Contract facts
FederalNo full NAICS 334220 intel page yet. Browse NAICS intelligence
EXERCISE OPTION YEAR 2 is a federal award for U. S. Secret Service held by Motorola Solutions, Inc. Estimated value $32.5M ($7.6M obligated). Current period of performance ends Sep 30, 2023 (potential Sep 29, 2025). Last award drew 1 bidder. Place of performance: WASHINGTON DC. Related solicitation 70US0920R70090043.
Recompete timing
PublicCurrent PoP ended Sep 30, 2023 (1056 days ago). The usual 12–18 month agency planning window is closed — recompete action looks late / overdue relative to a normal cycle. Watch for bridge orders, follow-ons, or a new solicitation.
Incumbent footprint
Public recordMotorola Solutions, Inc — $459.0M obligated across 399 awards (firm-wide, all agencies) · lead buyer Department of Defense (DOD).
Related awards
Same parent · incumbentQuery this award live in SCOUT via MCP — personalized scoring, watchlists, and capture workflow across the corpus. Learn about SCOUT MCP →
Frequently asked questions
What is contract 70US0920F1DHS0164?
70US0920F1DHS0164 (Exercise OPTION YEAR 2) is a U. S. Secret Service award with a potential value of $32.5M, currently held by Motorola Solutions, Inc. Figures are USASpending-sourced public-record facts plus SCOUT recompete analysis.
Which office awarded 70US0920F1DHS0164?
U. S. Secret Service awarded 70US0920F1DHS0164 to Motorola Solutions, Inc (potential $32.5M).
Who is the incumbent on 70US0920F1DHS0164?
Motorola Solutions, Inc is the incumbent with $459.0M across 399 related awards in SCOUT’s public footprint. The current period of performance ends Sep 30, 2023.
When does Motorola Solutions, Inc’s 70US0920F1DHS0164 come up for recompete?
SCOUT tracks a period-of-performance end of Sep 30, 2023. Actual solicitation timing can shift with extensions, bridges, or consolidations.
Data: Showing contracts ≥ $100K from federal procurement records (FPDS-NG, SAM.gov, and related repositories), normalized by PrimeRFP SCOUT. Each row keyed by Award ID (PIID); task orders appear as independent rows.
