BENGALURU: India launched its first space docking mission on Monday, on an Indian-made rocket, in an attempt to become the fourth country to achieve the advanced technological feat.
The mission, called Space Docking Experiment (SpaDeX), lifted off from the Satish Dhawan Space Center in Andhra Pradesh state at 1630 GMT aboard the Indian Space Research Organization’s (ISRO) “workhorse” PSLV rocket. After around 15 minutes, the mission director called the launch successful after the spacecraft reached an altitude of around 470 km.
The mission is seen as pivotal for future space endeavours, including satellite servicing and the operation of the country’s planned space station.
In-space docking technology is crucial when multiple rocket launches are required to achieve shared mission objectives.
The Indian mission involves deploying two small spacecraft, each weighing about 220 kilograms, into a 470-km circular orbit. It will also demonstrate the transfer of electric power between the docked spacecraft, a capability vital for applications such as in-space robotics, composite spacecraft control and payload operations following undocking.
Each satellite carries advanced payloads, including an imaging system and a radiation-monitoring device designed to measure electron and proton radiation levels in space, providing critical data for future human spaceflight missions.
ISRO Chairman S. Somanath said the actual testing of the docking technology could take place in about a week’s time and indicated a nominal date of around Jan. 7.
“The rocket has placed the satellites in the right orbit,” he said. A successful demonstration would place India alongside the United States, Russia and China as the only countries to have developed and tested this capability. In a first for India, the rocket and the satellites were integrated and tested at a private company called Ananth Technologies, rather than at a government body.
“Display of this technology is not just about being able to join a rare group of countries who own it, it also opens up the market for ISRO to be the launch partner for various global missions that need docking facilities or assembly in space,” said astrophysicist Somak Raychaudhary of Ashoka University.
The fourth stage of the PSLV, which usually turns into space debris, has been converted into an active un-crewed space laboratory. The last stage of the rocket has been repurposed to become an orbital laboratory and will be used for various experiments.
“The PSLV Orbital Experiment Module (POEM) is a practical solution deployed by ISRO that allows Indian start-ups, academic institutions, and research organizations to test their space technologies without the need to launch entire satellites. By making this platform accessible, we are reducing entry barriers and enabling a wider range of entities to contribute to the space sector,” said Pawan Goenka, chairman of India’s space regulatory body.

GENEVA: The World Health Organization on Monday implored China to share data and access to help understand how Covid-19 began, five years on from the start of the pandemic that upended the planet.
Covid-19 killed millions of people, shredded economies and crippled health systems.
“We continue to call on China to share data and access so we can understand the origins of Covid-19. This is a moral and scientific imperative,” the WHO said in a statement.
“Without transparency, sharing, and cooperation among countries, the world cannot adequately prevent and prepare for future epidemics and pandemics.”
The WHO recounted how on December 31, 2019, its country office in China picked up a media statement from the health authorities in Wuhan concerning cases of “viral pneumonia” in the city.
“In the weeks, months and years that unfolded after that, Covid-19 came to shape our lives and our world,” the UN health agency said.
“As we mark this milestone, let’s take a moment to honor the lives changed and lost, recognize those who are suffering from Covid-19 and Long Covid, express gratitude to the health workers who sacrificed so much to care for us, and commit to learning from Covid-19 to build a healthier tomorrow.”
Earlier this month, the WHO’s Director General Tedros Adhanom Ghebreyesus addressed the issue of whether the world was better prepared for the next pandemic than it was for Covid-19.
“The answer is yes, and no,” he told a press conference.
“If the next pandemic arrived today, the world would still face some of the same weaknesses and vulnerabilities that gave Covid-19 a foothold five years ago.
“But the world has also learnt many of the painful lessons the pandemic taught us, and has taken significant steps to strengthen its defenses against future epidemics and pandemics.”
In December 2021, spooked by the devastation caused by Covid, countries decided to start drafting an accord on pandemic prevention, preparedness and response.
The WHO’s 194 member states negotiating the treaty have agreed on most of what it should include, but are stuck on the practicalities.
A key fault-line lies between Western nations with major pharmaceutical industry sectors and poorer countries wary of being sidelined when the next pandemic strikes.
While the outstanding issues are few, they include the heart of the agreement: the obligation to quickly share emerging pathogens, and then the pandemic-fighting benefits derived from them such as vaccines.
The deadline for the negotiations is May 2025.