Opportunity
SAM #HQ003426QE077
K9 Detection Role Player Support Services for Pentagon Force Protection Agency
Buyer
Washington Headquarters Services (WHS)
Posted
April 14, 2026
Respond By
April 22, 2026
Identifier
HQ003426QE077
NAICS
561612
This opportunity seeks contractor support for K9 Detection Role Player Services to enhance K-9 training for the Pentagon Force Protection Agency (PFPA) Special Operations Branch in the National Capital Region. - Government Buyer - Pentagon Force Protection Agency (PFPA) Special Operations Branch, supported by Washington Headquarters Services (WHS) Acquisition Directorate - Scope of Services - Provision of 4–6 qualified civilian role players per training session - 4 sessions per week, totaling up to 768 role players annually - Role players simulate bystanders, scent carriers, and passersby in both indoor and outdoor K-9 training scenarios - Role players must pass PFPA Tier 1 background checks and adhere to strict rotation and behavior protocols - Government provides training aids and scenario scripts - Deliverables include attendance rosters, demographic trackers, background verification, and incident reports - Contract Structure - Firm fixed price contract - 12-month base period with four 12-month option periods (up to five years total) - 100% small business set-aside under NAICS 561612 - Locations - Primary performance at Pentagon Reservation, Mark Center, and other National Capital Region federal sites - Unique Requirements - All role players must pass background checks - Services must support high-foot-traffic, realistic training environments - Detailed reporting and demographic tracking required - No OEMs or Product Purchases - No specific OEMs, vendors, or product part numbers are mentioned; this is a service-only procurement
Description
The Contractor shall provide 4–6 role players per training session, 4 sessions per week, to support K-9 training scenarios in both indoor and outdoor settings. Role players will simulate bystanders, individuals carrying scent aids, and passersby in high-foot-traffic simulations.