logo
What will life be like on Mars? Isro's Hope mission in Ladakh offers a clue

What will life be like on Mars? Isro's Hope mission in Ladakh offers a clue

First Post11 hours ago
Indian Space Research Organisation (Isro) has formally kicked off its first high-altitude analogue mission, Human Outer Planetary Exploration (HOPE), in the cold, high-altitude Mars-like terrain of Tso Kar valley in Ladakh, which mimics the Red Planet in climate and terrain. 'This is a rehearsal for the future,' Isro Chairman Narayanan said during its inauguration. Here's how it will help India's human space programme read more
Hope has been set up in one of the most Mars-like environments on Earth, a high-altitude, cold desert in Ladakh located 4,530 metres above sea level. Image courtesy: Isro
The cold desert of Ladakh is now home to a unique facility that mimics what life could be like on the Moon or Mars.
In a significant step towards India's human spaceflight goals, the Indian Space Research Organisation (Isro) has launched its first full-scale analogue simulation mission called HOPE, short for Human Outer Planetary Exploration.
Set up in the high-altitude Tso Kar valley, this 10-day mission, which began on August 1, is focused on people, testing how humans handle the physical and mental challenges they would likely face during a long space journey, such as a crewed mission to Mars.
STORY CONTINUES BELOW THIS AD
So what exactly is inside the Hope simulator? And how could it shape the way India prepares for future missions to Mars and beyond?
Here's a closer look.
What is Hope?
Hope has been set up in one of the most Mars-like environments on Earth, a high-altitude, cold desert in Ladakh located 4,530 metres above sea level.
According to a report by India Today, the Hope habitat is made up of two interconnected modules:
an 8-metre-wide living unit for the crew, and a 5-metre utility module that contains essential equipment and support systems.
Inside this compact and self-sustaining station, the two-membered crew has access to key facilities including hydroponic farming systems, a kitchen, sanitation setup, and circadian lighting, all designed to closely mimic the kind of life-support systems needed for long-duration missions in space.
The mission has been built and is being operated by Protoplanet, a Bengaluru-based startup. Backed by Isro's Human Spaceflight Centre, it also involves scientific contributions from IIT Bombay, IIT Hyderabad, IIST, and RGCB Trivandrum.
According to NDTV, the entire setup has been built by the company for just Rs 1 crore, excluding the simulation of microgravity.
STORY CONTINUES BELOW THIS AD
Dr. V. Narayanan, Chairman, ISRO and Secretary, Department of Space, formally inaugurated ISRO's high-altitude analog mission HOPE on 31st July 2025.
The mission is scheduled to be conducted from 1st to 10th August 2025 at Tso Kar, Ladakh (elevation: 4,530 metres).
Set in one of… pic.twitter.com/zMYeoBdUkT — ISRO (@isro) August 1, 2025
'Hope is not just a test of endurance; it's a critical proving ground for India's future human space missions. The insights we gather here will directly impact how we train astronauts, design mission protocols, and develop sustainable spaceflight systems,' said Isro Chairman V Narayanan during the mission's inauguration.
STORY CONTINUES BELOW THIS AD
Also read: What we know about Vyommitra, the female humanoid that ISRO is sending on the Gaganyaan mission
What will happen during Hope?
The 10-day mission is packed with carefully planned experiments and activities, all of which are being closely monitored by Isro scientists and mission control teams.
Some of the key areas being tested include:
-Monitoring physical health: Real-time monitoring of how the crew's body responds to high altitude and low-oxygen conditions.
-Studying mental well-being: Analysis of stress levels, cognitive functioning, and teamwork performance in an enclosed and isolated setting.
-Testing new tech: Field testing of advanced equipment like biomedical devices, prototype spacesuits, and communication tools under simulated Mars conditions.
-Running emergency drills: Simulations of possible mission crises, such as equipment failure or health emergencies, to test how well response protocols work in extreme environments.
'This is going to be a very major facility,' Dr V Narayanan told NDTV. 'It will be helping us in a big way, especially in simulating most aspects of space missions except microgravity'.
STORY CONTINUES BELOW THIS AD
Why was Ladakh chosen for Hope?
The Indian space agency chose Tso Kar Valley in Ladakh for a reason.
This high-altitude desert, sitting at 4,530 metres above sea level, offers some of the most Mars-like conditions on Earth. The thin air, low oxygen, extreme cold, high UV radiation, and rocky terrain closely resemble what astronauts would face on another planet.
In fact, Ladakh has already been used in previous smaller Isro analogue projects, including the Ladakh Human Analogue Mission (LHAM) in 2024 and a ten-day Anugami Isolation Study involving Isro's Gaganyatri Astronaut Group Captain Angad Pratap, earlier in 2025. The Hope mission builds on those experiments, but this time, it's full-scale and far more complex.
Why Hope is significant
As India prepares for its ambitious human spaceflight roadmap, including the Gaganyaan mission, a space station by 2035 and a crewed lunar landing by 2040, the Hope analogue mission stands as a critical stepping stone.
'This is a rehearsal for the future,' said Narayanan. 'It is essential for our human space programme leading up to sending a human to the Moon.'
Hope gives Isro a rare chance to test out life-support systems, observe how crew members work and respond in isolation, and fine-tune mission procedures, all in a Mars-like setting without ever leaving Earth.
STORY CONTINUES BELOW THIS AD
But the mission goes beyond just testing equipment. It's also a strong statement of purpose. With Hope, India joins a small group of countries actively preparing for deep-space exploration through officially recognised analogue simulations, a clear signal that India is serious about becoming a major player in future interplanetary missions.
With input from agencies
Orange background

Try Our AI Features

Explore what Daily8 AI can do for you:

Comments

No comments yet...

Related Articles

Bharatiya Antariksh Station in orbit; indigenous missions exploring Moon, Mars: Former ISRO chief lists nation's scientific priorities
Bharatiya Antariksh Station in orbit; indigenous missions exploring Moon, Mars: Former ISRO chief lists nation's scientific priorities

Indian Express

time3 hours ago

  • Indian Express

Bharatiya Antariksh Station in orbit; indigenous missions exploring Moon, Mars: Former ISRO chief lists nation's scientific priorities

Highlighting the country's transformational journey in space under the 2023 Indian Space Policy, which opened the door to foreign direct investment and strengthened support for non-governmental entities, former ISRO chairman and renowned space scientist Dr S Somanath on Monday delivered a lecture as part of the the Panjab University's (PU's) Colloquium Series. Somanath, currently serving as Vikram Sarabhai Distinguished Professor and President-elect of the Aeronautical Society of India (ASI), addressed the talk titled 'Space Sector in India: Opportunities for Business and Startups,' which focused on the growth of the country's space sector, the role of private enterprises, and the future of space entrepreneurship in the country. PU Vice-Chancellor (V-C) Renu Vig presided over the colloquium. In his lecture, the former ISRO chief spoke about the strategic and scientific priorities of India's future in space, including Mars and Venus missions, reusable launch vehicles, and the planned Bharatiya Antariksh Station (BAS) by 2035. 'Landing at the moon is not a pipe dream for India; we are working on it. By 2047, India aims to have a permanent human presence in space, a Bharatiya Antariksh Station in orbit, and indigenous missions exploring the Moon, Mars, and beyond. We're not just following global trends — we're shaping them, with reusable launchers, electric propulsion, and quantum-secure space communications,' he added. Somanath called on universities to actively participate in building a self-sustaining space research and industrial ecosystem. Referring to various problems being faced by farmers, the scientist showcased how satellite-based technologies are now transforming farming. He spoke about ISRO's remote sensing applications for crop insurance, yield estimation, and smart irrigation planning. Tools like the Krishi Decision Support System (Krishi-DSS), SASYA automated crop classification using RISAT-1A data, and agrometeorological products derived from INSAT-3DR are already supporting lakhs of farmers across India. These technologies have been integrated into schemes like PMFBY (Pradhan Mantri Fasal Bima Yojana) for efficient claim assessment and smart sampling. Somanath also highlighted the role of satellite data in tropical cyclone monitoring and prediction, forest fire alerts, and disaster management. Platforms such as Bhuvan, the Indian Geo-Platform of ISRO, are providing web-based geospatial services for agriculture, forestry, disaster response, and governance, benefitting states like Punjab and Haryana. These innovations, he emphasised, can help farmers improve productivity, reduce risk, access timely information, and make evidence-based decisions. The scientist noted that India's shift from a government-funded model to a stakeholder-based space ecosystem has triggered a wave of innovation, with private satellite manufacturers, small launch vehicle developers, and data service providers gaining momentum. This expanding ecosystem, he argued, is expected to generate significant socio-economic benefits, job creation, and global market participation.

Perseids Meteor Shower Peak, Other Sky Events To Watch In August
Perseids Meteor Shower Peak, Other Sky Events To Watch In August

NDTV

time3 hours ago

  • NDTV

Perseids Meteor Shower Peak, Other Sky Events To Watch In August

Led by the Perseids meteor shower, August brings a busy skywatching calendar. With planetary pairings and deep-sky objects also on display, the month offers plenty for stargazers worldwide. August 12-13: Perseids Meteor Shower Peaks The Perseids, one of the most popular annual meteor showers, will peak on the night of August 12-13. While active from late July to August 24, this two-night window is expected to be the most intense, with up to 150 meteors per hour or 2-3 per minute, according to This year, the full moon on August 9 may interfere with viewing, washing out fainter meteors. Perseids Meteor Shower To Be Visible In India Viewers in India are advised to head to darker, rural areas for better visibility. Ideal viewing time is from midnight to just before sunrise on August 13. Regions such as Spiti, Ladakh, Rann of Kutch, and remote parts of Karnataka or Uttarakhand are recommended. Those who miss the peak may still catch a few meteors in the days following, especially between August 16 and 20, when moonlight begins to fade. August 26: Mars And The Moon Conjunction On August 26, Mars will appear next to a thin crescent moon in the western sky around 8.15 pm IST. Visible low on the horizon, the pair will stay close for about an hour. No telescope or binoculars are needed. Planetary Viewings August 11-12: Venus-Jupiter Conjunction Venus and Jupiter will appear only one degree apart in the eastern sky before sunrise, according to NASA's JPL. August 12 (early morning): Venus and Jupiter Rise Together Both planets will rise side by side, appearing like two bright stars. August 19-20: Crescent Moon With Venus and Jupiter A thin crescent moon will join the two planets in the eastern sky before sunrise. August 19: Mercury At Greatest Elongation Mercury will be at its most visible this month in the eastern sky before sunrise. It appears low on the horizon. The Dumbbell Nebula The Dumbbell Nebula (M27), one of the easiest planetary nebulae to spot, will be visible all month within the Summer Triangle, high overhead during early nights. It appears as a faint patch of light and marks the remains of a dying star. Mercury, Venus, Mars, Jupiter, and Saturn will be visible at various times this month. Mercury appears low in the east later in August, Venus and Jupiter shine bright in the eastern sky before sunrise, Mars is visible in the west after sunset, and Saturn rises late at night, shifting earlier as the month progresses.

Dhruva Space to launch first commercial mission with Aussie partners
Dhruva Space to launch first commercial mission with Aussie partners

Time of India

time4 hours ago

  • Time of India

Dhruva Space to launch first commercial mission with Aussie partners

LEAP-1 BENGALURU: Spacetech startup Dhruva Space is set to launch its first commercial mission, LEAP-1, in the third quarter of 2025 aboard SpaceX's Falcon 9. The mission, a landmark for the 2012-founded Hyderabad-based company, will host advanced AI and hyperspectral imaging payloads from Australian firms Akula Tech and Esper Satellites on Dhruva's indigenously developed P-30 satellite platform . The mission follows Dhruva's successful in-orbit qualification of its P-30 bus on Isro's PSLV-C58 in January 2024 and marks its transition from technology demonstration to commercial operations. LEAP-1 will integrate Dhruva's hosted payload services with its Ground Station-as-a-Service (GSaaS) and Integrated Space Operations & Command Suite (ISOCS) for real-time mission management and data downlinking. 'This mission signifies a new era in AI-powered satellite technology to support defence, emergency response, climate monitoring and other strategic objectives,' said Preetham Akula, CEO of Melbourne-based Akula Tech. The company's Nexus-01 payload will test an onboard AI module capable of real-time data processing and re-training, potentially reducing decision-making timelines for critical missions. Esper Satellites, meanwhile, will deploy its hyperspectral imager OTR-2, aimed at delivering detailed, spectrally-rich Earth observation data for sectors including agriculture, mining and environmental monitoring. 'Launching OTR-2 on Dhruva's platform proves that advanced hyperspectral technology can be both accessible and cost-effective,' said Shoaib Iqbal, co-founder and CEO of Esper Satellites. Dhruva Space co-founder and CEO Sanjay Nekkanti said the collaboration reflects the company's global ambitions. 'Following our successful qualification of the P-30 platform, we are excited to take this capability to the international market. Partnering with Akula and Esper creates remarkable opportunities for Indo-Australian space cooperation while driving down costs and fostering a global commercial space economy,' he said. The mission also underscores Dhruva's growing role in India's private space ecosystem, with support from ISRO and IN-SPACe. Nekkanti credited a 2022 visit by Australian Space Agency chief Enrico Palermo to Dhruva's Hyderabad office for sparking the collaboration. LEAP-1 represents the first step in Dhruva Space's series of hosted payload missions, which the company says has already drawn interest from private players in India and Europe. 'This launch is not just about deploying technology. It is about cementing India's position as a fast-growing space power,' Nekkanti added. For Akula Tech, the mission will also provide flight heritage to five of its AI software products, while Esper Satellites sees it as a stepping stone toward building a hyperspectral constellation. Dhruva Space, meanwhile, aims to scale its payload-hosting operations, positioning itself as a key enabler of cost-efficient, globally integrated space missions.

DOWNLOAD THE APP

Get Started Now: Download the App

Ready to dive into a world of global content with local flavor? Download Daily8 app today from your preferred app store and start exploring.
app-storeplay-store