Warsaw, Poland — Founded 2024

The first commercial
camera on the Moon.

Every lunar mission since 1969 has been filmed from inside the rocket. Orbital Scout changes that. We're building an autonomous 4K spacecraft that flies outside, documents missions from the exterior — and inspects other spacecraft.

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2 April 2026: NASA Artemis II confirmed 260 Mbps lasercom from the Moon — the same tech we use.

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The problem

Space is the greatest show in history.
Nobody owns the footage.

Artemis, Starship, Lunar Gateway — all documented by cameras bolted inside the vehicle. The result is claustrophobic footage shot through small portholes. There has never been an external, moving, commercial camera anywhere near the Moon.

NASA footage is public domain by law — anyone can use it, nobody owns it. There is no premium space content category. Netflix, Discovery, NatGeo are all waiting for a source that simply doesn't exist yet.

Meanwhile, spacecraft inspection is done manually by multi-hundred-million-dollar vehicles — or not at all. Columbia disintegrated on re-entry because nobody could see the heat shield damage from the outside. Every crewed mission since carries that risk.

Orbital Scout solves both. One vehicle, flying outside, capturing everything. 100% commercial IP. Six revenue streams. First-mover position in a category that does not yet exist.

The product

27U autonomous spacecraft.
Built to go to the Moon.

340×340×360mm. 20.5 kg. ΔV = 3,700 m/s. Two optical instruments. Nine-state AI flight autonomy. Operates without human intervention at 2.56-second signal latency from Earth.

01
4K Documentary Camera

TMA optics at f/100mm. 20MP CMOS, radiation-hardened. GSD 0.35mm at 100 metres. Flies within 50cm of any spacecraft and captures footage nobody has ever seen — Earthrise, ISS exterior, the lunar surface from outside. Every frame is exclusively owned commercial IP.

TMA f=100mm · 4K/30fps · ZERODUR optics
02
AI Autonomous Flight

MEKF + SLAM + CNN — nine flight modes that operate independently at any distance from Earth. The 2.56-second Moon latency makes manual control physically impossible. Our flight state machine handles proximity operations, obstacle avoidance, and re-entry abort sequences without a human in the loop.

MEKF + SLAM + CNN · Hailo-8L NPU · 9 FSM states
03
Spacecraft Inspector

Second instrument: Maksutov-Cassegrain telescope at f=1800mm. Orion capsule at 100km = 54 pixels — enough to identify heat shield damage. Opens a $3.8B inspection market that Northrop MRV serves only at $500M+ per mission. We do it from a microsatellite.

Mak-Cass f=1800mm · gimbal ±8° · 54px@100km

Technical overview

Built on proven components.
Integrated for the Moon.

Form factor 27U · 340×340×360mm
Mass 20.5 kg / 30 kg limit
Propulsion BHT-200-I Hall-Effect (iodine) + CGT N₂ 6DOF
Delta-V 3,700 m/s, LEO to Lunar Orbit
Power GaAs 30% solar · 270W BOL
Comms S+X-band + lasercom 260 Mbps Artemis II ✓
4K Camera TMA f=100mm · CMOS 20MP · GSD 0.35mm@100m
Inspection Mak-Cass f=1800mm · 54px@100km NEW
Autonomy MEKF + SLAM + CNN · 9-state FSM
Mission life 24 months nominal
Avg TRL 4.3, pre-PDR normal
Earth ISS orbit Moon Lunar orbit Orbital Scout LEO → LLO transfer

Mission phases

From Warsaw to the Moon.
Step by step.

Now — Year 1
Phase 0
  • ESA BIC Poland
  • EIC Pathfinder grant
  • CBK PAN partnership
  • NanoRacks ISS slot
  • Hire GNC + Thermal
  • Seed €600K–1.2M
Year 2–3
ISS Pilot
  • 12U EM from Bishop Airlock
  • First autonomous 4K ISS footage
  • Inspection instrument first light
  • First media revenue
  • Series A close
Year 3–4
LEO Ops
  • Full 27U flight model
  • Discovery/Netflix deal
  • First inspection contract
  • €1.35M revenue
Year 4–6
Lunar Operations
  • 4K lunar surface documentation
  • Artemis III — only external camera
  • Break-even Year 5.5
  • €9.2M revenue Year 6
Year 7–8
Exit
  • Swarm — 3–5 vehicles
  • Acquisition €200–550M
  • Or IPO

Spacecraft inspection

The external eye
every crewed mission needs.

Columbia, 2003. The shuttle disintegrated on re-entry because a foam strike damaged the heat shield during launch. Nobody saw it because there was no external camera capable of inspecting the vehicle in orbit. 17 years on, every crewed mission still carries this risk.

Our Maksutov-Cassegrain telescope (f=1800mm) turns Orbital Scout into an affordable inspection platform. Northrop's MRV does the same job for $500M+ per mission. We do it from a 20kg microsatellite.

TAM: $3.8B — NASA Safety · Lloyd's · AXA · Munich Re · media events

Resolution at distance

Target Distance Resolution
Orion capsule 100 km 54 px
Orion capsule 10 km 540 px
Artemis III lander 50 km 144 px — broadcast
ISS module 10 km 1,080 px
Damage detection 1 km 5,400 px

Who we serve

Six revenue streams.
One vehicle.

S1 — Media
Netflix · Discovery · NatGeo

They've greenlit space documentaries. Zero exclusive 4K space content exists commercially. We're the only source.

€50K – €5M per deal
S6 — Inspection
NASA · ESA Safety

Pre-reentry visual inspection of crewed vehicles — Orion, Starship, Artemis lander. Currently done at $500M+/mission or not at all.

€1M – €2M per mission
S6 — Insurance
Lloyd's · AXA · Munich Re

Space insurers underwrite billions without any visual inspection capability. Orbital Scout provides a pre-insurance survey service.

€200K – €500K per survey
S3 — Events
Pay-per-view streaming

Artemis III is the first human Moon landing since 1972. Orbital Scout is the only camera that can film it from the outside.

€2M – €10M per event
S4 — Science
NASA CLPS · ESA · Universities

Lunar surface imaging, ISRU site mapping, scientific data collection. Piggybacking on our operational mission at marginal cost.

€50K – €2M per dataset
S5 — IP
NewSpace operators

Post-ISS Pilot, our GNC/AI stack becomes the most validated autonomous navigation software for lunar microsatellites — licensable.

€1M – €5M per licence

The team

Product. Technology. Media.

Three complementary skill sets. Twelve engineering modules documented. One mission.

WW
Wiktor Wróbel
Founder / Product Owner

Architect of all 12 engineering modules. 15+ years in finance (Deutsche Bank, Santander, Pekao). Co-founder of two tech startups. Active grant applications: EIC, FEPW. Prince2 + Agile PM.

BZ
Brendon Zegarlicki
Co-Founder / CTO

Building the GNC/AI software stack. COO at Interchainly (AI/ML/VR). CEO of Luna Scientific (deep-tech R&D). PM at Alterland (VR/AI product). Speaker at CryptoVerse Expo Poland.

AL
Anna Limbach-Uryn
Co-Founder / CMO

VP Sales at Kino Świat (Canal+ Group). Programming Director at Canal+ for 6 years. Content Sales Advisor to Canal+ Board. COO of Longevity Center Europe. MSc Finance + Ernst & Young.

Hiring now GNC/ADCS Engineer  ·  Thermal Engineer  ·  Structures Engineer  —  [email protected]

Ready to talk?

The Moon is
waiting for a camera.

Whether you're an investor, a potential partner, a broadcaster, or just curious — we'd love to hear from you.

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