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Micro-launchers are revolutionizing the space industry by providing dedicated, flexible, and cost-effective access to orbit for small satellites. Unlike traditional heavy-lift rockets, which are designed for massive payloads and shared launches, micro-launchers cater specifically to the rapidly growing demand for small satellite deployments. These compact rockets enable precise orbital insertions, reducing the risk of deployment delays caused by dependency on larger missions. With the increasing number of startups, research institutions, and government agencies seeking independent launch capabilities, micro-launchers offer a crucial solution by providing on-demand, tailored services that fit their specific mission requirements.
The advantages of micro-launchers extend beyond their size and affordability. Their development relies on cutting-edge advancements in propulsion, lightweight materials, and automation, making them more efficient and sustainable than conventional launch systems. Many micro-launchers utilize hybrid or green propulsion technologies, reducing environmental impact while maintaining high performance. Additionally, their ability to launch from smaller spaceports or mobile platforms further enhances their flexibility, allowing customers to access a variety of orbits without being tied to the schedules of large-scale rocket operators. As the global space economy expands, micro-launchers play a vital role in democratizing access to space, ensuring that smaller players have a reliable and cost-efficient way to reach orbit.
The micro-launcher industry is at the forefront of the new space race, driving competition and innovation in the commercial launch sector. With governments and private companies investing in satellite constellations for communications, Earth observation, and scientific research, the need for frequent and responsive launches has never been greater. Micro-launchers empower small satellite operators by offering rapid turnaround times, customized launch windows, and greater mission autonomy. As more companies and nations enter the space domain, the development of micro-launchers will continue to shape the future of space exploration, unlocking new possibilities for technological advancement and economic growth in the rapidly evolving space industry.
Introducing Hylauncher®: a cutting-edge two-stage micro-launcher designed for small satellite missions, capable of carrying payloads of up to 200 kg. Standing 13 m tall and 180 cm wide, it provides dedicated and flexible access to space, giving operators control over mission timing and orbital placement.
Hylauncher® is powered by a 100 kN solid motor in the first stage and a 10 kN liquid motor in the second stage, delivering the thrust needed to reach various orbits, including low Earth orbit (LEO) and sun-synchronous orbit (SSO). Engineered with lightweight materials and advanced propulsion systems, it ensures cost-effective, fuel-efficient launches while minimizing environmental impact.
Its compact design enables rapid integration and high mission flexibility, making it ideal for a broad range of commercial, scientific, and defense applications. With a focus on high performance and mission autonomy, Hylauncher® sets a new standard for reliable, efficient, and affordable space access. Whether deploying satellite constellations, scientific instruments, or defense payloads, Hylauncher® is the trusted solution for forward-thinking space missions.
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