The SpaDeX mission is one of the key initiatives in the advancement of space technology, particularly focusing on developing Indigenous capabilities for docking spacecraft. Using the PSLV-C60 launch vehicle, this mission involves two spacecraft designed to demonstrate an androgynous docking system at an altitude of 470 km.
The mission's primary objective is to enhance the efficiency and reliability of docking mechanisms, crucial for future space exploration and interplanetary missions. SpaDeX will carry payloads like high-resolution cameras and radiation monitors. The success of SpaDeX could open up critical applications for upcoming missions like Chandrayaan-4 and Bharatiya Antariksha Station.
General Knowledge Quiz on SpaDeX Mission
- What does SpaDeX stand for?
- A) Space Development Experiment
- B) Space Docking Experiment
- C) Space Demonstration Experiment
- D) Space Docking Exploration
- What is the primary objective of the SpaDeX mission?
- A) To launch a satellite into Mars orbit
- B) To develop indigenous technology for docking two spacecraft
- C) To establish a manned space station
- D) To send humans to the Moon
- Which launch vehicle is used for the SpaDeX mission?
- A) GSLV Mk III
- B) PSLV-C60
- C) Falcon 9
- D) Ariane 5
- How many satellites are involved in the SpaDeX mission?
- A) One
- B) Two
- C) Three
- D) Four
- What are the names of the two spacecraft in the SpaDeX mission?
- A) SDX01 and SDX02
- B) Chaser and Target
- C) Both A and B
- D) None of the above
- What is the weight of each spacecraft in the SpaDeX mission?
- A) 150 kg
- B) 220 kg
- C) 400 kg
- D) 500 kg
- What is a unique feature of the docking mechanism used in SpaDeX?
- A) It uses multiple motors for docking.
- B) It is an androgynous docking system.
- C) It requires manual control for docking.
- D) It is larger than other systems.
- What altitude will the SpaDeX spacecraft operate at?
- A) 300 km
- B) 470 km
- C) 550 km
- D) 600 km
- Which payloads are carried by the two spacecraft in SpaDeX?
- A) High-resolution camera and radiation monitor payload
- B) Communication equipment and scientific instruments
- C) Solar panels and batteries
- D) None of the above
- What future missions could benefit from the technology demonstrated by SpaDeX?
- A) Chandrayaan-4 and Bharatiya Antariksha Station
- B) Mars Orbiter Mission
- C) International Space Station projects
- D) None of the above
Answers:
- B (Space Docking Experiment)
- B (To develop Indigenous technology for docking two spacecraft)
- B (PSLV-C60)
- B (Two)
- C (Both A and B)
- B (220 kg)
- B (It is an androgynous docking system)
- B (470 km)
- A (High-resolution camera and radiation monitor payload)
- A (Chandrayaan-4 and Bharatiya Antariksha Station)
The SpaDeX mission marks a significant stride in the progress of space technology, with a focus on the development of sophisticated docking systems. By testing innovative technologies and payloads in orbit, the mission will contribute to future space exploration. The success of this mission will pave the way for Chandrayaan-4 and Bharatiya Antariksha Station, further advancing space infrastructure and India's place in the global space arena.
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