VIRA – Supersonic Rocket

Your Research and Experiments in Extreme Conditions with the VIRA Rocket

Explore new frontiers in scientific research with the VIRA Rocket, your ideal partner for high-speed, high-stress experiments. Designed for supersonic speeds, this cutting-edge rocket offers a unique platform for testing advanced technologies in extreme conditions. Whether you’re pushing the boundaries of aerospace, materials science, or other high-stakes fields, the VIRA Rocket provides the reliability and performance you need for successful experimentation. Elevate your research with a rocket built for the future of extreme testing.

Technical drawing of the VIRA supersonic rocket, showcasing its dimensions, structural details, and design elements.
VIRA Supersonic Rocket – Technical Drawing.

High-Performance Testing & Validation Services

Providing advanced testing solutions for aerospace, defense and high-tech industries to ensure performance, reliability and durability under extreme conditions.

Applications:

  • High-Speed Testing: Evaluation of electronics and mechanical systems under extreme conditions.
  • Material Resistance Analysis: Testing durability against high G-forces and extreme temperatures.
  • Aerospace & Space Technology Validation: Ensuring reliability for high-altitude and space applications.
  • Navigation & Communication System Testing: Assessing performance in real-world operational environments.
  • Defense & Missile System Experiments: Supporting research and development in military applications, including air target imitators.
  • Training & Educational Programs: Hands-on experience with cutting-edge aerospace technologies.
  • Custom Payload Integration: Adaptability for specialized testing and research missions.
Aerial view from the VIRA supersonic rocket in flight.
Aerial view from the VIRA supersonic rocket in flight.

Full Flight Trajectory of the SpaceForest VIRA Rocket

The image shows the entire journey of the SpaceForest VIRA rocket, from its initial ascent to a safe parachute landing. It illustrates the rocket’s flight path, maximum achieved altitude, the critical separation phase and the final descent.

SpaceForest VIRA rocket in flight with flight trajectory, maximum altitude, separation, and parachuted landing.
SpaceForest VIRA Rocket in flight, reaching maximum altitude, separating and parachuted landing, showing the complete mission sequence.

Thrust Vector Control Technology

TVC (Thrust Vector Control) is a technology used in rocket systems that enables precise control of a rocket’s flight direction. By manipulating the angle of exhaust gases from the rocket engines, TVC allows for adjustments to the rocket’s trajectory, ensuring stability and maneuverability. This technology is essential for maintaining control during the entire mission, providing reliable flight path management and stability in various rocket applications, including testing and research missions.

A series of images demonstrating the operation of thrust vector control in the VIRA supersonic rocket, showcasing precise in-flight maneuvering.
Thrust Vector Control in Action – VIRA Supersonic Rocket. A sequence of images illustrating how the rocket adjusts its trajectory using advanced thrust vectoring technology.

Tracking, Telemetry and Telecommand Systems for VIRA

Our own custom radar system and proprietary software monitor the flight and mission parameters of the VIRA rocket. Upon client request, we can integrate an added module to extract real-time data from the research payload. Additionally, if the rocket contains TVC for the mission, we also manage the flight path, giving precise guidance for the entire mission.

Ground station software in action, showcasing real-time data processing and control of tracking systems.

Technical Specifications of the VIRA Supersonic Rocket

The table below presents the indicative technical parameters of the VIRA supersonic rocket. Depending on the mission requirements, key parameters such as payload mass, flight profile, nd control systems can be customized. With advanced technology and precise thrust vector control, VIRA provides an ideal platform for research in extreme conditions.

SpecificationDetails
Eco-friendly Rocket PropulsionYes
Height4.5 m
Diameter200 mm
Lift-off Weight55 kg
Apogee16 km
Flight TimeSeveral seconds in high-dynamic conditions (20s)
Payload Mass10 kg
Internal Diameter195 mm
Internal Length (2 payload sections)340 x ⌀195 and 400 x ⌀145 mm
Maximum SpeedMach 2.7
Telemetry and Flight ControlOptional
Payload MountingCustomized to Client Requirements
Late Access to PayloadYes
Payload Handling Possible in Clean Room (ISO 7)Yes
Mobile Launch CapabilityYes, from a Designated Location

* The technical parameters are scalable and can be tailored to mission requirements.

Data sheet

Download the VIRA supersonic rocket data sheet in PDF format.

20250307-SpaceForest-VIRA-Supersonic-Rocket-Data-SheetDownload

For more information or to discuss the details of the VIRA rocket, we invite you to contact us. Our team works closely with clients to tailor the rocket’s configuration to individual mission requirements, whether for scientific research, commercial applications or defense projects.

Book your flight!