MULA — the Multispectral Unit for Land Assessment, the most advanced satellite the Philippines has ever built — is now fully assembled and undergoing final space-environment testing in the United Kingdom, according to the Philippine Space Agency (PhilSA). The 130-kilogram satellite is going through vibration testing, thermal vacuum testing, and thermal cycling: three separate qualification processes designed to simulate everything the spacecraft will experience from the violence of liftoff through the temperature extremes of operating in orbit, before it’s cleared to actually fly.
The project traces back to 2021, when PhilSA began sending Filipino engineers to the UK to work directly alongside British spacecraft manufacturer Surrey Satellite Technology Ltd. (SSTL) — sixteen engineers in total have rotated through the partnership, learning satellite design and assembly hands-on rather than simply buying a finished satellite off the shelf. MULA carries a high-resolution multispectral camera capable of covering up to 73,000 square kilometers of the Philippines within 24 hours, with data intended to support agriculture monitoring (crop disease and pest detection), maritime surveillance, disaster risk reduction, and — per PhilSA’s own program documentation — national security applications as well.
The Launch Date Itself Is Genuinely Unsettled — Worth Reporting Honestly
Exactly when MULA reaches orbit is less clear-cut than PhilSA’s public messaging sometimes implies, and it’s worth stating that plainly rather than picking whichever date sounds most confident. As recently as March 2026, reporting citing PhilSA pointed to a Q4 2026 launch aboard a SpaceX rideshare mission. More recent PhilSA guidance points to April 2027, aboard SpaceX’s Transporter-20 rideshare mission specifically — a meaningfully later window than the agency’s own earlier public statements suggested. Both figures come from PhilSA itself at different points this year, which is a genuine, reportable schedule shift rather than a rumor from an unreliable source — satellite programs slipping their target launch window as final testing runs its course is common industry-wide, not unique to this program, but it means anyone treating “MULA launches in 2026” as settled fact right now is ahead of what PhilSA has actually confirmed.
MULA isn’t the only Filipino-built satellite in the pipeline. Maya-7, a 2U CubeSat being developed under PhilSA’s ACCESS Nanosat program, is further back in development and focused on Earth observation, vegetation monitoring, and maritime early-warning capability — the latest entry in the Maya series of nanosatellites that has already put Filipino-engineered hardware into orbit via the International Space Station. In June 2026, President Marcos convened the Philippine Space Council and formally approved a slate of new satellite-development programs and space initiatives, a signal that MULA and Maya-7 are meant to be the start of a sustained national satellite pipeline rather than one-off projects.
MULA sits inside a broader push PhilSA has been increasingly vocal about this year. The agency has framed 2026 as a pivot toward a genuine “regional space economy” role for the Philippines, alongside more modest but concrete wins: the country’s earlier Maya-5 and Maya-6 CubeSats, both fully Filipino-engineered, were deployed from the International Space Station in July 2023 and remain the clearest proof so far that homegrown satellite hardware can actually reach orbit and function. PhilSA has requested PHP1.38 billion under the 2026 National Expenditure Program — 44.5% below its original PHP2.49 billion ask, a reminder that even a rapidly growing space program in the Philippines is still operating against real, tight budget constraints rather than open-ended government backing.
What This Means for the Philippine Space Economy
MULA matters to Philippine founders well beyond the satellite itself. The sixteen engineers who trained at SSTL represent a genuine, hands-on transfer of real satellite-engineering capability into the country — exactly the kind of deep technical talent base that a domestic space and geospatial-data private sector needs to actually exist, rather than remaining dependent on buying finished satellites or foreign-sourced imagery indefinitely. Once operational, MULA’s Earth-observation data is squarely the kind of dataset Philippine agritech, disaster-response, maritime-logistics, and geospatial-AI startups already build products on top of — better-resolution, Philippine-government-sourced imagery covering the country’s own land, air, and maritime domains is a real, concrete input a startup building crop-monitoring or flood-prediction tools can plan a roadmap around, once PhilSA clarifies how the data will actually be licensed and distributed to outside users. For founders in this space, the practical takeaway is to track PhilSA’s own published guidance directly rather than secondhand launch-date claims, and to start thinking now about what a domestic, higher-resolution imagery source would actually change about a product that currently depends on foreign satellite data. PhilSA’s own leadership has been explicit this year that the agency sees MULA as a step toward the Philippines becoming a genuine regional space-economy player rather than a pure end-user of other countries’ satellite capability — a framing that only holds up if the private sector actually shows up to build on top of what PhilSA launches, rather than treating each satellite as a government project with no commercial afterlife.
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