The SpaDeX mission is directly related to Space docking.
SpaDeX Mission Explained
SpaDeX stands for Space-time-dependent Docking Experiment. It is a conceptual mission or technology initiative focused on developing advanced capabilities for spacecraft docking in orbit. The primary goal is to enable spacecraft to autonomously rendezvous and dock with other objects in space, such as satellites, space stations, or debris.
Understanding Space Docking
Space docking is a critical process in space exploration and operations. It involves the mechanical connection of two separately manufactured orbiting vehicles. This allows for:
- Transferring crew and cargo between spacecraft.
- Servicing and refueling satellites in orbit.
- Assembling large structures in space.
- Retrieving or de-orbiting space debris.
SpaDeX and Its Relevance
The SpaDeX initiative specifically aims to enhance the precision, safety, and efficiency of these docking operations. This could involve technologies like advanced sensors, autonomous navigation algorithms, and sophisticated robotic systems. The name itself, incorporating "Docking Experiment," clearly points to this function.
Analyzing the Options
Let's look at why the other options are not the primary focus of the SpaDeX mission:
- Artificial intelligence: While AI is likely a key technology enabling SpaDeX, it's the application (docking) that defines the mission, not just the underlying technology itself.
- Space farming: This involves growing crops in space and is unrelated to docking procedures.
- Planetary geology: This field studies the geology of planets and celestial bodies, which is different from orbital mechanics and docking.
Therefore, the SpaDeX mission is fundamentally about advancing Space docking capabilities.
Similar Questions
Consider the below statements regarding the Aditya-L1 mission and its payloads:
1. The SUIT payload on Aditya-L1 is designed to image the solar disk in the near-ultraviolet (UV) spectrum to study the temperature and chemical composition of the Sun's photosphere and chromosphere.
2. The SoLEXS instrument is a high-resolution X-ray spectrometer used to study solar flares and active regions in soft X-ray wavelengths.
Which of the above statements is/are correct?- The primary objective of the LUPEX Mission, a collaboration between ISRO and JAXA, is to:
- Which Indian space mission marked the successful launch of 104 satellites in a single mission?
- What was the key scientific objective of Chandrayaan-3?
- What is the name of India's first reusable hybrid rocket launched by a Tamil Nadu-based startup?
- Which ISRO centers participate in International Geosphere-Biosphere programme?
- Which of the following best describes the main objective of the Indo-French Megha-Tropiques satellite mission?
- Which of the following systems can be affected by a solar storm?
1. GPS signal accuracy
2. Power transmission systems
3. Submarine communication cables
4. Pipeline infrastructure - Which recent mission by ISRO aims to study the Sun from the Lagrange point L1?
- How can NISAR provide valuable information for understanding the relationship between fluid injection and earthquake?
Important Questions from Science and Technology
As per an announcement made by the Chairman of ISRO on 6 September 2021, Chandrayaan-2 had completed ______ revolutions of the Moon.
On 7 September 2021, NASA announced that the Perseverance rover has completed the collection of the first sample of _______ Mars.
What is the range of a BrahMos to Les Sukhoi-30 in one go without mid-air refueling?
Which of the following countries performed its first robotic docking in lunar orbit?
Which satellite-based system that was launched by the Indian National Centre for Ocean Information Services (INCOIS) and Airport Authority of India (AAI) in October 2019 will alert deep-sea fishermen of upcoming disasters?
