Rocky Teeters Construction Llc.

Rocky Teeters Construction LLC, a small business based in Missoula, Montana, delivers road maintenance and forest support services to the U.S. Department of Agriculture Forest Service as a prime contractor under total small business set-aside designation. The vendor operates exclusively in the federal space and competes entirely under set-asides, with all five recent awards designated total small business.

Rocky Teeters holds a single-award Indefinite Delivery Contract valued at $20 million, awarded by USDA Forest Service Region 1 (Northern Region) on September 30, 2025, running through September 29, 2030. The IDC covers road maintenance and forest support services across nine national forests and grasslands in Montana, Idaho, the Dakotas, and surrounding areas, with scope including road grading, drainage management, vegetation clearing, and hazard tree removal. Against this vehicle, Rocky Teeters has received three delivery orders totaling $77 thousand in combined potential value: a $46,267 order issued April 20, 2026, for roadside brushing work in the East Zone of the Lolo National Forest (completion October 15, 2027); a $30,590 order issued August 24, 2026, for road maintenance brushing services (completion December 1, 2027); and a $500 delivery order issued December 15, 2025, for guarantee-minimum work. The vendor also received a $62,981 purchase order from Region 1 on August 2, 2023, for tractor supply to the Nez Perce National Forest.

Customer concentration is absolute: 100% of awards fund USDA Forest Service programs, split between Region 1 (three awards, $140 thousand obligated) and Region 2 (two awards, the $20 million IDC). Place of performance spans Superior, Montana, and Missoula, Montana. Work is grounded in NAICS 238910 (Site Preparation Contractors) and 238990 (Other Specialty Trade Contractors), with primary PSC coding in natural resources and conservation. Two awards totaling $77 thousand complete within the next twenty-four months, representing recompete exposure against the parent IDC cycle.