Nearly six decades ago, a satellite lifted off from a platform off Kenya’s coast and entered orbit.It was April 26, 1967. The satellite was San Marco-2, part of an Italian space programme supported by NASA. Eight more satellites would follow from the same coastal facility before launches ended in 1988.
Now, Kenya is exploring a new chapter: a commercial spaceport in the general area of Kipini, between Malindi and Lamu.
On October 1, the National Treasury’s Public Private Partnerships Directorate and the Kenya Space Agency signed a funding agreement for a feasibility study. The Directorate said a transaction adviser had recently been appointed to assess the project.
For Kenyans more familiar with airports and seaports, the proposal raises an intriguing question: could the country’s coast become a departure point for satellites?
What exactly is a spaceport?
A spaceport is a facility from which rockets or other launch vehicles take payloads into space. A payload is the equipment being carried, such as a satellite.
Like an airport, it needs more than a departure point. Launch operations require preparation facilities, communications, safety systems and carefully controlled flight paths.
Kipini’s proposed facility would serve satellite launches. The October agreement funds work to establish whether the project is technically feasible and commercially viable; construction has not been announced.
The adviser will also help structure the project and inform the competitive selection of a private partner. The government envisages earning revenue through a share of the commercially viable facility’s income.
Why Kenya’s coast is attractive
Kenya has a geographical advantage that cannot be built: its position close to the equator.
The Earth rotates eastward, and its surface moves fastest at the equator. Rockets launching east can benefit from that motion, reducing the propulsion needed for certain missions.
Proximity to the equator is particularly useful for reaching orbits above the equator, including those used by geostationary satellites. These satellites move with the Earth’s rotation and appear to remain above the same location.
Europe’s spaceport in French Guiana benefits from similar geography. The European Space Agency explains that its near-equatorial location helps save propellant and makes some satellite trajectories easier to achieve.
Kenya also has an east-facing coastline. Launch routes over the ocean can help keep discarded rocket stages away from populated areas, although each route requires a safety assessment.
Geography gives Kenya an opportunity. Whether enough customers would pay to launch from Kipini remains a question for the study.
Kenya has hosted satellite launches before
The country’s space history stretches back to the San Marco project, a partnership with Italy.
The offshore facility near Malindi launched nine satellites between 1967 and 1988: four belonging to the San Marco programme, four American satellites and one British satellite, according to the Italian Space Agency.
Its last launch took place on March 25, 1988.
The facility, now known as the Luigi Broglio Space Centre, continues to support space activities through satellite data reception and tracking. Its ground stations can communicate with spacecraft and support missions launched elsewhere.
That distinction matters: a country can host equipment that communicates with satellites without currently launching them.
The proposed Kipini spaceport would be a separate development whose relationship with the existing centre needs clarification.
What does space have to do with everyday life?
The practical connection is information.
Earth-observation satellites collect images that can help monitor crops, environmental changes and disasters.
Kenya’s Taifa-1, its first operational Earth-observation satellite, was launched aboard a SpaceX Falcon 9 rocket from California on April 15, 2023. The Kenya Space Agency says it was designed and developed by Kenyan engineers to support activities including crop monitoring, environmental monitoring and disaster management.
Taifa-1 illustrates the difference between developing a satellite and having somewhere to launch it. Kenya developed the spacecraft but used a launch service abroad.
A commercial spaceport would seek to add launch capability to the country’s space economy, potentially serving customers beyond Kenya.
What must happen before a rocket lifts off?
The project’s terms of reference require the adviser to identify suitable sites, assess customer demand and estimate construction and operating costs.
The work must also examine weather, airspace, risks to nearby populations, environmental impacts and land requirements. Where displacement is necessary, resettlement planning forms part of the assignment.
The tender envisages a draft feasibility report five months after the adviser’s contract is signed, an updated report at six months, and financial close at 24 months. Financial close means the project’s financing arrangements are secured; it is not a launch date.
These are tender targets, rather than a confirmed construction timetable. The documents also allow the advisory assignment to end after the feasibility stage if the project is unsuitable for a public-private partnership.
The question Kipini must answer
The October announcement does not disclose the study’s funding amount, the adviser’s name or a construction cost. It presents employment, skills development and government revenue as expected benefits, without giving numerical projections.
Those details will matter, particularly to residents whose land and livelihoods could be affected.
Kenya’s coast has already demonstrated that satellites can launch from here. Kipini’s challenge is to establish whether a new facility can attract paying customers, protect local communities and sustain operations long after its first launch.
