Top 50 Small Satellite Launch

Latitude provides dedicated launch services for small satellites using its proprietary liquid engine, Navier, which is developed through advanced 3D printing techniques. This approach addresses the need for reliable and flexible access to space for smallsat operators, enabling timely deployment of their payloads.

The startup develops orbital launch vehicles specifically designed for small, micro, and nano-satellites, utilizing in-house technologies such as rocket engines, avionics, and guidance systems. This enables businesses to reliably deploy their satellites into low Earth orbit within tight timelines.

Astra provides dedicated, low-cost orbital launch services for small satellites, enabling efficient deployment of payloads up to 600 kg to low Earth orbit. The company also offers Hall-effect electric propulsion systems for on-orbit mobility, facilitating mission-critical operations for small satellite builders and operators worldwide.

Innoface develops hybrid rocket technology for small satellite launch vehicles, providing reliable and cost-effective launch services tailored to customer specifications. The company addresses the need for flexible and rapid satellite deployment in the growing space market.

Provides micro satellite launch services tailored for the U.S. Department of Defense, intelligence community, and government agencies. These services address the need for rapid, cost-effective deployment of small satellites to support national security operations and data collection.

Skyrora provides launch services for small satellites using a range of environmentally friendly rockets, including the three-stage Skyrora XL designed for Sun-Synchronous Orbit. The company addresses the need for reliable and scheduled access to space, allowing customers full control over their satellite launches without delays from co-passengers.

Phantom Space manufactures and launches small satellites using mass-produced launch systems, significantly reducing launch costs by 2-3 times compared to traditional ride-share options. The company addresses the scarcity of launch supply and high capital expenditures in the growing space economy by providing dedicated launch services and affordable in-space propulsion systems.

Rocket Lab designs, constructs, and launches small satellites and rockets, utilizing advanced propulsion systems and lightweight materials to optimize payload delivery. The company addresses the need for cost-effective and reliable access to space for small satellite operators, enhancing their ability to deploy and manage satellite constellations.

Isar Aerospace develops the Spectrum, a high-performance two-stage launch vehicle designed specifically for small and medium satellites, utilizing advanced manufacturing techniques such as additive manufacturing and carbon composite materials. The company provides reliable and flexible access to space, addressing the increasing global demand for satellite deployment and supporting the growth of satellite constellations.

The startup manufactures reusable sub-orbital spaceplanes designed for safe travel to outer space and small satellite launches. By utilizing advanced aerospace engineering techniques, the company provides a cost-effective solution for commercial space access, enabling customers to conduct research and deploy satellites without the high costs associated with traditional space missions.

Develops cost-effective nano and micro satellite platforms with hosted payload options, enabling rapid deployment for applications like intelligence, surveillance, and reconnaissance. By reducing satellite development costs by 75% and offering ready-to-launch solutions, it democratizes access to space capabilities for government and commercial clients.

Promin Aerospace has developed an ultra-lightweight launch vehicle utilizing autophagic technology, which employs gasification and pulsation combustion to minimize mass and eliminate space debris. This approach enables rapid satellite deployment within one month, making orbital access feasible for countries, organizations, and individuals previously excluded from space missions.

The startup develops reusable, scalable, and modular microsatellite platforms designed to reduce the cost of satellite launch missions for space organizations. By offering adaptable solutions that cater to various weight scales, the company enables more sustainable and affordable access to space.

bluShift Aerospace is developing the first commercial rocket powered by CO2-neutral biofuel, specifically designed for suborbital launches of research payloads and small satellites. This technology provides extended microgravity research time and larger payload capacity, addressing the limitations of traditional rocket launches for scientific and commercial applications.

ABL Space Systems develops the RS1 launch vehicle, capable of delivering up to 1,350 kg of payload to low Earth orbit, utilizing additively manufactured engines for rapid assembly and scalability. Their GS0 ground system, housed in standard shipping containers, enables immediate deployment of launch capabilities globally, addressing the need for flexible and cost-effective satellite launch solutions.

Benchmark Space Systems develops propulsion systems specifically designed for small satellite applications, utilizing green propellant technology to enhance performance and reliability. Their solutions address the limitations of traditional propulsion methods, enabling more efficient satellite deployment and operation in low Earth orbit.

HyImpulse develops small orbital launchers powered by a hybrid propulsion system using paraffin-based fuel, which offers a safer and more efficient alternative to traditional kerosene propellants. The company addresses the high costs and long lead times associated with accessing Low Earth Orbit, enabling the transport of payloads up to 600 kg for various industrial applications.

Agnikul manufactures the Agnibaan, a customizable two-stage launch vehicle capable of delivering payloads up to 100 kg to various orbits using LOX/Kerosene engines. The startup simplifies the earth-to-space journey by providing quick, affordable, and flexible launch solutions from over ten launch ports.

Plan-S designs and manufactures small satellites for low-earth orbit, utilizing satellite technology to enhance data collection and communication capabilities. The company provides cost-effective satellite solutions for industries such as telecommunications and Earth observation, addressing the need for efficient data transmission and monitoring.

The startup develops micro launchers that utilize cost-effective architecture and optimized propulsion technology to provide low-cost access to space. By enabling precise in-orbit delivery, the company aims to significantly reduce launch costs, allowing clients to benefit from the efficiencies of serial rocket production.

Orbion Space Technology manufactures Hall-effect plasma propulsion systems for small satellites, enabling precise maneuverability and efficient drag compensation. Their technology increases thrust by up to 100 times on demand, reducing launch costs and extending satellite lifetimes through optimized propellant use.

The startup manufactures custom-built nano-satellites designed for multi-mission capabilities, providing clients with rapid access to space at a lower cost. Their technology addresses the need for high-performance, commercial-grade satellite solutions in a market that demands quick deployment and operational flexibility.

The startup is developing an electric propulsion system for small satellites that utilizes low-cost, non-polluting fuels to enhance space mobility. This technology addresses the need for sustainable and economically viable transport solutions in the aerospace industry.

The startup develops ionic-liquid electric propulsion systems tailored for nano-satellites, providing a customizable solution for satellite manufacturers to meet specific mission requirements. This technology enables efficient space mobility analysis, allowing clients to optimize propulsion performance in the smallest satellite platforms.

ION-X develops ionic liquid electrospray thrusters for small spacecraft, providing high thrust and fuel efficiency with non-toxic, non-pressurized propellant. This technology addresses the need for effective propulsion systems in the rapidly growing small satellite market, enabling optimized orbital maneuvers and extended satellite lifespans.

BlackStar Orbital Technologies develops reusable satellites and space cargo vehicles for autonomous deployment of cubesats, enabling efficient Earth observation and intelligence, surveillance, and reconnaissance (ISR) capabilities. Their technology addresses the high costs and logistical challenges associated with traditional satellite launches, providing rapid and flexible access to space for various applications.

Aliena provides electric propulsion systems for small satellites, utilizing low power plasma thrusters that achieve high thrust-to-power ratios and specific impulse. This technology extends satellite mission lifetimes and enhances operational capabilities by enabling access to very low Earth orbits for improved data quality.

Dawn Aerospace develops sustainable satellite propulsion systems for CubeSats and SmallSats, enabling efficient orbital maneuvers with reduced environmental impact. The company also offers same-day spaceplanes, addressing the need for rapid and reliable access to space for various payloads.

Letara manufactures hybrid propulsion engines for small spacecraft, utilizing plastic as rocket fuel through proprietary ignition and thrust control technologies. This approach addresses the need for safe, high-thrust propulsion systems that can support a wide range of satellite applications, from miniature satellites to larger crew-capable vehicles.

Aeroin SpaceTech Private Limited is developing Small Lift Launch Vehicles for orbital-class missions, specifically targeting the launch of its Aeroin-Xs vehicle to Low Earth Orbit by 2028. The company also provides hands-on training and research internships in aerospace and astronautics, bridging the gap between industry and academia to enhance skills in the growing space sector in India.

Exotrail provides electric propulsion solutions for small satellites, enabling precise maneuverability and optimized deployment in space. Their technology addresses the challenges of satellite positioning and reduces space debris, enhancing operational efficiency and sustainability in the space industry.

The startup develops compact satellite propulsion systems featuring a patented magnetic nozzle that optimizes thrust direction. Their technology enables clients to lower mission costs while effectively maneuvering satellites into various orbits, including elliptical, geostationary, and polar.

NanoAvionics manufactures small satellite buses and provides mission integration services, specializing in CubeSats and Nanosatellites. The company enhances satellite mission performance and reliability through high vertical integration and extensive testing, ensuring minimal downtime and successful long-term operations.

HyPrSpace offers a pressure‑fed hybrid rocket engine that combines liquid‑propellant performance with solid‑motor simplicity, eliminating turbopumps and reducing launch system mass and cost. The engine’s throttling capability and recyclable HDPE solid fuel enable affordable, flexible LEO launch services for payloads up to 235 kg, delivered through modular dedicated, lead‑in, or shared mission options.

The startup manufactures reusable micro launchers utilizing aerospike engine technology and a proprietary recovery system to provide efficient rocket propulsion. This approach significantly lowers the cost of access to space for launch service providers.

The startup develops small satellites equipped with high-resolution optical sensors to capture frequent satellite imagery. Its platform automates data analysis for applications such as land surveying and environmental monitoring, enabling clients to efficiently process and utilize large datasets.

AIKO develops AI algorithms for small satellite missions, enhancing autonomy through autonomous decision-making, payload management, and real-time failure detection. Their solutions improve mission efficiency by over 50%, addressing the challenges of limited operational capabilities in space.

DPhi Space is developing a ridesharing platform for deploying space payloads, enabling users to launch up to 3U payloads with integrated power, computing, and communication capabilities. This platform addresses the high costs and complexities associated with accessing space, making it more affordable and accessible for various payload developers.

Develops small satellite constellations equipped with Synthetic Aperture Radar (SAR) payloads to capture high-resolution Earth observation data, unaffected by weather or daylight. Provides industries such as agriculture, finance, and energy with timely, geolocated insights for applications like environmental monitoring, resource management, and disaster response.

NordSpace develops portable spaceports and vertically integrated launch vehicles for responsive orbital launches. Their technology enables launches from any location on Earth to any point in space. They also offer turn-key satellite solutions.

Voyager Space provides satellite launch services and microgravity research opportunities, utilizing advanced spacecraft technologies and propulsion systems to facilitate commercial activities in low-Earth orbit. The company addresses the need for reliable infrastructure and support for space exploration, enabling organizations to conduct research and deploy satellites efficiently.

This company develops and operates orbital launch vehicles, offering reliable and cost-effective space access for small satellites. Their launch services aim to provide competitive solutions for deploying payloads into various orbits.

The startup develops an air-launcher system that utilizes drone technology to deploy payloads into space, enhancing the efficiency of satellite launches. It also creates new propulsion systems for civil aviation and aerial monitoring, addressing the need for improved access to space and advanced capabilities in search and rescue and agricultural monitoring.

Alpha Impulsion is developing a hybrid autophage propulsion system that utilizes rocket fuel as structural material, eliminating the need for traditional fuel tanks and multi-stage separation systems. This technology provides a more efficient and sustainable launch solution for small satellite operators, addressing the high costs and complexities associated with conventional space launch services.

This company designs and manufactures small, rapidly deployable geostationary satellites to provide high-bandwidth communication. By focusing on low incremental costs and volume production, they aim to make satellite communications more economically viable.

Loft Federal provides a mission-as-a-service model for U.S. national security organizations needing rapid access to space. The company streamlines small satellite deployment by utilizing pre-qualified satellite buses and standardized hardware, enabling orbital delivery in months.

Sirius Space Services manufactures 100% reusable launch vehicles specifically designed for small satellite deployment, addressing the high costs and environmental impact associated with traditional rocket launches. By providing an agile and sustainable launch solution, the company enables more frequent and affordable access to space for satellite operators.

The startup develops satellite and spacecraft propulsion systems that provide full lifecycle launch services, including autonomous flight safety systems and small satellite launch vehicles. By enabling regular and scheduled orbital access at low cost, the company facilitates space research for organizations seeking efficient and affordable launch solutions.

The startup develops a low-flying constellation of small satellites that capture radiometrically accurate ultra-high-resolution imagery for various applications. This technology provides defense, intelligence, and commercial sectors with precise data for security assessments, insurance evaluations, and real estate analysis.

The startup operates a launch site and ground station for small rockets, facilitating payload delivery into low Earth orbit, including sun-synchronous and polar orbits. By providing flexible launch options and reduced costs, the company enables clients to increase their launch frequency and efficiency.