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DAF27BZ01-NV003Pre-ReleaseSBIR

Multiple Telemetry Site Signal Source Synchronization

Department of DefenseUSAF

AI Overview

This RFP seeks a networked telemetry signal synchronization system that simultaneously transmits correlated test signals to multiple ground stations. It solves the inability to pre-flight test integrated telemetry infrastructure end-to-end, enabling validation of receive sites, networks, and best-source selection systems before live missions.

This summary is AI-generated from the official solicitation.

Key Details

Agency
Department of Defense
Funding Amount
—
Release Date
October 7, 2026
Due Date
November 25, 2026

Official Description

Flight test missions that traverse multiple Test Ranges (e.g. hypersonic vehicles/weapons, cruise missiles, long-range weapon systems etc.) or that require different test support infrastructures (e.g. sea range, targets, threat simulators, etc.) at remote Test Ranges, require telemetry receive stations along the flight paths to receive real-time telemetry and then relay that data via ground networks to the control room monitoring the mission. In past mission pre-flight scenarios, remote telemetr...

View on official source

Change History

Q&A UpdatedOct 22, 2026 at 10:01 PM

Informational change · Requirements + Description

Multiple Telemetry Site Signal Source Synchronization

  • Answer added to Q1 (synchronization accuracy): The Government is not prescribing a specific synchronization tolerance in Phase I; offerors should propose and justify their own measurable performance objectives for multi-site telemetry correlation and PRBS alignment. It also notes that BSS correlation is bit-level because of bit-level encryption on most Range missions, and that correlation timing windows and techniques are architecture- and vendor-dependent and proprietary.
  • Answer added to Q2 (existing test signal generators): The answer section is titled "Phase I / Phase II" and states that Phase I should establish scientific, technical, and operational feasibility, focusing on architecture, synchronization concept, protocol approach, interfaces, command-and-control concept, risks, and a credible path to Phase II. Phase II efforts will be coordinated as required.

Why it matters: Applicants can define their own synchronization metrics rather than meeting a fixed tolerance, so the Phase I proposal should include a justified performance target. Note that the answer to Q2 does not directly address whether commercial signal generators may be used, so that question remains open.

Q&A UpdatedOct 22, 2026 at 5:01 PM

Informational change · Description

Multiple Telemetry Site Signal Source Synchronization

  • Two new Q&A entries were added (no prior version exists to compare against, so both appear as new):
    • Synchronization accuracy: Asks whether the Government sets a maximum timing difference between remote telemetry test signals, or whether the performer must define and justify that requirement during Phase I. This matters because applicants may need to propose their own timing-accuracy specification and rationale rather than meeting a fixed Government threshold.
    • Existing test signal generators: Asks whether the Phase II prototype can use commercial signal generators chosen by the performer, or must work with or modify generators already in use at Government telemetry sites. This matters for hardware and integration planning, since reusing site-specific equipment would constrain design and require site access or coordination.

Neither entry includes an answer in the provided text, so no eligibility, budget, timeline, or submission rules are clarified yet. Applicants should watch for Government responses to these questions.

Opportunity AddedOct 7, 2026 at 12:02 PM

Multiple Telemetry Site Signal Source Synchronization

New opportunity: Multiple Telemetry Site Signal Source Synchronization

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