Asian Surveying & Mapping
Breaking News
From drones to space tech, Japan looks to startups to strengthen its defences
Tokyo is stepping up efforts to harness dual-use technologies...
South Korea’s Space Agency Seeks 47% Budget Hike for 2027; Regular Nuri Launches, Lunar Lander Development to Begin
The Korea AeroSpace Administration (KASA) has proposed a 2027...
Space42 launches Future Spacers Programme to develop UAE space talent
Space42, the UAE-based AI-powered SpaceTech company, has launched the...
US, China arm for space warfare: hunter satellites and orbital weapons
Amid the rapidly-evolving field of military space operations, Beijing...
ISRO Puts India’s First Geo Imaging Satellite In Orbit, PM Modi Hails EOS-05 Launch Aboard GSLV-F17
The Indian Space Research Organisation (Isro) successfully launched EOS-05,...
China releases first nationwide geometric benchmark imagery, setting a unified ‘spatial scale’ for satellite remote sensing
China's Ministry of Natural Resources has released its first...
India to have its own space station by 2035, says ISRO chairman
Speaking at the 14th convocation ceremony of IIT-BHU, ISRO...
Isro will not make any launch vehicle, all tech to be handed to private sector
IN-SPACe chairman Pawan Goenka said Isro is moving launch...
North Korea fires ballistic missiles as US-South Korea drills near end
South Korea has condemned North Korea’s launch ⁠of more...
Orbitworks ships UAE-built Altair-1 to US ahead of October launch
Abu Dhabi-based satellite company Orbitworks has shipped Altair-1, the...

October 12th, 2011
India Launches the Megha-Tropiques Earth Observation Satellite

pslv-launch

The Megha-Tropiques was launched in a low Earth orbit between 25 degrees North and 25 degrees South latitude at an altitude of 865 kilometers, inclined 20 percent relative to the equator. This vantage point will keep the satellite above the tropical belt to study humidity profiles, cyclones and flooding in the tropical zone. The orbit also keeps the satellite from flying over the French mainland, which is perhaps a first for a mission-funding country.

There are four instruments aboard the satellite:

  • Scanning microwave imager for detection of rain and atmosphere structures, developed jointly by CNES and ISRO
  • Sounder for probing vertical profiles of humidity from CNES
  • Scanner for radiation budget from CNES
  • Radio occultation sensor for vertical profiling of temperature and humidity, developed by Thales Alenia Space of France and Italy

Funding for the operation was split between ISRO (60% or Rs 90 crore) and CNES (40%), with an approximately total $98 million budget. This observation mission is just the second to to look at tropical climate globally, following on the NASA and Jpan joint mission of 1997. The mission is expected to last from three to five years time.

The three micro satellites that were launched alongside Megha-Tropiques include:

  • Jugnu- an Indian Institute of Technology-developed satellite designed to test a camera system that captures imagery in near infrared, along with evaluation of a GPS receiver and Inertial Measurement Unit (IMU) used for satellite navigation
  • SRMSat – a nanosatellite developed by students and faculty of SRM University that will monitor Carbon dioxide and water vapor using a spectrometer
  • VesselSat-1 – a microsatellite that carries the Automatic Identification System for ships, detecting signals from vessels at sea

You can watch a launch video here.