Lomec and the Thrust Project: Ready for Takeoff!

Lomec and the Thrust Project: Ready for Takeoff!

Lomec Aerospace is proud to support the Thrust Project, a unique student initiative in Northeast Italy dedicated to the experimentation and launch of hybrid-propulsion sounding rockets.

This collaboration represents a significant opportunity for our company to promote technological innovation while supporting young talent in the fascinating world of aerospace engineering.

A Shared Goal: The Launch of the SFR I Rocket

The Thrust team has been working tirelessly to achieve a major milestone: the launch of the SFR I rocket, scheduled for May 2025.

Despite some logistical challenges that forced the original January date to be postponed, the team remains highly motivated and determined. They have already successfully completed simulations of pre-launch and launch procedures, proving they are ready to take on the challenge.

READY FOR TAKEOFF! is the motto echoed by the project members, brimming with energy and ready to push the boundaries of technology.

Lomec Aerospace’s Contribution

Lomec Aerospace has made significant contributions to the progress of the project. In December 2024, Lomec manufactured several key components for the rocket, once again demonstrating its excellence and precision in engineering.

In particular, Lomec provided:

  • Directional fins and flight rudders in carbon fiber, designed to ensure precise control during flight.
  • Structural components in aluminum, ensuring strength and lightness for the rocket body.
  • Assembly tools for the rocket, essential to support the Thrust team in the final phase of construction.

Thanks to these advanced solutions, the SFR I rocket is closer than ever to becoming a reality.

The Technology Behind the Thrust Project

Founded in 2020, the Thrust Project is the first of its kind in the Veneto region, focusing on hybrid propulsion. This approach combines solid and liquid propulsion, leveraging the best of both technologies.

The flagship rocket, SFR I, uses paraffin grains as solid fuel and nitrous oxide as an oxidizer, a non-cryogenic biphasic gas. This configuration offers significant advantages in terms of control and safety, making it an innovative model for aerospace research.

To ensure the mission’s success and meet the new launch date, the Thrust team is working day after day with dedication and determination.

A Winning Partnership

The collaboration with Lomec represents a winning synergy, combining the creativity and enthusiasm of students with the technical expertise of our company in the aerospace sector.

We are thrilled to be part of this exciting journey and to support the next generation of aerospace innovators.

Stay tuned for updates on the Thrust Project!

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