ISRO Scientists Visit Tirupati Balaji Temple Before Launching SSLV D3 with EOS-08 Satellite
On August 15, ISRO scientists visited the Tirupati Balaji Temple in Andhra Pradesh to offer prayers ahead of the SSLV D3 launch. The SSLV D3 is set to launch the EOS-08, an Earth Observation Satellite, on August 16.
About the EOS-08 Mission
The EOS-08 mission aims to design and develop a microsatellite and create payload instruments compatible with the microsatellite bus. It also incorporates new technologies for future operational satellites.
Payloads on EOS-08
| Payload | Function |
|---|---|
| Electro Optical Infrared Payload (EOIR) | Captures images in Mid-Wave IR (MIR) and Long-Wave IR (LWIR) bands for surveillance, disaster monitoring, and environmental monitoring. |
| Global Navigation Satellite System-Reflectometry Payload (GNSS-R) | Uses GNSS-R-based remote sensing for ocean surface wind analysis, soil moisture assessment, and flood detection. |
| SiC UV Dosimeter | Measures ultraviolet radiation. |
The spacecraft is designed for a mission duration of one year.
Doubts Revealed
ISRO -: ISRO stands for Indian Space Research Organisation. It is India’s space agency that works on space missions and satellite launches.
Tirupati Balaji Temple -: Tirupati Balaji Temple is a famous Hindu temple located in Andhra Pradesh, India. People visit it to pray and seek blessings.
SSLV D3 -: SSLV D3 is a type of rocket called Small Satellite Launch Vehicle. It is used to send small satellites into space.
EOS-08 -: EOS-08 is an Earth Observation Satellite. It takes pictures of the Earth and helps in monitoring the environment and disasters.
Payloads -: Payloads are the instruments or equipment carried by a satellite. They perform specific tasks like taking pictures or measuring things.
EOIR -: EOIR stands for Electro-Optical Infrared. It is a type of camera that can take pictures in both visible and infrared light.
GNSS-R -: GNSS-R stands for Global Navigation Satellite System-Reflectometry. It uses signals from navigation satellites to study the Earth’s surface.
SiC UV Dosimeter -: SiC UV Dosimeter is a device that measures ultraviolet (UV) radiation. It helps in studying the effects of UV light.