Federal Contract

Capacity on a Uhf-Capable On-Orbit Meo Satellite

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Agency

DEPT OF THE AIR FORCE

NAICS Code

517410

Department

DEPT OF DEFENSE

Solicitation Type

Sources Sought

Solicitation #

RFI-RJZX-2026-RAPID

PSC Code

DG11

Division

FA9453 AFRL RVK

Performance State

NM

Posted

Fri, July 10, 2026

Response Deadline

Mon, August 10, 2026

Extended to Dec 1, 2026 by a later notice

Description

This Request for Information (RFI) is focused on obtaining access to bandwidth carried by a commercially owned, commercially operated UHF-capable on-orbit MEO satellite for use in a near-term experimental campaign to: Characterize spectrum, waveform, and user equipment operation with a MEO UHF system Demonstrate interoperability between a potential future MEO UHF system and the existing GEO constellation Inform a time-sequenced pathway to augment or replace the GEO UHF system with a MEO capability The offeror should consider technology solutions that prioritize existing space vehicle, payload and communications link capabilities to provide on-orbit service immediately or as soon as possible. An Initial Launch Capability (ILC) by 2030 is potentially useful, but innovative approaches leading to earlier on-orbit capability are strongly desired. The Government recognizes that this initial prototype may not be fully representative of a final, future architecture, but rather represents an initial step to explore providing UHF services from MEO. Refer to the attachment entitled "pMEO Demo Request for Information_FINAL 10 Jul 26".

Notice history (6)

  1. Jul 10, 2026Sources SoughtDue Aug 10, 2026Viewing
Show 2 earlier notices
  1. Jul 24, 2026Sources SoughtDue Aug 10, 2026

    This Request for Information (RFI) is focused on obtaining access to bandwidth carried by a commercially owned, commercially operated UHF-capable on-orbit MEO satellite for use in a near-term experimental campaign to: Characterize spectrum, waveform, and user equipment operation with a MEO UHF system Demonstrate interoperability between a potential future MEO UHF system and the existing GEO constellation Inform a time-sequenced pathway to augment or replace the GEO UHF system with a MEO capability The offeror should consider technology solutions that prioritize existing space vehicle, payload and communications link capabilities to provide on-orbit service immediately or as soon as possible. An Initial Launch Capability (ILC) by 2030 is potentially useful, but innovative approaches leading to earlier on-orbit capability are strongly desired. The Government recognizes that this initial prototype may not be fully representative of a final, future architecture, but rather represents an initial step to explore providing UHF services from MEO. AMENDMENT 1 (23 Jul 2026) The following changes are hereby made to the above announcement: Corrects the uplink and downlink frequency bands in Section 4.0.a.i The attachment entitled "pMEO Demo Request for Information_FINAL 10 Jul 26" is removed in its entirety and replaced with "pMEO Demo Request for Information_AMEND1 23 Jul 26". All other RFI content and due dates remain unchanged. Refer to the attachment entitled "pMEO Demo Request for I

  2. Jul 28, 2026Sources SoughtDue Aug 10, 2026

    This Request for Information (RFI) is focused on obtaining access to bandwidth carried by a commercially owned, commercially operated UHF-capable on-orbit MEO satellite for use in a near-term experimental campaign to: Characterize spectrum, waveform, and user equipment operation with a MEO UHF system Demonstrate interoperability between a potential future MEO UHF system and the existing GEO constellation Inform a time-sequenced pathway to augment or replace the GEO UHF system with a MEO capability The offeror should consider technology solutions that prioritize existing space vehicle, payload and communications link capabilities to provide on-orbit service immediately or as soon as possible. An Initial Launch Capability (ILC) by 2030 is potentially useful, but innovative approaches leading to earlier on-orbit capability are strongly desired. The Government recognizes that this initial prototype may not be fully representative of a final, future architecture, but rather represents an initial step to explore providing UHF services from MEO. AMENDMENT 1 (23 Jul 2026) The following changes are hereby made to the above announcement: Corrects the uplink and downlink frequency bands in Section 4.0.a.i The attachment entitled "pMEO Demo Request for Information_FINAL 10 Jul 26" is removed in its entirety and replaced with "pMEO Demo Request for Information_AMEND1 23 Jul 26". All other RFI content and due dates remain unchanged. Refer to the attachment entitled "pMEO Demo Request for I

  1. Aug 5, 2026Sources SoughtDue Aug 10, 2026

    This Request for Information (RFI) is focused on obtaining access to bandwidth carried by a commercially owned, commercially operated UHF-capable on-orbit MEO satellite for use in a near-term experimental campaign to: Characterize spectrum, waveform, and user equipment operation with a MEO UHF system Demonstrate interoperability between a potential future MEO UHF system and the existing GEO constellation Inform a time-sequenced pathway to augment or replace the GEO UHF system with a MEO capability The offeror should consider technology solutions that prioritize existing space vehicle, payload and communications link capabilities to provide on-orbit service immediately or as soon as possible. An Initial Launch Capability (ILC) by 2030 is potentially useful, but innovative approaches leading to earlier on-orbit capability are strongly desired. The Government recognizes that this initial prototype may not be fully representative of a final, future architecture, but rather represents an initial step to explore providing UHF services from MEO. AMENDMENT 1 (23 Jul 2026) The following changes are hereby made to the above announcement: Corrects the uplink and downlink frequency bands in Section 4.0.a.i The attachment entitled "pMEO Demo Request for Information_FINAL 10 Jul 26" is removed in its entirety and replaced with "pMEO Demo Request for Information_AMEND1 23 Jul 26". All other RFI content and due dates remain unchanged. Refer to the attachment entitled "pMEO Demo Request for I

  2. Nov 13, 2026Sources SoughtDue Dec 1, 2026

    This Request for Information (RFI) is focused on obtaining access to bandwidth carried by a commercially owned, commercially operated UHF-capable on-orbit MEO satellite for use in a near-term experimental campaign to: Characterize spectrum, waveform, and user equipment operation with a MEO UHF system Demonstrate interoperability between a potential future MEO UHF system and the existing GEO constellation Inform a time-sequenced pathway to augment or replace the GEO UHF system with a MEO capability The offeror should consider technology solutions that prioritize existing space vehicle, payload and communications link capabilities to provide on-orbit service immediately or as soon as possible. An Initial Launch Capability (ILC) by 2030 is potentially useful, but innovative approaches leading to earlier on-orbit capability are strongly desired. The Government recognizes that this initial prototype may not be fully representative of a final, future architecture, but rather represents an initial step to explore providing UHF services from MEO. AMENDMENT 1 (23 Jul 2026) The following changes are hereby made to the above announcement: Corrects the uplink and downlink frequency bands in Section 4.0.a.i The attachment entitled "pMEO Demo Request for Information_FINAL 10 Jul 26" is removed in its entirety and replaced with "pMEO Demo Request for Information_AMEND1 23 Jul 26". All other RFI content and due dates remain unchanged. Refer to the attachment entitled "pMEO Demo Request for I

  3. Nov 13, 2026Sources SoughtDue Dec 1, 2026

    This Request for Information (RFI) is focused on obtaining access to bandwidth carried by a commercially owned, commercially operated UHF-capable on-orbit MEO satellite for use in a near-term experimental campaign to: Characterize spectrum, waveform, and user equipment operation with a MEO UHF system Demonstrate interoperability between a potential future MEO UHF system and the existing GEO constellation Inform a time-sequenced pathway to augment or replace the GEO UHF system with a MEO capability The offeror should consider technology solutions that prioritize existing space vehicle, payload and communications link capabilities to provide on-orbit service immediately or as soon as possible. An Initial Launch Capability (ILC) by 2030 is potentially useful, but innovative approaches leading to earlier on-orbit capability are strongly desired. The Government recognizes that this initial prototype may not be fully representative of a final, future architecture, but rather represents an initial step to explore providing UHF services from MEO. AMENDMENT 1 (23 Jul 2026) The following changes are hereby made to the above announcement: Corrects the uplink and downlink frequency bands in Section 4.0.a.i The attachment entitled "pMEO Demo Request for Information_FINAL 10 Jul 26" is removed in its entirety and replaced with "pMEO Demo Request for Information_AMEND1 23 Jul 26". All other RFI content and due dates remain unchanged. Refer to the attachment entitled "pMEO Demo Request for I

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