PROJECT PURPOSE

IOSLAB (In-Orbit Servicing LABoratory) is a modular and multi-purpose space laboratory designed for a wide range of experiments. Its primary goal is to develop reusable systems that minimize the need for modifications between missions. By standardizing the structure and internal components, IOSLAB becomes a versatile platform for various scientific and technological missions.

Key Features of IOSLAB

Modular and Reusable Design

IOSLAB is developed based on the CubeSat Design Specification (CDS) and utilizes proven principles of CubeSat missions.

• Capacity: Supports 1–2 CubeSat units, with additional space allocated for interface electronics and data storage.
• Standardization: CDS provides unified guidelines for the design, development, and deployment of miniaturized satellites for space research.

Flexible Experiment Configuration

IOSLAB can operate in two modes:

• Closed configuration – experiments are conducted in a controlled environment.
• Open configuration – direct interaction with the space environment.
• Interchangeable modules – experimental containers can be easily replaced, and software can be updated based on mission requirements.

IOSLAB Experimental Missions

Micro Algaes in Orbit (MAiO)

• Objective: Research on microalgae as a potential life-support system in space.
• Benefits: Microalgae produce oxygen, absorb carbon dioxide, and can be used for food production in space.
• Additional Applications: The research may contribute to the development of biofuels for long-term space missions.

Nanobots

• Objective: Studying the effects of microgravity on nanorobots for medical applications.
• Controlled Environment: The experiment is conducted in a thermally regulated and enclosed chamber to ensure stability and precise control.
• Potential Applications:
  • Targeted drug delivery with minimized side effects.
  • Micro-surgery – removing blood clots, repairing tissues.
  • Cellular monitoring – tracking health conditions at a molecular level.

VESNA

• Objective: Testing a spectrographic camera for analyzing meteor ablation plasma and recording meteoroid trajectories in Earth’s atmosphere.
• Methodology: The experiment is conducted in the open-space section of the laboratory, where instruments are exposed to the space environment for direct observation of meteoroid interactions.
• Scientific Significance:
  • Studying the composition of meteoroids and their interactions with the atmosphere.
  • Contributions to meteorology, climatology, and planetary sciences.
  • Improving protection strategies for satellites and spacecraft against meteoroid impacts.

Implementation and Strategic Importance

SAB Aerospace is leading the development of IOSLAB as a modular and reusable research platform. The main objectives include:

• Fostering scientific partnerships, particularly within the ESA Space Rider mission.
• Advancing life sciences research in space and fostering new space technologies.

Through these initiatives, IOSLAB becomes a crucial platform for future space experiments, contributing to long-term advancements in space research.