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Controlled Dynamics Inc. (CDI)

Location: Huntington Beach, California
Type: Industry (small business)
FO Projects: 91391
Outcome Category: Mission Infusion (DSOC/Psyche) + DoD Commercial
Confidence: Confirmed

Summary

CDI's Vibration Isolation Platform (VIP) is a textbook FO infusion story. FO flight tests validated a free-floating 6-DOF isolation platform for research payloads on suborbital vehicles. CDI then recognized the same technology could stabilize optical communications terminals in deep space — a pivot that led directly to the transceiver isolation system on NASA's Psyche spacecraft (DSOC experiment). The CDI struts and actuators enabled deep-space laser communications that shattered every record: 267 Mbps downlink, 13.6 terabits total data, and a 307-million-mile link (Dec 2024) — farther than the maximum Earth-Mars distance. DSOC completed its mission September 2, 2025 after 65 link passes, performing 10× better than state-of-the-art RF systems. Simultaneously, the same platform concept spawned a parallel DoD line of business in high-energy laser (HEL) stabilization for Navy and Air Force.

Timeline:
- 2007–2012: Army SBIR Phase I/II for vibration isolation (pre-FO)
- 2016–2019: FO flight test on sRLVs (TechPort 91391, TRL6→9)
- 2013: Recognized optical comms application → NASA SBIR Phase I ($125k, NNX13CP12P)
- 2014: NASA SBIR Phase II ($1.23M, NNX14CP05C) to build DSOC isolation hardware
- 2013–2014: Navy SBIR for HEL stabilization ($146k Phase I → $1.0M Phase II)
- 2016–2022: Air Force HEL SBIRs ($149k Phase I → $750k Phase II via FA945117C0523)
- 2014–2020: Missile Defense Agency SBIR ($125k Phase I → $996k Phase II)
- 2023-10: DSOC on Psyche launched Oct 13; CDI struts provide isolation enabling first deep-space laser comms - 2023-08: NASA SBIR Phase I "Platform Isolation and Control" (80NSSC23PB399, $150K) - 2023-11: DSOC "first light" — laser link from 10M miles - 2023-12: Streamed ultra-HD video from 19M miles at 267 Mbps (max bitrate achieved) - 2024-04: Transmitted engineering data from 140M miles at 25 Mbps - 2024-07: Uplink laser commanded from 288M miles; daytime tracking verified - 2024-12: Distance record — downlink from 307 million miles (494M km, farther than max Earth-Mars distance) - 2025-07-07: ESA interoperability milestone — ESA established first-ever deep-space optical comm link with DSOC at ~265M km (1.8 AU), using Kryoneri Observatory (Greece). 4 successful optical links over summer 2025, including receiving a cat video at 1.8 Mbps across the solar system. First NASA-ESA deep-space optical interop (previously only achieved with RF) - 2025-09-02: DSOC mission concluded after 65 link passes, 13.6 Tb total data transmitted. 10× better than RF of comparable size/power - 2025-03 (pub): Biswas et al., "Overview of the deep space optical communications (DSOC) technology demonstration," SPIE 13355 (Free-Space Laser Communications XXXVII), documenting 6.25–267 Mb/s over 0.2–2.7 AU - 2026-05 (upcoming): Psyche Mars gravity-assist flyby late May 2026. DSOC reactivation under discussion for late summer/early fall 2026 — not yet funded/approved but technically feasible

Note on timeline discrepancy: TechPort shows FO project 91391 start date 2016-11-01, but technologyOutcomes record "Advanced To" dates of 2013-05-23 and 2014-08-01 — predating the FO project start. This is because CDI ran FO tests AND pursued the SBIR optical comms path in parallel. The FO project formalized what was already an ongoing technology maturation. The description of 91391 explicitly describes this pivot.

TechPort Record: 91391

  • Title: Facility for Microgravity Research and Submicroradian Stabilization using sRLV Testing
  • Program: Flight Opportunities (FO)
  • Period: 2016-11-01 to 2019-10-31
  • TRL: 6 → 9 (current: 9)
  • Lead Org: Controlled Dynamics Inc., Huntington Beach CA
  • PI: Scott Green; Co-I: Robert V Frampton, David J Schenck, Leora Peltz
  • TX: TX05.5.3 Hybrid Radio and Optical Technologies
  • Outcome records: 2 × "Advanced To" (Other partner, 2013-05-23, 2014-08-01)
  • Description: VIP isolates payloads from host vehicle vibrations via 6-DOF free-floating platform. Active stabilization provides <1 µrad pointing. Note in description: "subsequent infusion of the technology into the Deep Space Optical Communications (DSOC) demonstration on the Psyche mission."
  • Library items: 2 links (FO project page, NASA STMD generic)

USASpending Awards (all confirmed CDI)

Award ID Agency Amount Period Purpose
NNX13CP12P NASA $124,979 2013 SBIR Ph I: Optical comms stabilization
NNX14CP05C NASA $1,232,370 2014–2018 SBIR Ph II: DSOC isolation hardware
N6893613C0104 Navy $146,264 2013 SBIR Ph I: Optical IRU for HEL
N6893614C0031 Navy $999,849 2014–2019 SBIR Ph II: Optical IRU for HEL
HQ014715C7115 MDA $125,000 2014 SBIR Ph I: Tactical IMU for missile defense
HQ014716C7732 MDA $995,748 2016–2020 SBIR Ph II: Missile defense IMU
FA945116M0481 Air Force $149,250 2016 SBIR Ph I: Compact optical IRU for HEL
FA945117C0523 Air Force $749,998 2017–2022 SBIR Ph II: Compact optical IRU for HEL line-of-sight
W911W608C0005 Army $69,952 2007–2009 SBIR Ph I (pre-FO baseline)
W911W608C0054 Army $708,313 2008–2012 SBIR Ph II (pre-FO baseline)
80NSSC23PB399 NASA $149,959 2023 SBIR Ph I: Platform isolation and control

Total tracked awards: ~$5.45M across NASA, Navy, Air Force, Army, MDA
NASA total: ~$1.51M
DoD total: ~$3.94M
(USASpending page 1 only — there may be additional awards)

Downstream Impact Chain

Pre-FO (2007-2012): Army SBIR → baseline VIP platform
         ↓
FO tests (2016-2019): Validated 6-DOF isolation on sRLVs [TechPort 91391]
         ↓
SBIR pivot (2013-2018): NASA funded optical comms application [NNX13CP12P, NNX14CP05C]
         ↓
Mission infusion: CDI struts on Psyche/DSOC transceiver → launched Oct 2023
         ↓
DoD line (2013-2022): Navy HEL + AF HEL + MDA missile defense SBIRs (~$3.9M)
         ↓
Active 2023: New NASA SBIR Phase I for next-gen platform isolation (no Phase II detected as of Apr 2026)
         ↓
ESA interop (Jul 2025): First deep-space optical comms with ESA (1.8 AU, Kryoneri Greece)
         ↓
DSOC completed (Sep 2025): 65 passes, 13.6 Tb, 307M-mile record — mission success
         ↓
Possible reactivation (late 2026): Post-Mars flyby DSOC links under discussion (not funded)

Key Insight

The FO program validated CDI's isolation platform in a real flight environment (microgravity + vibration from sRLV). The description explicitly says this resulted in "infusion into the Deep Space Optical Communications (DSOC) demonstration on the Psyche mission." NASA's own press material confirms CDI struts enabled DSOC's record-breaking communications.

The same core technology branched into DoD markets (HEL systems require sub-µrad stabilization — identical requirement to DSOC). The DoD pipeline was running in parallel with the FO/DSOC track, not sequentially.

Gap in TechPort: The outcome records have no relatedProjectId — the DSOC infusion is invisible in structured metadata. It surfaces only in the free-text project description. This is typical FO pattern.

ESA Interoperability — July 2025

A major post-completion development: ESA established its first-ever deep-space optical communication link with DSOC on July 7, 2025. Using ESA's Ground Laser Transmitter at Kryoneri Observatory (Greece, ~37 km from the Ground Laser Receiver), ESA transmitted a laser to Psyche's DSOC transceiver at ~265M km (1.8 AU) and received the return signal. Over summer 2025, ESA completed 4 increasingly complex link tests, culminating in receiving a cat video from across the solar system at 1.8 Mbps.

Significance for CDI: The ESA interop means CDI's isolation hardware enabled not just NASA deep-space laser comms, but the first international deep-space optical link. Previously, NASA-ESA interoperability existed only for RF systems. CDI's VIP struts maintained the sub-µrad pointing required for both NASA's Palomar receiver and ESA's Kryoneri system — different ground stations, same spacecraft hardware.

Sources

  • TechPort 91391 (live API, 2026-04-04)
  • USASpending.gov awards (queried 2026-04-05; re-checked 2026-04-06, no new awards)
  • NASA STMD article: "Precision Pointing Goes the Distance on NASA Experiment" (nasa.gov/directorates/stmd)
  • JPL: "NASA's Deep Space Communications Demo Exceeds Project Expectations" (Sep 2025)
  • NASA: DSOC Distance Record announcement (Dec 2024)
  • ESA: "Europe's first deep-space optical communication link" (Jul 2025)
  • ESA: "ESA wraps up 300-million-kilometre optical communication campaign" (Aug 2025)
  • Biswas et al., SPIE 13355 "Overview of the DSOC technology demonstration" (Mar 2025)
  • Wikipedia: Deep Space Optical Communications

Last updated: Session 92, 2026-04-07 — Psyche Mars flyby ~7 weeks away (late May 2026). DSOC reactivation still unfunded. No new CDI contracts since 2023 Phase I. Biswas et al. SPIE 13355 presented Jan 2026 (already captured).

Session 92 Update (2026-04-07)

NO CHANGE from Session 58. Re-checked TechPort (lastUpdated 2026-01-22), USASpending (same 11 awards, ~$5.45M total), and web sources.

  • Psyche Mars flyby still late May 2026 (~7 weeks away). Cruise Phase 1 ends 60 days before flyby; Cruise Phase 2 begins after, targeting asteroid Psyche arrival August 2029.
  • DSOC reactivation still unfunded. Per Register (Sep 2025): "conversations with the sponsor continue." Earliest opportunity: late summer/early fall 2026, after Mars flyby completes. CDI hardware remains operational on spacecraft — question is purely budgetary.
  • No new CDI contracts. The 2023 SBIR Phase I ($150K, 80NSSC23PB399) had no visible Phase II follow-on.
  • Biswas et al., SPIE 13355 presented at SPIE Photonics West, San Francisco, Jan 17–22, 2026 — documenting 6.25–267 Mb/s over 0.2–2.7 AU.

Next check trigger: Post-Mars-flyby (June 2026) — check for DSOC reactivation funding decision and any Mars flyby science results.