UNSPSC 60141024: Rattles

UNSPSC 60141024 Rattles is a Commodity code with minimal recent state and local activity directly aligned to its nominal scope. The recent opportunities tagged under this code predominantly solicit educational supplies, games, instructional materials, and infant wellness products—none of which constitute rattles as product units. The City of Fort Worth solicited promotional items for its Fire Department including pencil-top erasers and colored pencils under an RFQ; Hillsborough County Public Schools (HCPS) in Florida issued separate procurements for Montessori supplies and classroom materials through ITQ and ITB mechanisms; the City of Philadelphia solicited games as a requirements contract; and the City of Detroit sought safe sleep and infant wellness supplies through an RFQ restricted to Detroit-based businesses. Region 7 Purchasing Cooperative in Texas issued two catalog discount bids for instructional materials and transportation maintenance supplies. The issuing bodies include municipal procurement offices, independent school districts, and regional purchasing cooperatives, with no single repeat buyer evident across the recent sample.

Activity spans Texas, Florida, and Michigan, with the Texas opportunities concentrated through regional purchasing cooperatives and municipal governments in Fort Worth. The most recent opportunity of relevance to the code's nominal scope—if only tangentially—is the City of Detroit RFQ 538597 (due February 18, 2026) for Safe Sleep and Infant Wellness Supplies, which included infant car seats, Pack 'n Play cribs, and sleep sacks restricted to Detroit-based businesses; the procurement was awarded as a blanket purchase agreement with a two-year initial term and potential renewal options. However, the code shows little genuine activity in rattle procurement itself, and the tagged opportunities represent a mismatch between the code's stated commodity and the goods actually being solicited. Pursuit under this code is not supported by current state and local demand signals.