Opportunity

SAM #1171570

Ground-Penetrating Radar Survey Services for Coconino National Forest

Buyer

USFS CSA Southwest Region 5

Posted

September 18, 2026

Respond By

September 21, 2026

Identifier

1171570

NAICS

541360

The USDA Forest Service, Coconino National Forest, is seeking contractors to perform a remote sensing geophysical survey using ground-penetrating radar (GPR) technology. - Government Buyer: - USDA Forest Service, Coconino National Forest - Project Scope: - Intensive GPR survey over up to 5 acres across three units: - Flagstaff Ranger District (2 acres, base requirement) - Red Rock Ranger District (2 acres, optional) - Mogollon Rim Ranger District (1 acre, optional) - Includes data analysis, geospatial data deliverables, and comprehensive reporting - Products/Services Requested: - Geophysical survey services using GPR - No specific equipment models, part numbers, or OEMs mentioned - Unique Requirements: - Identification and characterization of subsurface disturbances and anomalies - Qualified personnel and adherence to professional geophysical standards - Deliverables include geospatial data and detailed reports - Period of Performance: - Fieldwork begins in 2026, completes by June 15, 2027 - Draft reports due within 90 days after fieldwork; final reports within 45 days after review - Optional units have a one-year performance period with possible extension - Opportunity Type: - Sources sought notice (not a formal solicitation) - OEMs: - No OEMs specified; GPR technology required - Vendors: - No vendors specified

Description

This is only a Sources Sought not a Solicitation. A solicitation will be posted at a later date.

The Coconino National Forest seeks to implement remote sensing/geophysical survey to assist in meeting its compliance responsibilities under federal law and regulation. The purpose of this contract is to perform geophysical survey utilizing ground-penetrating radar (GPR) at a project unit covering up to five acres on the Coconino National Forest, to identify subsurface disturbances and anomalies, and characterize their extent.

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