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Top 21 Fast Growing Aerospace Startups & Companies in Africa

By Oluchukwu Ikemefuna

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The aerospace industry is undergoing a significant transformation driven by technological advancements and evolving consumer behaviour.

New companies, known as aerospace startups, are emerging with a focus on innovative space-related technologies and services.

This new wave of startups in Africa is not limited to the aerospace industry but has also extended to Climate Tech and the health sector.

Aerospace startups

These African startups are revolutionizing the industry by offering efficient and environmentally friendly solutions for aircraft and spacecraft design, manufacturing, and sales.

Also read: Affordable Electric Car Coming to South Africa


Aerospace startups are emerging companies focused on developing space-related technologies and services. They range from pioneering firms like SpaceX to specialized sub-contractors supporting larger aerospace contractors.

Known for their cutting-edge technologies, these startups often begin with proof-of-concept models rather than fully operational prototypes.

As they launch their ventures into the stratosphere, investors should be prepared for an exciting, albeit turbulent, journey.

Aerospace startups continue to embrace innovations in materials, propulsion mechanisms, and other technologies suited for aerospace applications.

Also read: Top 21 Healthcare Startups Creating Waves in Africa

List of Aerospace Startups Making Waves in the World

Impressed by their dedication and ingenuity, we have analyzed the market to compile a list of the year’s 29 most promising aerospace startups.

1. Infinite Composites: Specialized Gas Storage Systems

Infinite Composites provides advanced gas storage systems for the aerospace, transportation, and industrial gas industries.

Their patented technologies enable the design, prototyping, testing, and manufacturing of integrated containment solutions with unmatched energy density, safety, and reliability.

Custom-engineered using proprietary composite materials and manufacturing processes, their vessels achieve pressures up to 10,000 psi at 50 times the storage efficiency of conventional cylinders.

2. D-Orbit: Pioneering Space Logistics

D-Orbit pioneers space logistics capabilities, enabling optimized transportation, precision deployment, and end-of-life disposal for satellites in orbit.

D-Orbit offers an integrated solution as the first company to address the complex needs of managing infrastructure and missions throughout spacecraft lifecycles.

Their ION Satellite Carrier can transport over 80 hosted payloads simultaneously, releasing each asset at custom destinations.

3. Anduril Industries: Intelligent Perimeter Solutions

Anduril Industries develops intelligent perimeter solutions using autonomous drones, sensors, and modular towers. Their autonomous sentry system is deployed along the southern U.S. border, integrating sensor data to identify and track unauthorized crossings in remote areas.

Anduril aims to enhance surveillance capabilities and safety outcomes with automation that amplifies human judgment.

4. Isar Aerospace: Next-Generation Rockets

Isar Aerospace develops next-generation rockets for sustainable access to space for small and medium satellites and satellite constellations.

By offering flexible, sustainable, and cost-effective access to space, they are shaping the future of space flight, contributing to humanity’s progress and our planet’s sustainable technological and economic development.

5. Accion Systems: Efficient Ion Thrusters

Accion Systems created a more efficient ion thruster, the Tiled Ionic Liquid Electrospray (TILE) engine, reinventing propulsion for New Space.

Their innovative propulsion system is suitable for small satellites, constellations, and other mission-critical spacecraft, enabling extended mission lifetimes without compromising the mission.

6. ClearSpace: In-Orbit Service Missions

ClearSpace develops in-orbit service missions to enable a vibrant, resilient, and sustainable space industry.

Their mission is to remove debris from Earth’s orbit, building technology to make these missions affordable. ClearSpace is shaping the future of the aerospace industry by ensuring a sustainable space environment.

7. AgniKul Cosmos: Orbital-Class Rockets

AgniKul Cosmos designs, manufactures, tests, and launches orbital-class rockets for micro and nanosatellites, bringing space within everyone’s reach.

Their product, Agnibaan, is a highly customizable two-stage launch vehicle capable of taking up to 100 kg to orbits around 700 km high.

8. LeoLabs: Space Safety and Analytics

LeoLabs addresses a new generation of risks and opportunities to preserve Low Earth Orbit (LEO) for future generations.

This aerospace startup is committed to making transformative leaps in space safety, transparency, analytics, and radar technology.

Focusing on providing unparalleled support for industries that rely on satellite services, LeoLabs produces high-resolution data on objects in LEO.

9. ABL Space Systems: Low-Cost Launch Vehicles

ABL Space Systems designs launch vehicles that provide low-cost options for customers who want to launch small satellites. RS1, engineered and manufactured in the USA, can launch 1,350 kg of payload on demand.

ABL Space Systems’ team of engineers and builders comes from the world’s leading aerospace and defense companies, aiming to prove that reaching space can be simple, efficient, and routine.

10. CesiumAstro: Communications Solutions

CesiumAstro develops communications solutions for various aviation and aeronautics products. Their systems are designed explicitly for UAVs, launch systems, satellites, and other space vehicles.

Their software-defined communication systems are ready to install and fly, offering full environmental testing and customization options.

11. SCOUT: In-Space Observation Data

SCOUT offers in-space observation data and services, making space more transparent and safer.

Founded by two passionate individuals with diverse backgrounds in startups and innovation research, SCOUT developed a payload system that gives spacecraft “eyes,” enabling better navigation and threat avoidance.

Their computer vision and guidance software packages also facilitate complex autonomy.

12. Kawa Space: Accessible Satellite Data

Kawa Space democratises access to satellite data, making it universally queryable, accessible, and useful. With its GEOINT platform, teams can decode their area of interest with a simple API call.

Kawa Space is building roads for future generations to explore the ever-expanding universe, harnessing the power of satellites orbiting our planet.

13. Kayhan Space: Integrated Spaceflight Operations

Kayhan Space has developed integrated spaceflight operations tools that allow satellite operators to focus on their core mission.

Its innovative tool screens launch vehicle trajectories against the entire space object catalog, computing collision probabilities and identifying close approaches.

With rapid growth potential, Kayhan Space is a promising aerospace startup.

14. LaunchPoint EPS: High-Performance Electric Machines

LaunchPoint EPS designs and manufactures high-performance electric machines and controller solutions for various markets.

With over a decade of experience, LaunchPoint EPS’s team of scientists and engineers is recognized as world experts in electric propulsion technology.

LaunchPoint EPS is dedicated to developing innovative solutions that will revolutionize the aerospace industry.

15. Coflyt: Aviation Management App

Coflyt combines inspections, maintenance tracking, scheduling, and billing into a simple mobile app, providing peace of mind for aircraft owners.

With this innovative aviation app, users can easily monitor mechanical issues, track service intervals, and share aircraft information.

FlightLink offers an invitation-only air pooling platform that connects like-minded travellers, allowing them to fly privately and affordably.

Its world’s first vetted air pooling platform enables members to self-coordinate shared private flights in compliance with aviation regulations.

17. Aeroflux Braking Systems: Magnetic Aircraft Brakes

Aeroflux Braking Systems is developing wear-free magnetic aircraft brakes for business, commuter, and commercial aircraft.

Its proprietary multi-directional electromagnetic array creates a specific magnetic field distribution, offering superior performance to existing eddy current brakes.

18. Dragonfly Aerospace: High-Performance Imaging Satellites

Dragonfly Aerospace develops compact high-performance imaging satellites and payloads with various spectrums.

Every team member has worked on every microsatellite space mission since South Africa entered the space race, contributing to a proud history of South African space engineering and space missions.

19. Deimos-One: Advanced Rockets and Robotics

Deimos-One designs and develops advanced multi-use rockets and tactical ground robotic systems.

By combining artificial intelligence, autonomous robotics, and machine learning, It is redefining what it means to be cutting-edge and solving problems never solved before.

20. ienai SPACE: Customizable Propulsion Systems

ienai SPACE develops one-of-a-kind propulsion systems for space missions and software tools to plan satellite propulsive manoeuvres.

Its fully customizable onboard electric propulsion system is tailored to meet the challenges of pushing spacecraft further, for longer.

21. BlackSky Global: Situational Awareness

One of the top Aerospace startups, BlackSky Global, developed an analytics platform—Spectra AI—that harnesses satellite constellations and sensor networks to provide deep awareness and situational awareness.

BlackSky monitors activities and facilities worldwide, producing alerts and enhancing situational awareness.

Challenges Facing the Aerospace Industry in General

With its perks also comes its challenges. And in a nutshell, here are some of the challenges Aerospace startups face in Africa:

Increased Pressure to Reduce CO2 Emissions

As one of the largest contributors to global CO2 emissions, the aerospace industry faces urgent pressure to provide greener, lighter, and longer-range aircraft.

Aerospace startups

This challenge requires working with tough-to-machine aluminum and heat-resistant superalloys (HRSAs). Sébastien Jaeger, Industry Solution Manager for Aerospace at Sandvik Coromant, explains how aerospace OEMs can adopt advanced tooling solutions to sustainably machine these tough components.

According to the World Economic Forum (WEF), “Achieving net-zero CO2 emissions by 2050 will not only help create an environmentally sustainable future but also ensure a financially resilient and competitive aviation industry as a whole.”

While e-mobility has become increasingly established in the automotive sector—evidenced by electric vehicle sales overtaking diesel in the UK in August 2021—these advancements will take longer to materialize in aerospace.

Generally, electrified aircraft are not expected to reach widespread use until 2035. Lonely Planet reports that although easyJet hopes to operate electric planes on routes under 311 miles (500 km) by 2030 and Norway aims to make all short-haul flights electric by 2040, “we won’t be flying long-haul on rechargeable jumbos any time soon: the batteries are simply too heavy.”

Also read: South Africa Might Take the EU’s New Carbon Tax to the World Trade Organization

Lack of Quality Infrastructure

Another significant challenge facing the aerospace industry is the lack of quality infrastructure.

This issue encompasses various facets, from outdated airport facilities to insufficient maintenance and repair stations and limited manufacturing capabilities for advanced aerospace components.

Substandard Equipment

Firstly, many airports worldwide are not equipped to handle the latest generation of aircraft efficiently. This includes insufficient runways, outdated terminals, and a lack of advanced ground support equipment.

These deficiencies can lead to delays, increased operational costs, and reduced safety and efficiency in handling aircraft.

Inadequate Technology to Handle Maintenance

Secondly, the maintenance, repair, and overhaul (MRO) sector faces infrastructure challenges.

Many MRO facilities lack the advanced technology and equipment to service modern aircraft, particularly those made with new materials such as composites and high-performance alloys.

This infrastructure gap can lead to longer downtimes and higher airline costs, affecting their overall profitability and operational efficiency.

Poor Infrastructure

Thirdly, the manufacturing sector also struggles with infrastructure issues. Producing the next generation of aircraft requires advanced manufacturing facilities equipped with state-of-the-art machinery and technology.

However, many regions lack the infrastructure to support such sophisticated production processes.

This includes a shortage of skilled labour, inadequate supply chains for critical components, and a lack of investment in research and development facilities.

Moreover, integrating advanced digital technologies, such as the Internet of Things (IoT), artificial intelligence (AI), and big data analytics, into aerospace operations requires substantial upgrades to existing infrastructure.

Without these upgrades, the industry cannot fully leverage these technologies’ potential to improve efficiency, safety, and sustainability.

Addressing these infrastructure challenges requires significant investment and coordinated efforts from the public and private sectors.

Governments must prioritize funding for airport upgrades, support the development of advanced MRO facilities, and invest in education and training programs to build a skilled workforce.

Meanwhile, aerospace companies must invest in modernizing their manufacturing capabilities and adopting new technologies.

By tackling these infrastructure issues head-on, the aerospace industry can better meet the demands of modern air travel, improve operational efficiency, and support the development and deployment of next-generation aircraft.

This, in turn, will help the industry achieve its goals of reducing emissions, increasing sustainability, and maintaining competitiveness in a rapidly evolving global market.

Also read: Top 21 Climate Tech Startups Creating Waves in Africa

The Future of Aerospace in Africa

Africa, often called the “last frontier” for aviation growth, is rapidly emerging as a significant player in the global aviation market.

With its vast and diverse landscape, burgeoning economies, and increasing demand for air travel, Africa presents many opportunities for investors and aviation stakeholders.

Here are five major reasons why Africa should be considered a major aviation market:

Projected Market Growth:

The African aviation market is projected to experience significant growth by 2030, with a compound annual growth rate of 5% to 6% in passenger traffic.

This growth is driven by urbanization, rising middle-class incomes, and improved connectivity.

African airlines’ fleet size is expected to double, contributing over $100 billion to the continent’s GDP and supporting more than 6 million jobs.

Major investments in airport infrastructure and the Single African Air Transport Market (SAATM) initiative will enhance intra-African connectivity, while the tourism sector will substantially grow.

Additionally, sustainability efforts, including fuel-efficient aircraft and sustainable aviation fuels, will reduce the industry’s carbon footprint, positioning Africa as a key player in global aviation.

Africa’s aviation market is on a robust growth trajectory. The continent’s population is expected to double by 2050, reaching 2.5 billion people.

This population boom, rising middle-class incomes, and urbanisation are driving a surge in demand for air travel.

Countries like Mozambique, Kenya, and Tanzania are witnessing rapid economic growth, translating into increased business and tourism travel.

The African Union’s SAATM initiative aims to liberalize air transport, further fueling market growth and connectivity across the continent.

Industry Forecasts and Initiatives:

The International Air Transport Association (IATA) predicts robust growth for African aviation, with a 38.7% increase in annual traffic and a 38.3% rise in capacity for 2023.

Despite the load factor remaining the lowest globally at 71.9%, safety has improved significantly, with zero fatal accidents reported in the first half of 2023.

However, African airlines are projected to incur financial losses of around $213 million in 2023. IATA’s “Focus Africa” initiative aims to enhance connectivity, safety, and operational efficiency, further unlocking the continent’s aviation potential while addressing financial sustainability challenges.

High Yield Potential:

Africa’s aviation sector offers high-yield potential for airlines and investors. Despite the challenges, the continent boasts some of the highest airfares globally, primarily due to limited competition and high demand.

This high-yield environment provides a lucrative opportunity for airlines to achieve substantial profit margins.

Additionally, the continent’s untapped routes and underserved markets present a unique chance for new entrants to capture market share and establish a strong presence.

Surging Demand for Air Travel:

The demand for air travel in Africa is skyrocketing. With limited alternatives for long-distance travel, air transport remains the most efficient and reliable mode of transportation across the continent.

The growing tourism industry increased intra-African trade, and the rise of low-cost carriers all contribute to the surge in passenger numbers.

Countries like Zimbabwe, the Congo, and Cameroon are experiencing a tourism boom, attracting leisure and business travellers.

This growing demand creates a compelling case for expanding aviation services and infrastructure, thereby calling for more aerospace startups’ services.

Also read: Microsoft Plans to Build a Large Data Center in Kenya to Serve East Africa


In conclusion, Africa’s aviation market is poised for significant growth and offers substantial opportunities for investors and stakeholders.

By addressing infrastructure challenges, enhancing connectivity, and leveraging economic and demographic trends, the continent can solidify its position as a key player in the global aviation industry.


1. What are the main factors driving the growth of the African aviation market?

The growth of the African aviation market is driven by urbanization, rising middle-class incomes, and improved connectivity. Additionally, major investments in airport infrastructure and initiatives like the Single African Air Transport Market (SAATM) enhance intra-African connectivity.

2. How significant is the projected growth of the African aviation market by 2030?

By 2030, the African aviation market is projected to grow significantly, with a compound annual growth rate of 5% to 6% in passenger traffic. The fleet size of African airlines is expected to double, contributing over $100 billion to the continent’s GDP and supporting more than 6 million jobs.

3. What role does the SAATM initiative play in the growth of the African aviation market?

The Single African Air Transport Market (SAATM) initiative aims to liberalize air transport across Africa, enhancing market growth and connectivity. It facilitates easier and more efficient air travel within the continent, promoting economic development and increasing access to air travel.

4. What are the challenges and opportunities in the African aviation sector?

While the African aviation sector faces challenges such as financial losses and the need for improved infrastructure, it also offers high yield potential due to limited competition and high demand. Additionally, the sector has untapped routes and underserved markets, providing opportunities for new entrants and existing airlines to expand.

5. How is the demand for air travel in Africa expected to change in the coming years?

The demand for air travel in Africa is expected to increase significantly due to the growing tourism industry, increased intra-African trade, and the rise of low-cost carriers. Countries experiencing economic growth and tourism booms, like Zimbabwe, Congo, and Cameroon, will contribute to this surge in passenger numbers.



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Christian Maximilian
Christian Maximilian

I am a Software Engineer, technical writer, and overall tech enthusiast. For me, utilizing my skills as a Software Engineer to perform Technical Search Engine Optimization is not just a job, but something I gladly incorporate into my pastimes as well, and I have been doing this for over 3 years.

When I'm not coding or writing technical documentation, I enjoy listening to music and exploring new genres.

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