ISRO Announces Deep Space Mission Timeline and Payload Specifications for Venus Orbiter Mission
The Indian space agency ISRO is gearing up for its ambitious planetary exploration venture with the Venus Orbiter Mission (VOM). The proposed mission, aimed at studying the atmosphere, surface, subsurface, ionosphere, and solar interaction of Venus, seeks to enhance India’s deep space exploration efforts beyond the moon and Mars.
Sanctioned by the Union Cabinet in September 2024 and expected to cost around ₹1,236 crore, the proposed mission aims to answer questions about Venus’ geological past and the planet’s extreme atmospheric conditions. The mission is likely to be launched using the LVM3 launch vehicle, according to ISRO.
Venus Orbiter Mission: Launch Timeline and Objectives
The craft will travel from the Earth to Venus and will then enter into an orbit around the planet. ISRO’s mission design involves an aerobraking step, whereby the craft will employ atmospheric friction to gradually change its orbit until it reaches its desired orbit.
The proposed science orbit has a perigee and apogee altitude of about 200 km and 600 km respectively and has an inclination of about 90 degrees. After being set up, the craft is anticipated to carry out its science operations for about five years.
Payload Specifications: What Will ISRO Study?
Venus Orbiter Mission will have 19 scientific payloads, which include Indian as well as other payloads. These scientific payloads will observe various features of the planet, such as its crusty surface, thick atmosphere, and surrounding plasma environment.
Synthetic Aperture Radar for Venus will observe the surface of the planet along with searching for any sign of recently erupted volcanic activity. Various imaging payloads will assist scientists in understanding the characteristics of the surface of the planet along with thermal anomalies, clouds, and composition of the atmosphere.
Various other instruments will be used for observing atmospheric circulation, lightning, airglow, ion composition, and plasma waves. An instrument for monitoring radiation will observe energetic particles and their effect on the atmosphere of Venus. All these observations will enable scientists to know more about the evolution of Venus into a highly heated planet.
Why the Mission Matters for India’s Space Programme
The mission would add momentum to India’s planetary science mission and help develop technologies for future interplanetary missions. Information gathered from the mission may also help explain the different evolutionary paths Venus and Earth took despite their similar size and composition.
March 2028 is still considered to be the tentative date for launching the mission rather than its scheduled launch date. Completion of technical tasks would decide the actual launch date of the mission. If the mission is carried out successfully, then the scientists of India will get new information regarding Venus.
From Kerala Getaways to Global Health Alerts
Can Kerala’s Backwaters Become Your Next Monsoon Escape?
Explore Kerala Tourism’s special backwater holiday schemes for travellers.
Is Jaishankar Calling for a New US-China Balance?
Discover why India is advocating equilibrium between the US and China amid global tensions.
How Was ₹4.5 Crore Worth of Ganja Seized?
Find out how Delhi Airport Customs reportedly seized the contraband from a passenger arriving from Bangkok.
Can Paytm’s New Soundbox Change UPI Payments?
Check out Paytm’s new soundbox combining UPI and NFC technology.
Are Avian Flu Outbreaks Spreading Across Four States?
Get the latest details on reported bird flu outbreaks in Himachal Pradesh, Kerala, Madhya Pradesh and Rajasthan.
