Momentum’s First Cheque Backs KP Labs Onboard Computers

KP Labs took 19.4 million zloty (€4.42 million) from Momentum Capital Partners on October 14, 2026, the fund’s first deal. The Gliwice company already sells computers that process satellite images in orbit instead of dumping raw files through a radio.

The minority cheque is meant to put those boxes into serial production, widen the commercial catalogue, and hire more people for research, sales and marketing abroad. It is a growth-equity bet on hardware that has already flown, not seed money for a slide deck.

Momentum Places Its First Bet in Gliwice

Robert Ditrych, a managing partner at Momentum, said the fund is backing a firm that already combines its own boards, flight software and AI models so satellites can sort data in space and send home only what matters. He listed 10 space missions, work with the European Space Agency and NASA, and customers that include Airbus Defence and Space and Thales Alenia Space.

Pierwsza inwestycja funduszu Momentum Capital Partners! 🎉

Inwestujemy 19,4 mln zł w KP Labs @labs_kp – gliwicką spółkę rozwijającą technologie przetwarzania danych satelitarnych bezpośrednio na orbicie. 🚀

Dlaczego to ważne? Satelity zbierają coraz więcej danych, a możliwości… pic.twitter.com/yZs3gH8Lpv

— Robert Ditrych (@rditrych) October 14, 2026

KP Labs was set up in 2016 by engineers tied to the Silesian University of Technology. Michał Zachara is chief executive, with Krzysztof Pacan and Grzegorz Łada on the board. The team is about 100 people in microelectronics, space engineering and machine learning. The company holds R&D-centre status from Poland’s Ministry of Development and Technology and aims at satellites up to 500 kg, mostly for Earth observation and orbital operations.

THE ROUND IN FOUR FIGURES

• The cheque: 19.4 million zloty, a minority stake and the first investment fund on the cap table.
• 2025 sales: more than 18 million zloty, rising at nearly 30% a year.
• The factory brief: serial hardware, a wider product line, stronger R&D, and international sales.
• The fund: 170 million zloty of capital, tickets from 5 million to 20 million zloty, a planned book of eight to nine companies through 2030.

At 19.4 million zloty the cheque sits at the top of Momentum’s stated range and is about one year of KP Labs’ 2025 sales. That is the shape of growth equity: a partner writing a large relative cheque for a firm that already bills, rather than a venture round that dwarfs revenue.

Sales Cleared 18 Million Zloty With No Fund on the Cap Table

Until this week the company grew on contracts and public programmes. Jeremi Doboszewski, Momentum’s investment manager, is the one calling the result a profitable, capital-efficient business. The fund has not published net profit or EBITDA to sit beside that line.

KP Labs demonstrates that it is possible to build a growing, profitable business around advanced technology while maintaining strong capital efficiency. Through its broad technical expertise and years of experience, the company has established a strong position in the industry and developed what we believe to be one of the leading offerings in the European space market.

Jeremi Doboszewski, Investment Manager, Momentum Capital Partners

Przemysław Danowski, Momentum’s managing partner, said KP Labs is moving from one-off engineering jobs toward repeatable products sold off the shelf, and that the fund’s job is capital plus operating help. He also said Momentum does not rule out a later listing. Stake size and valuation were not disclosed.

WHAT WE KNOW

• Closed terms: 19.4 million zloty for a minority holding, with proceeds tagged for R&D, serial production, and foreign sales.
• Trading record: 2025 sales above 18 million zloty and nearly 30% annual growth, with more than 35 completed projects.
• Flight record: onboard computers and software on 10 missions, plus a company-owned 6U satellite.

WHAT IS UNCONFIRMED

• The price: the share of the company Momentum bought and the implied valuation.
• The profit: any audited margin behind the fund’s “profitable business” line.
• The listing: whether an IPO is a plan or only a door left open.

Polish space-watchers already treat KP Labs as a components house rather than a constellation operator. ICEYE builds radar satellites, Scanway builds telescopes, and Creotech Instruments integrates buses. The Gliwice product is the computer other people’s spacecraft carry, which is why a cheque this size can be the whole manufacturing bet.

What a Hyperspectral Pass Leaves on the Ground

Launch costs fell. The radio did not keep up. Earth-observation cameras now write files that a small satellite cannot dump in a 10-minute pass, and constellations make the queue longer. Defence buyers also want craft that can watch nearby objects and manoeuvre without waiting for a ground loop.

KP Labs’ own 192-band hyperspectral satellite Intuition-1 is the cleanest specimen. The 6U craft, built with AAC Clyde Space and launched in November 2023 on SpaceX Transporter-9, carried a push-broom camera with 25 m ground sampling and a 40 km swath, plus the company’s Leopard processor. Each scene writes about 7 GB. Onboard models for cloud screening, segmentation and classification, then compression, can shrink the file sent home to about 70 MB.

Mission catalogues cut transmitted data by a factor of 100 as the design goal. Leopard is rated at up to 3 trillion operations per second, about 0.3 TOPS per watt, on two cold-redundant Zynq UltraScale+ nodes with a radiation-hardened supervisor. The radio plan is an S-band uplink at 256 kbps and an X-band downlink from 3 Mbps to 50 Mbps. Only the useful slice has to fit that pipe.

The same squeeze shows up at the primes KP Labs already names as customers. Thales Alenia Space’s work on the CHIME hyperspectral mission puts uncompressed traffic at 4.5 gigabits per second, or as much as 10 terabits in one orbit, before cloud-aware compression. ESA’s InCubed programme has funded imaging payloads that exceed downlink capacity on small Earth-observation platforms, with onboard machine learning listed as one way to match the imager. KP Labs is selling the computer that does that job as a product.

Antelope, Leopard and Lion Cover Three Mass Classes

Serial production only pays if the catalogue maps onto the buses customers already fly. The company groups that catalogue as a Smart Mission Ecosystem: processors, the Oryx flight-software stack, Oasis ground-support boards, and The Herd, its Earth-observation models. The hardware ladder is three boxes.

ONBOARD COMPUTERS KP LABS WILL TRY TO BUILD IN SERIES

The Antelope, Leopard and Lion processors are the inventory a factory would actually repeat. Antelope already spent eight weeks in low Earth orbit on a D-Orbit mission running telemetry and anomaly models. Leopard has the longest public flight story. Lion is the board for customers who want an ESA-style ADHA slot instead of a CubeSat stack. Smart Mission Lab, a separate remote bench, lets a team try those boards before it buys one.

Intuition-1 Flew, Then LeopardISS Reached the Station

In this trade, a brochure is worthless until a unit survives radiation, heat and a real radio pass. KP Labs spent the grant years buying that stamp. Intuition-1 imaged Chad, Turkey, Alaska, Saudi Arabia, Algeria, Poland, Brazil and Spain, and the company says the Leopard models ran without a break while new pipelines were uploaded in flight. The announcement on October 14 describes that satellite as operating from 2023 to 2026.

THE FLIGHT HOURS BEHIND THE CHEQUE

1. 2016: Engineers linked to the Silesian University of Technology found KP Labs in Gliwice.
2. November 2023: Intuition-1, a 12 kg 6U CubeSat, launches on Transporter-9 with a 192-band camera and a Leopard board.
3. April 22, 2025: LeopardISS, a compact processor for AI tests, launches on a SpaceX resupply flight and is installed in ESA’s Columbus module on the ICE Cubes facility.
4. June 2025: Polish astronaut Sławosz Uznański-Wiśniewski works the IGNIS agenda, including LeopardISS, among 13 Polish experiments on the station.
5. 2025: Company sales pass 18 million zloty.
6. October 14, 2026: Momentum takes its first stake, 19.4 million zloty, to fund serial production.

LeopardISS was built so labs can qualify models in orbit without launching a new satellite. Its first task was 3D terrain-mapping code from Poznań University of Technology, written with lunar and Martian rovers in mind. Julia Marushchak of KP Labs said the architecture, the thermal-mechanical design and the management software are the company’s own. The unit stayed up after the crew left, which is the unglamorous half of flight heritage: still on, still reachable.

The same computers are booked onto national work. KP Labs is on CAMILA, Poland’s Country Awareness Mission in Land Analysis, a four-satellite optical and radar set led by Creotech Instruments. Scanway is supplying telescopes. KP Labs’ piece is the data-processing unit. An ESA contract on that constellation was about 52 million euro and moved above 59 million euro after a fourth satellite was added. That is a domestic production order sitting behind the export story.

How Polish and EU Capital Reached This Round

Call it private equity and you miss who paid for the last decade. KP Labs gathered about 60 million zloty in public support before Momentum arrived, more than three times 2025 sales. Momentum itself is not a purely private pool.

THE MONEY STACK UNDER THE DEAL

• Company grants: about 60 million zloty from FENG (European Funds for a Modern Economy), FESL (European Funds for Silesia) and the Intelligent Development programme.
• Fund size: 170 million zloty, after a lift from 146 million zloty at launch.
• PFR Ventures: 95 million zloty of that 170 million zloty, channelled from EU funds, after 80 million zloty at first close.
• The signing: Poland’s Ministry of Funds and Regional Policy attended the October 14 ceremony and framed the contract as part of a shift from broad grant support toward market terms for new technology.

The ministry’s account said the country is moving away from what it called a drip-feed of aid for everyone, toward backing startups and their use in chosen sectors. That is the political bet riding on the commercial one. Grants paid for Intuition-1, the Gliwice labs and a 2,300-square-metre research centre. Equity is supposed to pay for a production line and a sales desk that can talk to Airbus, OHB Hellas and NASA without a new subsidy for each board.

Zachara said the firm spent years proving kit on real missions and now has to build an organisation that can serve customers at a larger scale. Momentum, in his telling, understands both the technology business and the strain of growing the company. The risk is the usual one when public science money meets a factory plan: 10 flown missions do not automatically become a repeating SKU, and a 19.4 million zloty cheque is small if every European smallsat maker wants a custom board.

The Money Buys a Production Line

The use of proceeds is unusually plain. Strengthen research. Widen the catalogue. Start serial production of the hardware. Hire for international sales and marketing. Danowski’s product-model line is the same idea in fund language. If it works, Leopard-class units stop being project deliverables and start being line items in someone else’s satellite bill of materials.

The constraint they are selling into will not ease on its own. More than 13,700 satellites were already in orbit by September 10, 2025, on the UNOOSA count, and the new ones carry fatter sensors. A company that already cut a 7 GB hyperspectral take down to a 70 MB product, then ran the same class of computer on the station, is asking a growth fund to finance the boring part: yield, test jigs, spares and a sales cycle in Toulouse, Bremen and Houston.

Momentum now has to show that a first cheque at the top of its ticket range can turn a grant-era lab into a plant. KP Labs has to ship boards that do not need a new mission review every time. The listing Danowski declined to rule out is a later chapter. The production line is the one this 19.4 million zloty is supposed to buy.

Frequently Asked Questions

When was KP Labs founded and where is it based?

KP Labs was founded in 2016 in Gliwice, in Upper Silesia, by engineers connected with the Silesian University of Technology, and it still runs its mission operations centre and a ground station in the city alongside a 2,300-square-metre research and production site opened as a dedicated R&D centre.

How can a team try a KP Labs processor before buying one?

Smart Mission Lab is the company’s remote bench: users get access to live data-processing units in about two days, can compare more than one architecture, and pay for time instead of a full flight board, which is the pre-purchase path sitting beside the new serial-production plan.

What share of a company does Momentum Capital Partners usually buy?

The fund’s public description says it takes minority stakes, usually 10% to 35%, and writes cheques of 5 million to 20 million zloty; the KP Labs contract was described only as a minority holding, with no percentage or valuation released.

What is CAMILA and what does KP Labs supply for it?

CAMILA is Poland’s planned four-satellite Earth-monitoring set, three optical craft and one radar, with Creotech Instruments as prime contractor and Scanway on the telescopes; KP Labs is down to supply a data-processing unit, on an ESA-backed contract that was about 52 million euro and rose above 59 million euro after a fourth satellite was added.

Did Intuition-1 only fly KP Labs hardware?

No. AAC Clyde Space in Scotland manufactured the 6U bus, the National Centre for Research and Development helped fund the mission, and KP Labs supplied the 192-band imager and the Leopard computer, then ran operations from Gliwice with extra ground stations.

Disclaimer: This article is news reporting and analysis of a completed private investment, and it is for information only. It is not investment advice, a solicitation to buy or sell any security, or a recommendation of Momentum Capital Partners, KP Labs or any related financial product. Readers who are considering an investment in private funds, space-technology companies or listed securities should consult a licensed financial adviser or other qualified professional who can assess their own circumstances. Figures, ownership details and product statuses are those given by the company, the fund and the public sources cited as of the dates in the article, and they can change.