Top 50 Small Satellite Launch in Europe

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.

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.

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.

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.

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.

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.

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.

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.

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.

POLARIS builds reusable spaceplane and hypersonic vehicles that launch and land from conventional runways using linear aerospike rocket engines. The platform delivers up to 1 t to low‑Earth orbit or up to 10 t on sub‑orbital/hypersonic trajectories, with <24 h turnaround and hundreds of flight cycles, reducing launch infrastructure and per‑mission cost. It serves satellite launch providers, defense agencies, research institutions, and high‑speed cargo operators.

Revolv Space designs and manufactures custom mechanisms and solar power systems for small satellites, enhancing their operational reliability and efficiency. By addressing the limitations of traditional satellite components, the company enables continuous payload operations and maximizes the monetization potential of space assets.

Provides global IoT connectivity through a constellation of 25 nanosatellites, enabling precise tracking, monitoring, and alerting for assets in remote or challenging environments. This satellite-based system ensures real-time data transmission across 85% of the Earth's surface, supporting industries like agriculture, energy, and maritime with reliable, location-independent communication.

Aurora Propulsion Technologies manufactures plasma brakes and resistojet thrusters for CubeSats and SmallSats, enabling precise positioning and safe deorbiting. Their solutions enhance satellite mission profitability by extending operational lifespans and ensuring compliance with international space regulations.

The startup develops nanosatellite technology that provides high-resolution earth-observation data to monitor environmental changes. This technology enables clients to analyze spatial patterns and track progressions in the Earth's ecosystems, facilitating informed decision-making.

Astrocast provides global, bidirectional IoT connectivity through its low‑Earth‑orbit nanosatellite constellation, enabling remote assets such as vessels, buoys, and livestock sensors to transmit and receive data anywhere on the planet. Its compact Astronode modules use a low‑power L‑band protocol (<0.35 W peak, <500 nA sleep) with 256‑bit AES encryption, and data is accessed via a RESTful API and web portal for real‑time telemetry, OTA updates, and usage analytics.

Prométhée operates a constellation of nanosatellites equipped with advanced imaging technology and an AI-driven image analysis platform to monitor environmental changes and human activities on Earth. The service provides real-time data for disaster prediction, resource management, and security monitoring, addressing the increasing risks posed by climate change and geopolitical instability.

SuperSharp develops thermal infrared space telescopes that utilize unfolding self-alignment technology to fit large telescope capabilities into small satellites, enabling high-resolution Earth imaging at a lower cost. This technology provides detailed thermal imagery for applications such as climate monitoring, agricultural optimization, and disaster response, offering four times greater resolution per unit cost compared to existing solutions.

Simera Sense develops optical payloads for nanosatellites, providing medium to high-resolution imagery solutions that enhance Earth observation capabilities. Their products, including the xScape series, enable efficient data collection and processing while reducing costs for mission providers in the satellite industry.

FOSSA Systems provides satellite IoT solutions through a network of nanosatellites, enabling global connectivity for remote industrial applications such as energy monitoring and logistics. Their technology addresses the lack of reliable communication in areas beyond cellular coverage, enhancing operational efficiency and asset management for various industries.

Develops a hyperspectral satellite constellation combined with AI-driven analytics to provide near-real-time global data on crop health, carbon sequestration, and environmental changes. This enables businesses, governments, and insurers to make informed decisions, optimize resource management, and improve risk assessment with sub-daily insights from 100 microsatellites by 2030.

Reflex Aerospace designs and manufactures custom satellite platforms with a payload-centric approach, enabling missions for applications such as Satcom and Earth Observation. The company delivers tailored satellite solutions within 12 months, addressing the need for rapid deployment and high-performance capabilities in the space industry.

EnduroSat designs and engineers modular spacecraft platforms equipped with advanced avionics and data processing systems for commercial and exploratory missions. The company provides accessible satellite solutions that enable businesses to gather and analyze space data, addressing the high costs and complexities traditionally associated with space access.

Open Cosmos designs, builds, and operates low-earth orbit satellites, providing high-resolution satellite imagery and data through a shared satellite infrastructure. This enables organizations to access reliable insights for monitoring environmental changes and addressing challenges related to climate, energy, and natural resources.

The startup deploys satellites equipped with signal detection technology to monitor maritime activity and geolocate vessels, even when they disable their automatic identification systems. This capability enables clients to identify illegal operations at sea, such as unregulated fishing and maritime piracy, enhancing maritime security and compliance.

Elara Aerospace builds reusable Methalox rockets using additive manufacturing to lower launch costs and increase frequency. Their approach focuses on component salvaging and refurbishment for efficient turnaround, making space access more economical.

D-Orbit is the first in-space transportation company specializing in the precise deployment and removal of satellites using advanced orbital transfer vehicles. The company addresses the challenges of satellite maneuverability and end-of-life disposal, enhancing the sustainability of space operations.

E-Space provides a sustainable low Earth orbit (LEO) satellite communication platform that connects billions of IoT devices globally, enabling real-time data transmission without reliance on commercial traffic. This system addresses the need for affordable, resilient connectivity in high debris environments, significantly reducing costs by over 90% compared to traditional LEO networks.

Unseenlabs operates a constellation of low‑Earth‑orbit monosatellites equipped with passive RF receivers that detect and geolocate emissions from shipborne communication and navigation equipment. The platform provides kilometer‑level vessel positions, timestamps, and signal characteristics in standard GIS formats through a cloud API, allowing maritime authorities, insurers, and operators to monitor “dark vessels” and fuse the data with AIS, SAR, and optical sources for enhanced domain awareness.

SPIN develops modular satellite integration solutions using the MA61C plug-and-play intelligent data node, which simplifies the assembly and testing of satellite components. This technology reduces manufacturing costs and accelerates mission timelines, enabling broader access to space for various manufacturers.

Osmos X develops and operates orbital service vehicles equipped with tunable thrust propulsion systems for efficient satellite delivery and debris removal in Earth's orbit. Their technology addresses the challenges of satellite repositioning and space debris management, enabling reliable "last kilometer" delivery and effective cleaning of orbital environments.

ISPTech develops non-toxic, green propulsion systems utilizing self-pressurizing HyNOx and hypergolic HIP_11 propellants, designed for spacecraft of all sizes. Their technology addresses the dual challenges of high performance and reliability while significantly reducing thruster and propulsion system costs and lead times.

Involve Space develops stratospheric pseudo-satellites, utilizing reusable balloon technology to conduct Earth observation and atmospheric research. Their solutions provide a cost-effective platform for various missions, addressing the need for sustainable and accessible data collection from the stratosphere.

PAVE Space provides orbital transport via its Kickstage platform, capable of delivering multi-ton payloads to any orbit within 24 hours using storable propellants. The company also offers integrated in-space services, including inspection, life extension, and on-orbit servicing, leveraging reusable propulsion and robotics.

Advanced Rocket Technologies (ART) offers accessible and customized launch services for the Middle East and Africa, utilizing reusable rocket technology and AI-powered systems. The company also addresses the regional skill gap through its A.R.T Academy, providing comprehensive aerospace education.

Arkadia Space develops and commercializes propulsion systems utilizing green propellants for satellites and space vehicles, providing a non-toxic alternative to traditional hydrazine-based systems. Their technology offers high performance at a significantly lower cost, enabling sustainable space exploration and in-orbit services for logistics companies.

Wyld Networks provides low-power IoT connectivity through a constellation of LEO satellites, enabling data transmission from remote sensors in areas lacking traditional connectivity. Their solution facilitates real-time data collection and management for industries such as agriculture and energy, enhancing operational efficiency and decision-making.

Sateliot operates a satellite telecom network that provides global IoT connectivity using a Low Earth Orbit (LEO) satellite constellation compliant with the 5G protocol. This service enables continuous remote connectivity for IoT devices, addressing the challenge of reliable communication in areas lacking traditional network infrastructure.

Dcubed develops patented Hold-Down Release Mechanisms and proprietary origami structures for nano-satellites, providing reliable and efficient deployment solutions in space missions. Their products enable significant weight savings, reduced lead times, and lower costs, addressing the challenges of equipment stowage and performance optimization in the commercial space industry.

SpaceLocker provides payload hosting services by utilizing a universal interface that allows for the integration of various payload types into shared satellites and orbital transfer vehicles. This approach reduces the complexity and cost of launching individual satellites, enabling faster access to space for Earth observation, telecommunications, and scientific missions.

Space Frontier develops zero-emission hybrid propulsion systems for microlaunchers, enabling the low-cost delivery of standardized payloads into orbit. Their technology addresses the high costs and inefficiencies of current space logistics by utilizing reusable space tugs for orbital cargo transport and deorbiting obsolete containers, thereby reducing space debris.

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.