Engine Details
| Vehicle family | LVM3 |
|---|---|
| Stage | C25 cryogenic upper stage |
| Fuel | LH2 |
| Oxidizer | LOX |
| Study theme | upper-stage efficiency and GTO performance |
Engine study
ISRO LVM3 C25 upper-stage engine. Cycle: cryogenic upper-stage engine. Propellants: liquid hydrogen + liquid oxygen.
Run performance calculatorEngine visual
This page includes the generated engine-test image for propulsion, combustion, and simulation context.
| Vehicle family | LVM3 |
|---|---|
| Stage | C25 cryogenic upper stage |
| Fuel | LH2 |
| Oxidizer | LOX |
| Study theme | upper-stage efficiency and GTO performance |
Public analysis focuses on propellant pair, thermochemistry, chamber pressure class, cooling, turbomachinery architecture, and integration risk. Exact manufacturing recipes and proprietary controls are intentionally excluded.
Pumps, preburners or gas generator, valves, ignition, health monitoring, and start sequence govern reliability.
Combustion stability, regenerative cooling, throat erosion, expansion ratio, and plume environment govern performance.
Reusable engines need inspection access, thermal margin, data review, and acceptance criteria after each firing.