorcycle Radar System (a traffic-enforcement radar, not a radius gauge) for law-enforcement use; the University of Texas at Austin is soliciting Leica TS-60 total stations with precision metrology equipment for geodetic surveying at McDonald Observatory; and the City of Philadelphia posted a micro purchase for generic inspection supplies. Only the UT Austin solicitations involve precision measuring instruments of any kind, and those are survey-grade total stations rather than radius gauges. The code appears to see sporadic activity that does not align closely with measuring instruments or gauges in the traditional sense.

The issuing bodies span a county sheriff's office (Marion County, Florida), a state university system (University of Texas at Austin), and a municipal procurement office (City of Philadelphia), with no clear repeat buyers or concentration pattern. Geographic spread includes Florida, Texas, and Pennsylvania. The University of Texas at Austin posted an ITB for Leica TS-60 total stations and associated precision metrology equipment due June 30, 2026, for use at McDonald Observatory; the procurement required detailed pricing breakdowns, compliance certifications under Texas Governor Executive Order GA-48, and was open to group purchasing by other UT System institutions. Marion County Procurement Services posted a sole-source notice (26SS-108) on July 6, 2026, for the Stalker 2X Motorcycle Radar System due July 13, 2026, citing proprietary direction-sensing technology and compatibility with existing sheriff's office products. The code shows little relevant recent activity; procurement opportunities posted under it diverge significantly from radius-gauge specifications and use cases.