| Mission (Launch Year / Target Year) | Payload / Launch Vehicle / Launch Site / Agency | Objective, Technology, Outcome & Importance (Max 5 Points) |
|---|---|---|
| Discoverer-13 (USA) (1960) | Payload: Orbital Recovery Capsule (contained U.S. Flag)Launch Vehicle: Thor-Agena ALaunch Site: Vandenberg Air Force Base, California (USA)Agency: US Air Force / CIA (CORONA Programme) | - Objective: Demonstrate orbital capsule recovery after re-entry. - New Technology: First successful recovery of a human-made object from Earth orbit. - Achievement: Proved reusable capsule recovery technology.- Benefit: Foundation for sample-return missions and reusable spacecraft technology.- India's Role: No direct involvement. |
| Discoverer-14 (USA) (1960) | Payload: Film-return Reconnaissance CameraLaunch Vehicle: Thor-Agena ALaunch Site: Vandenberg Air Force Base, USAAgency: US Air Force / CIA | - Objective: Conduct space-based photographic reconnaissance during the Cold War. - New Technology: Film-return spy satellite technology.- Achievement: First successful recovery of reconnaissance photographs from orbit. - Benefit: Revolutionised satellite intelligence (IMINT) worldwide. - India's Role: No involvement. |
| CORONA Programme (USA) (1959–1972) | Payload: Reconnaissance Satellites with Film-return CapsulesLaunch Vehicles: Thor-Agena SeriesLaunch Site: Vandenberg Air Force Base, USAAgency: CIA & US Air Force | - Objective: Strategic surveillance of the USSR and China. - New Technology: Film-return reconnaissance satellites before the digital era. - Achievement: World's first operational satellite intelligence programme.- Benefit: Replaced risky U-2 spy aircraft missions and transformed military intelligence. - India's Role: No involvement. |
| Chandrayaan-1 (India) (2008) | Payload: Moon Impact Probe (MIP), Terrain Mapping Camera (TMC), Moon Mineralogy Mapper (NASA), HySI, SARA, Mini-SAR and other international payloads.Launch Vehicle: PSLV-XL (C11)Launch Site: SDSC SHAR, Sriharikota, IndiaAgency: ISRO (India) with payloads from NASA, ESA & Bulgaria | - Objective: India's first Moon mission to map the lunar surface and study mineral composition. - New Technology: Multi-payload lunar orbiter with international scientific instruments.- Achievement: Discovered evidence of water molecules on the Moon. - Benefit: Established India as a leading lunar exploration nation and boosted international scientific cooperation. - India's Role: ISRO designed, launched and operated the entire mission successfully. |
| Mars Orbiter Mission (Mangalyaan) (India) (2013 Launch / 2014 Mars Orbit) | Payload: Mars Colour Camera (MCC), Methane Sensor for Mars (MSM), MENCA, Thermal Infrared Imaging Spectrometer (TIS), Lyman-Alpha Photometer (LAP)Launch Vehicle: PSLV-XL (C25)Launch Site: SDSC SHAR, Sriharikota, IndiaAgency: ISRO (India) | - Objective: Study Mars' atmosphere, surface and mineral composition while demonstrating interplanetary mission capability. - New Technology: India's first interplanetary spacecraft using highly fuel-efficient trajectory design. - Achievement: India became the first country to reach Mars orbit on its maiden attempt and the first Asian nation to enter Martian orbit. - Benefit: Strengthened India's deep-space capability and enhanced global prestige in planetary exploration. - India's Role: Mission was completely designed, launched and operated by ISRO at one of the world's lowest mission costs. |
| Mission (Launch Year / Target Year) | Payload / Launch Vehicle / Launch Site / Agency | Objective, Technology, Outcome & Importance (Max 5 Points) |
|---|---|---|
| Chandrayaan-2 (India) (2019) | Payload: Orbiter (8 Payloads), Vikram Lander, Pragyan Rover, CHACE-2, OHRC, IIRS, DFSARLaunch Vehicle: LVM3-M1 (GSLV Mk-III)Launch Site: SDSC SHAR, Sriharikota, IndiaAgency: ISRO (India) | - Objective: Achieve soft landing, rover exploration and detailed study of the Moon's South Polar Region. - New Technology: India's first Orbiter–Lander–Rover integrated lunar mission. - Outcome: Orbiter successful, but Vikram Lander failed due to failure in final descent guidance and control, causing loss of communication before touchdown.- Achievement: CHACE-2 later made the first direct observation of a Coronal Mass Ejection (CME) affecting the Moon's exosphere (reported in 2025). - India's Role: The Orbiter continues scientific observations, providing the technological foundation for Chandrayaan-3 and future lunar missions. |
| Aditya-L1 (India) (2023) | Payload: VELC, SUIT, SoLEXS, HEL1OS, ASPEX, PAPA, MagnetometerLaunch Vehicle: PSLV-C57 (XL)Launch Site: SDSC SHAR, Sriharikota, IndiaAgency: ISRO (India) | - Objective: Study the Sun's corona, photosphere, chromosphere, solar wind and space weather from the Lagrange Point (L1). - New Technology: India's first dedicated solar observatory positioned at L1 for uninterrupted solar observations. - Achievement: Has supplied 13 terabits of solar data to the scientific community (as per current mission updates). - Benefit: Improves space weather forecasting, protects satellites, navigation systems and power grids from solar storms. - India's Role: Entire mission was developed, launched and operated by ISRO, making India one of the few nations with a dedicated solar mission. |
| Chandrayaan-3 (India) (2023) | Payload: Vikram Lander, Pragyan Rover, ChaSTE, ILSA, RAMBHA-LP, Laser Retroreflector Array (NASA)Launch Vehicle: LVM3-M4Launch Site: SDSC SHAR, Sriharikota, IndiaAgency: ISRO (India) | - Objective: Demonstrate safe soft landing and rover mobility near the Moon's South Pole. - New Technology: Improved autonomous landing system, hazard detection, velocity control and landing algorithms based on Chandrayaan-2 lessons. - Achievement: India became the first country to successfully soft-land near the Lunar South Pole and the 4th country to achieve a successful soft landing on the Moon. - Benefit: Strengthened India's capability for future sample-return missions, human lunar missions and Chandrayaan-4. - India's Role: Entire mission was designed, launched and operated by ISRO, significantly enhancing India's global leadership in lunar exploration. |
| Mission (Launch Year / Target Year) | Payload / Launch Vehicle / Launch Site / Agency | Objective, Technology, Outcome & Importance (Max 5 Points) |
|---|---|---|
| XPoSat (India) (2024) | Payload: POLIX (Raman Research Institute), XSPECT (URSC)Launch Vehicle: PSLV-C58 (XL)Launch Site: SDSC SHAR, Sriharikota, IndiaAgency: ISRO (India) | - Objective: Study X-ray polarisation and spectroscopy of black holes, neutron stars and pulsars. - New Technology: India's first dedicated X-ray Polarimetry Mission.- Achievement: Strengthened India's capability in high-energy astrophysics. - Benefit: Helps understand extreme cosmic objects and complements global space observatories. - India's Role: Fully designed, launched and operated by ISRO with indigenous scientific payloads. |
| PSLV-C58 / POEM-3 (India) (2024) | Payload: 10 experimental payloads from ISRO, IN-SPACe, Start-ups & Academic InstitutionsLaunch Vehicle: PSLV-C58Launch Site: SDSC SHAR, Sriharikota, IndiaAgency: ISRO & IN-SPACe | - Objective: Demonstrate orbital experiments after satellite deployment. - New Technology: POEM-3 (PSLV Orbital Experimental Module) converted the spent PS4 stage into an orbital laboratory. - Achievement: Enabled low-cost in-orbit technology demonstrations. - Benefit: Increased participation of Indian startups, universities and private companies in space research. - India's Role: Major milestone in India's commercial space ecosystem under IN-SPACe. |
| PROBA-3 (ESA) / PSLV-C59 (2024) | Payload: Coronagraph Spacecraft (CSC) & Occulter Spacecraft (OSC)Launch Vehicle: PSLV-C59 (XL)Launch Site: SDSC SHAR, Sriharikota, IndiaAgency: European Space Agency (ESA); Launch by ISRO/NSIL (India) | - Objective: Study the Sun's corona using an artificial solar eclipse. - New Technology: World's first precision formation-flying mission, maintaining millimetre-level accuracy between two satellites. - Achievement: Created prolonged artificial eclipses for detailed coronal observation. - Benefit: Advances solar physics and improves understanding of space weather. - India's Role: ISRO/NSIL successfully launched the mission, strengthening India's reputation as a reliable global launch provider. |
| SpaDeX (India) (2024) | Payload: SDX-01 (Chaser), SDX-02 (Target)Launch Vehicle: PSLV-C60Launch Site: SDSC SHAR, Sriharikota, IndiaAgency: ISRO (India) | - Objective: Demonstrate satellite rendezvous, docking and undocking in Low Earth Orbit. - New Technology: Bharatiya Docking System (BDS), autonomous docking algorithms and inter-satellite communication.- Achievement: India became the world's 4th country to master satellite docking technology.- Benefit: Essential for Gaganyaan, Chandrayaan-4, Bharatiya Antariksh Station (BAS) and future deep-space missions. - India's Role: Landmark indigenous technology developed entirely by ISRO. |
| POEM-4 (India) (2024) | Payload: 24 experiments (10 Non-Government Entity payloads), CROPS, RVSat-1, APEMS, Robotic Debris Capture SystemLaunch Vehicle: PSLV-C60Launch Site: SDSC SHAR, Sriharikota, IndiaAgency: ISRO & IN-SPACe | - Objective: Convert the spent PS4 stage into a reusable orbital laboratory. - New Technology: Reusable Orbital Experimental Platform supporting multiple payloads simultaneously. - Achievement: Largest POEM mission with extensive startup and academic participation.- Benefit: Reduces the cost of space experimentation and accelerates indigenous innovation. - India's Role: Demonstrates ISRO's commitment to commercialisation and private-sector participation. |
| RVSat-1 (India) (2024) | Payload: Bacteroides thetaiotaomicron microbiology experimentHosted On: POEM-4 (PSLV-C60)Launch Site: SDSC SHAR, Sriharikota, IndiaAgency: RV College of Engineering & ISRO | - Objective: Study gut bacteria behaviour in microgravity. - New Technology: India's first student-led microbiology experiment in space. - Achievement: Successfully validated academic research in orbit. - Benefit: Supports astronaut health research for Gaganyaan and future long-duration missions. - India's Role: Highlights collaboration between ISRO and Indian academic institutions. |
| CROPS & APEMS (India) (2024) | Payload: Plant Biology & Space Agriculture Experiments (Spinacia oleracea callus studies)Hosted On: POEM-4 (PSLV-C60)Launch Site: SDSC SHAR, Sriharikota, IndiaAgency: ISRO & Indian Research Institutions | - Objective: Study plant growth and life-support systems in microgravity. - New Technology: Indigenous space agriculture and orbital plant biology experiments. - Achievement: Successfully demonstrated biological experiments in orbit. - Benefit: Supports future human spaceflight, Moon missions and Bharatiya Antariksh Station by developing sustainable food systems. - India's Role: Strengthens India's capability in space life sciences through indigenous research. |
| Mission (Launch Year / Target Year) | Payload / Launch Vehicle / Launch Site / Agency | Objective, Technology, Outcome & Importance (Max 5 Points) |
|---|---|---|
| NISAR (India–USA) (2025) | Payload: Dual-Frequency Synthetic Aperture Radar (L-band by NASA + S-band by ISRO)Launch Vehicle: GSLV-F16Launch Site: SDSC SHAR, Sriharikota, IndiaAgency: ISRO (India) + NASA (USA) | - Objective: Monitor forests, glaciers, earthquakes, agriculture, land deformation and climate change. - New Technology: World's first Dual-Frequency (L & S Band) SAR satellite. - Achievement: Provides near real-time global Earth observation data.- Benefit: Improves disaster management, environmental monitoring and climate research worldwide.- India's Role: ISRO developed the S-band radar, spacecraft bus and mission operations, making it one of India's largest international space collaborations. |
| EOS-09 / PSLV-C61 (India) (2025) | Payload: EOS-09 Synthetic Aperture Radar (SAR) Satellite (~1700 kg)Launch Vehicle: PSLV-C61Launch Site: SDSC SHAR, Sriharikota, IndiaAgency: ISRO (India) | - Objective: Provide all-weather, day-night Earth observation for agriculture, surveillance and disaster management. - New Technology: Advanced SAR imaging with a planned debris-free mission concept. - Outcome: Mission Failed due to Third Stage (PS3) Solid Rocket Motor anomaly, preventing orbital insertion. - Benefit: Failure analysis improved reliability for future PSLV missions. - India's Role: ISRO initiated a detailed technical review before resuming PSLV launches. |
| CMS-03 / GSAT-7R (India) (2025) | Payload: Multi-band Naval Communication PayloadLaunch Vehicle: LVM3-M5Launch Site: SDSC SHAR, Sriharikota, IndiaAgency: ISRO (India) | - Objective: Provide secure communication for the Indian Navy across the Indian Ocean Region. - New Technology: Cryogenic Stage Re-ignition and India's heaviest communication satellite launched by an Indian rocket. - Achievement: Strengthened India's strategic maritime communication capability. - Benefit: Improves naval operations, surveillance and network-centric warfare. - India's Role: Entire mission executed by ISRO for India's defence infrastructure. |
| BlueBird Block-2 (USA / ISRO Launch) (2025) | Payload: BlueBird Block-2 Direct-to-Mobile Communication SatelliteLaunch Vehicle: LVM3-M6Launch Site: SDSC SHAR, Sriharikota, IndiaAgency: AST SpaceMobile (USA), NSIL & ISRO (India) | - Objective: Deliver 4G/5G connectivity directly to ordinary smartphones without satellite phones. - New Technology: 223 m² phased-array antenna, the largest commercial antenna deployed in Low Earth Orbit. - Achievement: Successfully demonstrated heavy commercial satellite launch capability.- Benefit: Expands global broadband connectivity and strengthens commercial satellite services. - India's Role: NSIL/ISRO launched the satellite, enhancing India's position in the global commercial launch market. |
| HTV-X1 (Japan) (2025) | Payload: Cargo, scientific equipment, biological samples and ISS suppliesLaunch Vehicle: H3 RocketLaunch Site: Tanegashima Space Center, JapanAgency: JAXA (Japan) | - Objective: Deliver supplies and scientific equipment to the International Space Station (ISS). - New Technology: HTV-X cargo spacecraft capable of extended orbital operations and longer ISS attachment. - Achievement: Replaced the older HTV (Kounotori) cargo system. - Benefit: Supports ISS operations and future Artemis/Lunar Gateway logistics.- India's Role: No direct operational role. |
| Dror-1 (Israel) (2025) | Payload: Digital Communication PayloadLaunch Vehicle: Falcon 9Launch Site: Cape Canaveral, Florida, USAAgency: Israel Aerospace Industries (IAI) & SpaceX (USA) | - Objective: Strengthen Israel's national communication infrastructure. - New Technology: Fully digital "Smartphone in Space" communication architecture. - Achievement: Provides long-term secure communication services (~15 years). - Benefit: Enhances national communication resilience and satellite independence. - India's Role: No direct involvement. |
| Rudra Green Propulsion Demonstration (India) (2025) | Payload: Rudra High-Performance Green Propulsion SystemHosted On: POEM-4 (PSLV-C60)Launch Site: SDSC SHAR, Sriharikota, IndiaAgency: Bellatrix Aerospace & ISRO (India) | - Objective: Demonstrate an indigenous Green Propulsion System in orbit. - New Technology: Green Monopropellant replacing toxic Hydrazine. - Achievement: Successfully performed orbital firing and precise attitude control. - Benefit: Enables safer, eco-friendly and cost-effective satellite propulsion systems. - India's Role: Demonstrates the growing strength of India's private space sector in collaboration with ISRO. |
| Mission (Launch Year / Target Year) | Payload / Launch Vehicle / Launch Site / Agency | Objective, Technology, Outcome & Importance (Max 5 Points) |
|---|---|---|
| EOS-N1 (India) (Target: 2026) | Payload: EOS-N1 Earth Observation Satellite + Startup & Academic PayloadsLaunch Vehicle: PSLV-C62Launch Site: SDSC SHAR, Sriharikota, IndiaAgency: ISRO (India) | - Objective: Strategic Earth Observation for mapping, surveillance and disaster management. - New Technology: Advanced indigenous Earth Imaging System with multiple hosted payloads. - Achievement: Planned as the first PSLV mission after the EOS-09 failure. - Benefit: Strengthens India's remote sensing capability and startup participation. - India's Role: Entire mission is being developed and launched by ISRO. |
| OceanSat-3A (India) (Target: 2026) | Payload: Advanced Ocean Colour & Ocean Observation SensorsLaunch Vehicle: PSLV-C63Launch Site: SDSC SHAR, Sriharikota, IndiaAgency: ISRO (India) | - Objective: Monitor oceans, fisheries, weather and marine ecosystems.- New Technology: Improved Ocean Colour Monitoring and environmental sensing instruments. - Achievement: Successor to India's OceanSat programme. - Benefit: Supports cyclone forecasting, coastal security and marine resource management. - India's Role: Enhances India's Blue Economy and ocean observation capability. |
| GSAT-1A (India) (Target: 2026) | Payload: Advanced Communication PayloadLaunch Vehicle: GSLV-F18Launch Site: SDSC SHAR, Sriharikota, IndiaAgency: ISRO (India) | - Objective: Expand India's satellite communication capacity. - New Technology: Next-generation communication transponders. - Achievement: Planned to strengthen national communication services.- Benefit: Improves telecom, broadcasting and strategic communication. - India's Role: Fully indigenous communication satellite programme. |
| CMS-02 (India) (Target: 2026) | Payload: Communication Satellite PayloadLaunch Vehicle: LVM3-M5Launch Site: SDSC SHAR, Sriharikota, IndiaAgency: ISRO (India) | - Objective: Enhance India's communication satellite network. - New Technology: High-capacity communication payload. - Achievement: Planned under ISRO's launch roadmap. - Benefit: Supports defence, civilian communication and broadcasting services. - India's Role: Strengthens indigenous satellite communication infrastructure. |
| NVS-03 (India) (Target: 2026) | Payload: Next Generation Navigation SatelliteLaunch Vehicle: GSLV-F17Launch Site: SDSC SHAR, Sriharikota, IndiaAgency: ISRO (India) | - Objective: Strengthen NavIC navigation services. - New Technology: Advanced navigation payload and timing systems. - Achievement: Expands India's independent satellite navigation constellation. - Benefit: Improves civilian navigation and strategic defence applications. - India's Role: Supports Atmanirbhar Navigation Infrastructure. |
| HORUS Hosted Payload Mission (India–France) (Target: 2026) | Payload: HORUS Star Tracker (Sodern, France) hosted on Dhruva Space P-30 Nano SatelliteLaunch Vehicle: TBDLaunch Site: TBDAgency: Dhruva Space (India) + Sodern (France) | - Objective: Demonstrate advanced satellite attitude determination technology. - New Technology: High-precision Star Tracker. - Achievement: Strengthens India's private satellite capability. - Benefit: Improves spacecraft pointing accuracy for future missions. - India's Role: Demonstrates global collaboration by an Indian private space company. |
| PSLV-N1 (India) (Target: 2026) | Payload: Technology Demonstration Satellite (TDS-1) with Electric Propulsion, Quantum Communication & Indigenous Atomic ClockLaunch Vehicle: First Privately Manufactured PSLVLaunch Site: SDSC SHAR, Sriharikota, IndiaAgency: HAL–L&T Consortium under ISRO | - Objective: Demonstrate India's first industry-built PSLV. - New Technology: Electric propulsion, quantum communication and indigenous atomic clock. - Achievement: Major milestone in space sector reforms. - Benefit: Opens commercial rocket manufacturing in India. - India's Role: Symbol of Atmanirbhar Bharat in the space sector. |
| SpaDeX-2 (India) (Target: 2026) | Payload: Advanced Docking Demonstration SatellitesLaunch Vehicle: TBDLaunch Site: SDSC SHAR, Sriharikota, IndiaAgency: ISRO (India) | - Objective: Demonstrate satellite docking in elliptical orbit. - New Technology: AI-assisted docking, autonomous navigation and elliptical-orbit rendezvous. - Achievement: Builds on the success of SpaDeX. - Benefit: Essential for Chandrayaan-4, Bharatiya Antariksh Station and deep-space missions. - India's Role: Further advances India's indigenous docking technology. |
| Mars Orbiter Mission-2 (Mangalyaan-2) (India) (Target: TBD) | Payload: Advanced Mars Scientific Instruments (Proposed)Launch Vehicle: TBDLaunch Site: SDSC SHAR, Sriharikota, IndiaAgency: ISRO (India) | - Objective: Continue India's exploration of Mars. - New Technology: Improved remote sensing and long-duration orbital operations. - Achievement: Builds upon the success of Mangalyaan. - Benefit: Expands India's planetary science capability. - India's Role: Strengthens India's position among leading interplanetary space agencies. |
| ISSA-J1 (Japan) (Target: 2027) | Payload: ISSA-J1 Space Debris Inspection SatelliteLaunch Vehicle: PSLV (Dedicated Mission)Launch Site: SDSC SHAR, Sriharikota, IndiaAgency: Astroscale Japan + NSIL/ISRO | - Objective: Inspect and monitor space debris in Low Earth Orbit. - New Technology: Space Situational Awareness (SSA) and Rendezvous & Proximity Operations (RPO). - Achievement: First dedicated Japanese commercial satellite on an Indian PSLV. - Benefit: Improves orbital safety and collision avoidance.- India's Role: Expands India's commercial launch partnership with Japan. |
| Gaganyaan (India) (Target: 2027) | Payload: Crew Module, Service Module, Environmental Control & Life Support System (ECLSS)Launch Vehicle: Human-Rated LVM3 (HLMV-III)Launch Site: SDSC SHAR, Sriharikota, IndiaAgency: ISRO (India) | - Objective: Send 3 Indian astronauts to Low Earth Orbit and safely recover them. - New Technology: India's first Human Spaceflight Programme, Crew Escape System and Human-Rated Launch Vehicle. - Achievement: India's first indigenous crewed mission. - Benefit: Foundation for lunar missions and long-duration human spaceflight. - India's Role: India's flagship human space programme led by ISRO. |