7G--OLYM Satellite Radios with Data Plan

The National Park Service Pacific West Region is procuring two MSAT GS2 brand-name mobile satellite radios with associated data plans for Olympic National Park through solicitation 140P8325Q0049. The requirement includes specific equipment components for each radio system: MSAT G2 antennas, fixed antenna mounts, 150-foot antenna cables, Tracer IPR-750 handsets, and Hughes 2100 transceiver units, along with two-way communication data service plans that must be compatible with P25 radio equipment. The procurement is structured as a firm-fixed-price purchase order using simplified acquisition procedures under FAR Parts 12 and 13, with the government seeking a single vendor to supply and deliver all equipment and services. Evaluation will be conducted using the lowest price technically acceptable method among responsive and responsible vendors. The original solicitation deadline for quotes was September 12, 2025, at 1:00 PM, with Amendment 0001 adding responses to vendor questions while maintaining the same submission deadline.

This opportunity is designated as a Total Small Business Set-Aside under NAICS code 334111 (Electronic Computer Manufacturing) with a small business size standard of 1,250 employees. The contract structure includes a base year from September 2025 to August 2026, with four optional one-year extensions that could extend performance through August 2030. No specific contract value or budget range is disclosed in the available documentation, though the pricing structure is organized as lump sum line items for the base year and each option year. The place of performance is Olympic National Park in Washington state, specifically within Clallam and Jefferson Counties as referenced in the Service Contract Act wage determination. The brand-name justification for MSAT equipment is based on maintaining communication interoperability standards across the Pacific West Region's law enforcement networks and compatibility with various state and local land mobile radio systems.