Indian Astronaut Profile
VEEREXA

Rocket Explorer

Browse ISRO's operational fleet. Access detailed telemetry, physical dimensions, and mission history for each launch vehicle.

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LVM3 Rocket
HEAVY LIFT
ACTIVE

LVM3

Geosynchronous Satellite Launch Vehicle MkIII

HEIGHT

43.5 m

PAYLOAD (LEO)

10,000 kg

LAUNCH SUCCESS RATE

100%
PSLV Rocket
WORKHORSE
ACTIVE

PSLV

Polar Satellite Launch Vehicle

HEIGHT

44.0 m

PAYLOAD (SSO)

1,750 kg

LAUNCH SUCCESS RATE

95%
+40 MORE
SSLV Rocket Conceptual
SMALL LIFT
ACTIVE

SSLV

Small Satellite Launch Vehicle

HEIGHT

34.0 m

PAYLOAD (LEO)

500 kg

LAUNCH SUCCESS RATE

66%

FLEET COMPARISON

ROCKET HEIGHT (M) STAGES PAYLOAD LEO (KG) SUCCESS %
LVM3 43.5 3 10,000 100
GSLV 49.1 3 5,000 92
PSLV 44.0 4 3,800 95
info SYSTEM STATUS: NOMINAL V.2.4.0_FLEET_SYNC

Frequently Asked Questions about India vs NASA Comparisons

What is the main objective of India vs NASA Comparisons? +
The primary objective of India vs NASA Comparisons is to advance our understanding of space exploration and contribute to India's growing capabilities in aerospace technology.
How does India vs NASA Comparisons impact future space missions? +
India vs NASA Comparisons sets a critical foundation for upcoming space missions by validating new technologies and operational procedures for ISRO and its partners.
What are the key technological advancements in India vs NASA Comparisons? +
Key advancements include improved propulsion systems, autonomous navigation, and cost-effective engineering methodologies that define India vs NASA Comparisons.
Why is India vs NASA Comparisons important for India's space program? +
India vs NASA Comparisons showcases India's self-reliance in space technology and strengthens its position in the global space economy.