Don Industrial Group LLC, a Houston, Texas-based minority-owned small disadvantaged business, was awarded a Total Small Business set-aside Indefinite Delivery Contract by the Defense Logistics Agency (DLA) Aviation on July 22, 2021, with a ceiling value of $250,000 and ultimate completion date of July 28, 2026. The contract vehicle covers the procurement of precision aerospace fasteners, specifically machine bolts and shear bolts identified by National Stock Numbers 4610078657 and 4610078854, respectively. As a single-award indefinite delivery contract, this vehicle establishes a framework enabling DLA Aviation to issue delivery orders on an as-needed basis for critical aerospace hardware components without requiring new competitive solicitations for each individual requirement. The contract supports the Department of Defense's aviation maintenance and repair operations through firm fixed-price delivery orders, leveraging Don Industrial Group's established supply chain capabilities and technical expertise in precision aerospace fastener supply.
Three delivery orders have been issued under this indefinite delivery contract vehicle, demonstrating DLA Aviation's utilization of the established procurement framework. The initial delivery order, awarded July 29, 2021, covered shear bolts (National Stock Number 8508403892) with a performance period through February 28, 2023, while a second delivery order for shear bolts (National Stock Number 8509187178) was awarded June 22, 2022, extending through February 27, 2027. The most substantial delivery order, valued at $81,690, was awarded July 9, 2024, for shear bolts (National Stock Number 8510741896) with performance completion scheduled for March 16, 2025, and was executed with no set-aside designation despite the underlying contract's total small business set-aside status. All delivery orders specify firm fixed-price pricing and were performed from facilities in either Houston, Texas or Hialeah, Florida, demonstrating the contractor's capacity to fulfill defense logistics requirements across multiple geographic locations.