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Nominal Systems

US

Nominal Systems is an Australia-based software company that provides a digital engineering platform designed to help aerospace companies build, test, and validate satellite designs and performance in a virtual environment. Their digital twin platform aims to minimize the risk of mission failure, offering high-fidelity simulations and analysis tools for spacecraft design, testing, and operations. Nominal Systems works with organizations like the UK Ministry of Defence, Gilmour Space Technologies, and the Australian National University, and has partnerships with companies like Bright Ascension. Key words associated with Nominal Systems include: digital twins, satellite simulation, aerospace software, mission planning, and space system testing.

commercialFounded 2019
New York, New York, United States
nominal.so
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0.0-5.0

All verified mentions of this organization in source documents.

The Constelación Canaria contract covers the full project lifecycle including the flight segment, ground segment, data processing and distribution system, a prior technology demonstration mission, integration, verification, validation, launch, nominal operations, and end-of-life deorbiting of the satellites.

RelationshipsCapabilityPlanValue 4.5Feb 19, 2026Telespazio Ibérica se adjudica el contrato de la Constelación Canaria por 20 millones de euros

On February 12, 2026 the booster, upper stage, and spacecraft continued to perform on a nominal trajectory.

GeneralCapabilityValue 2.3Feb 12, 2026RT by @GewoonLukas_: We had an observation early during flight on one of the four solid rocket motors, the team is currently reviewing the data. The booster, upper stage, and spacecraft continued to perform on a nominal trajectory. pic.

During the flight, the booster, upper stage, and spacecraft continued to perform on a nominal trajectory.

CapabilityGeneralValue 2.5Feb 12, 2026"observation" 😉

The Alpha FLTA007 rocket will launch no earlier than February 18 on a mission focused on demonstrating nominal performance of both the first and second stages rather than deploying an operational payload.

PlanCapabilityValue 4.2Feb 10, 2026Firefly prepares Alpha Flight 7 stairway to seven mission

Firefly implemented corrective actions after the Briggs incident that included tighter inspection requirements for fluid systems, optimized first-stage sensors, and additional automated aborts to detect off-nominal conditions.

CapabilityValue 4.0Feb 10, 2026Firefly prepares Alpha Flight 7 stairway to seven mission

Falcon 9’s second stage experienced an off-nominal condition ahead of the deorbit burn on the Starlink Group 17-32 mission, resulting in a failure to ignite the engine.

GeneralPlanValue 4.3Feb 7, 2026In an update on their website, SpaceX says the deorbit burn failure earlier this week on the Starlink Group 17-32 mission was caused by a gas bubble in the transfer tube.

SpaceX has paused flights of its Falcon 9 rocket after a Falcon 9 second stage experienced an off-nominal condition during preparation for the deorbit burn.

PlanCapabilityValue 3.5Feb 4, 2026SpaceX grounds Falcon 9 missions, could impact ISS launch

The first two MVac burns on that Falcon 9 mission were nominal and deployed all 25 Starlink satellites to their intended orbit.

CapabilityValue 4.0Feb 3, 2026Interestingly F9 2nd stage de-orbit problems wasn't uncommon, 5 happened in 2020-21 alone (Starlink L4, L12, L14, L17, 2-1), plus of course Starlink 9-3 in 2024 during the primary mission. There's also Dragon Crew-9 where S2 de-orbited in the wrong zone.

During the Falcon 9 launch of Starlink satellites on the Starlink Group 17-32 mission, the Falcon 9 second stage experienced an off-nominal condition during preparation for the deorbit burn.

GeneralPlanValue 4.0Feb 3, 2026Yesterday, on the Starlink Group 17-32 mission, SpaceX had another failed deorbit burn. While the stage was unable to deorbit itself, the propellant was vented which did lower the perigee to 110km. SpaceX has already delayed several Starlink mission as they investigate the issue.

The Falcon 9 second stage performed as designed to successfully passivate the stage after the off-nominal condition.

CapabilityValue 4.0Feb 3, 2026Yesterday, on the Starlink Group 17-32 mission, SpaceX had another failed deorbit burn. While the stage was unable to deorbit itself, the propellant was vented which did lower the perigee to 110km. SpaceX has already delayed several Starlink mission as they investigate the issue.

The first two MVac burns on the Falcon 9 mission were nominal and deployed all 25 Starlink satellites to their intended orbit.

CapabilityPlanValue 4.0Feb 3, 2026Yesterday, on the Starlink Group 17-32 mission, SpaceX had another failed deorbit burn. While the stage was unable to deorbit itself, the propellant was vented which did lower the perigee to 110km. SpaceX has already delayed several Starlink mission as they investigate the issue.

The Falcon 9 vehicle performed passivation of the second stage after the off-nominal condition.

GeneralValue 2.5Feb 3, 2026Interestingly F9 2nd stage de-orbit problems wasn't uncommon, 5 happened in 2020-21 alone (Starlink L4, L12, L14, L17, 2-1), plus of course Starlink 9-3 in 2024 during the primary mission. There's also Dragon Crew-9 where S2 de-orbited in the wrong zone.

During a Falcon 9 launch of Starlink satellites, the Falcon 9 second stage experienced an off-nominal condition while preparing for the deorbit burn.

CapabilityValue 3.5Feb 3, 2026Interestingly F9 2nd stage de-orbit problems wasn't uncommon, 5 happened in 2020-21 alone (Starlink L4, L12, L14, L17, 2-1), plus of course Starlink 9-3 in 2024 during the primary mission. There's also Dragon Crew-9 where S2 de-orbited in the wrong zone.

Chris Williams is studying the computers that manage the station's orientation and practicing steps to respond to off-nominal conditions during spacecraft approach to Harmony.

CapabilityGeneralValue 2.5Feb 3, 2026Dragon spacecraft gears up for crew 12 arrival and station science work

CO3D’s nominal spatial resolution will be 1 meter.

CapabilityGeneralValue 4.0Jan 19, 2026How 3D models are created from satellite data?

Orbital Paradigm achieved 4 out of 5 launch milestones with the KID demonstrator, albeit through an off-nominal profile.

PlanCapabilityValue 3.5Jan 14, 2026European Capsule Demonstrator Survives Launch Failure

KID experienced a peak G-load of up to 28g during reentry, almost twice the nominal scenario.

CapabilityValue 4.0Jan 13, 2026And it held up well too:

The nominal duration of the launch and early orbit phase (LEOP) will last approximately 9 days.

PlanValue 3.0Jan 7, 2026Third 3rd COSMO-SkyMed 2nd Generation Satellite Successfully Launched

The ESA astronaut rehearsed nominal, contingency, and emergency scenarios across all phases of dynamic flight.

CapabilityGeneralValue 2.0Jan 2, 2026RT by @Cosmic_Penguin: _-_ Diary of an ESA astronaut _-_ {USA 🇺🇸} Training weeks 77, 78 & 79 🧑‍🚀 Crew training with @SpaceX teams. We rehearsed nominal, contingency, and emergency scenarios across all phases of dynamic flight – over and over! Launch, free flight in orbit, docking, undocking, reentry, splashdown and recovery. Sometimes we train with only our instructors; other times we train with the Space X (MCC-X) and Houston (MCC-H) control center teams – mission director, “core”/“capcom”, systems engineers, etc. -> everyone who will be behind console on the day of the event! It is fascinating to see everyone working together. 🤩 One class with Don Pettit in the full scale ISS mockup. Thank you so much, @astro_Pettit, for sharing all your tips & tricks. It’s a privilege to learn from an astronaut with so much experience! ✅ Remote training with @JAXA_en teams to ensure we can work efficiently in Kibo, the Japanese module onboard the ISS. We refreshed our memory on some procedures, and deepened our understanding of some experiments. 🩺 Medical emergencies: we rehearsed key procedures. Practice is key should any medical issues arise. I also did another blood draw on myself! 📷 SpaceX/NASA/ESA: with my amazing commander @Astro_Jessica 🤩🤗 #εpsilon #crew12

Paz-1 continues operating in nominal conditions and maintaining a high level of performance in its products.

CapabilityGeneralValue 2.0Dec 27, 2025El INTA e Hisdesat firman un acuerdo para extender la vida útil del satélite Paz-1
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