Aerospace Garage

PRODUCT PROFILE

LVM3

ISRO LVM3
Photo: Truckjunction / Wikimedia Commons · CC BY-SA 4.0

HEAVY-LIFT LAUNCH VEHICLE

LVM3

India · verified

MAKER

ISRO →isro.gov.inlast verified 6 Sept 2026
COUNTRY
India
PROGRAMME STATUS
verified

Specifications

Function
The vehicle provides heavy-lift transport for satellites into geostationary transfer orbits and large constellations into low Earth orbit.
Platform fit
It features a 5-metre diameter payload fairing capable of accommodating diverse primary payloads or multi-satellite dispensers.
Propulsion type
The architecture utilises two S200 solid boosters, an L110 liquid-fuelled core, and a C25 cryogenic upper stage.
Commercial model
Procurement and launch services are managed through the state-owned commercial arm, NewSpace India Limited, typically via fixed-price service contracts.
Deployment status
The system is fully operational with a sequence of successful orbital missions and is currently undergoing certification for human-rated flights.
Evidence to demand
Publicly disclosed contracts with global telecommunications providers and a multi-year backlog of national lunar and science missions confirm sustained utility.

Description

The LVM3, formerly designated as the GSLV Mk III, is the heavy-lift workhorse of the Indian space programme. Developed by the Indian Space Research Organisation ( ), it represents a significant departure from earlier cryogenic stages by utilising a massive solid rocket booster pair and a high-thrust liquid core. It was designed to provide India with independent access to geostationary orbits for heavy communication satellites, reducing historical reliance on European launch services. The vehicle is primary transport for the Indian government's strategic civil and lunar missions, including the Chandrayaan and upcoming Gaganyaan human spaceflight programmes. Commercially, it is offered to the international market via NewSpace India Limited (NSIL). It has successfully demonstrated its viability for large-scale commercial constellations, notably conducting dedicated launches for the OneWeb satellite network to low Earth orbit. Buyers should note that while the vehicle has a strong success record, the flight cadence remains lower than established Western or Chinese heavy-lift alternatives. The Aerospace Garage desk would verify the specific availability of manufacturing slots within the state-controlled production cycle and confirm the insurance premiums currently applied to the C25 cryogenic upper stage. Prospective users should also monitor the ongoing transition toward man-rating the vehicle, which may impact near-term commercial manifest flexibility.

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LAST VERIFIED

6 Sept 2026

SOURCE CITATION

Maker website on record

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