315 successful space launches in 2025, finds Indian Space Situational Assessment Report

The Indian Space Situational Assessment Report (ISSAR) for 2025 documents 315 successful space launches globally in 2025, with approximately 4,651 objects pl...

What Happened

The Indian Space Situational Assessment Report (ISSAR) for 2025 documents 315 successful space launches globally in 2025, with approximately 4,651 objects placed in orbit — reflecting the accelerating pace of space activity driven by commercial constellations.
The report was prepared by ISRO's IS4OM (System for Safe and Sustainable Space Operations Management), the dedicated division for space traffic management and debris monitoring.
The sharp rise in launches (315 in 2025 vs. 254 in 2024) is primarily driven by mega-constellation deployments by commercial operators, increasing the risk of collisions and the generation of new debris.
India committed to achieving Debris-Free Space Missions (DFSM) by 2030, requiring near-complete compliance with Post-Mission Disposal (PMD) requirements for all Indian governmental and private missions.
Project NETRA — India's dedicated space situational awareness network — continues to expand, with a new space debris monitoring radar established in Chandrapur, Assam, tracking objects as small as 10 cm within a 2,000 km range.

Static Topic Bridges

Space Situational Awareness (SSA) — Concept and Strategic Importance

Space Situational Awareness (SSA) refers to a nation's ability to monitor, understand, and predict the physical location of natural and man-made objects in orbit. SSA is foundational to satellite safety, collision avoidance, and the long-term sustainability of space operations. As orbital space becomes increasingly congested, SSA capability is a strategic asset — nations with superior SSA can protect their space assets and potentially deny space use to adversaries.

Orbital regimes: Low Earth Orbit (LEO) — 160–2,000 km; Medium Earth Orbit (MEO) — 2,000–35,786 km; Geostationary Orbit (GEO) — ~35,786 km; Graveyard/Disposal Orbit — above GEO
As of end-2024, India had launched 136 spacecraft including 22 operational LEO satellites and 31 GEO satellites
India's total catalogued debris: 23 defunct satellites in LEO, 26 in GEO, plus rocket bodies from PSLV (40), GSLV (4), and LVM3 (3) missions
Kessler Syndrome: A theoretical cascade scenario (proposed by NASA scientist Donald Kessler, 1978) where a critical density of debris causes a chain reaction of collisions, rendering certain orbital bands unusable — heightens urgency of debris mitigation

Connection to this news: ISSAR 2025's data on 315 launches and 4,651 objects placed in orbit illustrates the growing congestion that makes India's SSA capability — through IS4OM and Project NETRA — strategically essential.

IS4OM and Project NETRA — India's SSA Architecture

India's space situational awareness is institutionalised through IS4OM (ISRO System for Safe and Sustainable Space Operations Management) and Project NETRA (Network for Space Objects Tracking and Analysis).

IS4OM: ISRO's dedicated division for space traffic management; compiles ISSAR annually; leads India's Debris-Free Space Mission programme; provides collision avoidance recommendations and re-entry tracking
Project NETRA: India's SSA network; sanctioned budget: ₹509.01 crore; control centre handles collision avoidance; equipped with the Multi-Object Tracking Radar (MOTR) at Sriharikota, capable of tracking ~10 cm objects
New radar in Chandrapur, Assam: Tracks objects ≥10 cm within 2,000 km range — significantly enhancing India's independent tracking capability
India aims for DFSM (Debris-Free Space Missions) by 2030: All Indian missions (governmental and private) to ensure near-complete Post-Mission Disposal (PMD) compliance
PMD requirements (per UN IADC guidelines): LEO satellites must deorbit within 25 years of end of mission; GEO satellites must move to a graveyard orbit at least 300 km above GEO

Connection to this news: ISSAR 2025 is IS4OM's annual flagship output — and the 315-launch figure underscores why Project NETRA's tracking infrastructure and India's DFSM commitment are not aspirational but operationally necessary.

Global Space Governance — Treaties and Debris Mitigation Frameworks

Space governance is anchored in the 1967 Outer Space Treaty (OST), which establishes that outer space is a "global commons" — not subject to national appropriation. However, the OST predates commercial spaceflight and provides no specific debris mitigation provisions.

Outer Space Treaty (1967): Foundational space law; 114 states parties including India; establishes state responsibility for national space activities (Article VI) and liability for damage (Article VII)
Liability Convention (1972): Provides for compensation for damage caused by space objects; India is a signatory
Registration Convention (1976): Requires states to register space objects with the UN Secretary-General; India is a party
IADC (Inter-Agency Space Debris Coordination Committee): Founded 1993; 13 member space agencies including ISRO; sets voluntary debris mitigation guidelines (25-year deorbit rule for LEO)
UN COPUOS (Committee on the Peaceful Uses of Outer Space): Primary UN forum for space law and policy; adopted Long-Term Sustainability (LTS) Guidelines for outer space activities in 2019 — 21 voluntary guidelines
No binding international treaty on space debris management currently exists — a governance gap increasingly discussed as commercial launches accelerate

Connection to this news: The 315-launch figure in ISSAR 2025 highlights the pressure on existing voluntary governance frameworks. India's proactive DFSM-by-2030 commitment positions it as a responsible space actor, aligned with IADC norms and COPUOS LTS guidelines, even as binding multilateral rules remain absent.

India's Space Sector — InSpace and NewSpace Policy

India's space sector has been significantly restructured since 2020 to enable private sector participation. The Indian National Space Promotion and Authorisation Centre (IN-SPACe) was established in 2020 as the regulator and promoter for private space activities. The Space Activities Bill (pending enactment) will provide statutory backing.

IN-SPACe: Single-window regulator for private space activities; authorises launches, provides ISRO facility access; established under Department of Space
NewSpace India Limited (NSIL): ISRO's commercial arm; handles satellite launch and manufacturing contracts; distinct from IN-SPACe (regulatory vs commercial roles)
India's first private rocket launch: Skyroot Aerospace's Vikram-S (November 18, 2022, Sriharikota) — first Indian private launch vehicle
Private sector growth means more Indian-origin objects in orbit — making debris tracking and DFSM compliance directly relevant to non-ISRO operators as well
India's draft space policy (2023) mandates adherence to national and international debris mitigation guidelines for all licensed operators

Connection to this news: As India's private launch sector grows, the debris management framework studied in ISSAR 2025 must extend beyond ISRO missions — making IS4OM's SSA capability and the upcoming Space Activities Act critical governance tools.

Key Facts & Data

Global successful space launches in 2025: 315
Objects placed in orbit in 2025: ~4,651
Global successful space launches in 2024: 254 (with 2,578 operational satellites added)
India's catalogued spacecraft: 136 (22 LEO + 31 GEO operational)
India's debris: 23 defunct LEO satellites, 26 GEO defunct satellites
Project NETRA budget: ₹509.01 crore
MOTR (Multi-Object Tracking Radar): located at Sriharikota
New debris radar: Chandrapur, Assam — tracks ≥10 cm objects within 2,000 km
India DFSM target: 2030 (all governmental and private missions)
IADC LEO deorbit rule: within 25 years of end of mission
Outer Space Treaty year: 1967; India is a signatory
COPUOS Long-Term Sustainability Guidelines adopted: 2019 (21 voluntary guidelines)
Skyroot Aerospace Vikram-S launch (first Indian private launch): November 18, 2022