GSLV R/B (62851)

COSPAR: 2025-020B | Alt Name: GSLV CUS-13

Image
GSLV R/B Satellite Image
Launch Details

Launch Date

January 29, 2025

Launch Site

Satish Dhawan Space Centre

Launch Pad

Second Launch Pad

Launch Vehicle

GSLV Mk II

Orbital Elements

NORAD ID

62851

International Designator

2025-020B

Epoch

Sat, 18 Jul 2026 20:06:59 GMT

Apogee

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Perigee

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Inclination

20.57°

Right Ascension

221.70°

Eccentricity

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Argument of Perigee

216.59°

Period

549.27 min

Mean Motion

2.62 rev/day

Latitude

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Longitude

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Altitude

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Velocity

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Polar Plot
3D Visualization
Basic Satellite Info

Name

GSLV R/B

Alternative Name

GSLV CUS-13

Type

Rocket Body

Status

Space Junk

Owner

ISRO

Country

India

Constellation

N/A

Related Satellites

Major Events

On January 29, 2025, the GSLV Mk II successfully launched the NVS-02 satellite. However, post-launch, ISRO reported that orbit-raising operations could not be carried out due to a valve malfunction in the satellite's propulsion system, preventing it from reaching its designated geostationary orbit.

Latest TLEs
1 62851U 25020B   26199.83818825  .00072841 -21696-6  98118-3 0  9994
2 62851  20.5708 221.6985 7059509 216.5867  63.4618 02.62165953 12739

Source: Celestrak

Summary
A rocket body, also commonly referred to as an upper stage or spent rocket stage, is the structural shell left behind after a rocket has delivered its payload to orbit. These large and often heavy pieces of space hardware can remain in orbit for years, posing significant collision hazards as part of the growing space debris problem. If left uncontrolled, rocket bodies have the potential to reenter Earth's atmosphere unpredictably, which can lead to falling debris in populated areas. Additionally, they risk colliding with operational satellites or the International Space Station, creating more debris and putting human life at risk.
Physical Characteristics

Length

9.9

Diameter

2.8

Span

9.9

Dry Mass

2630

Launch Mass

2630

Shape

Cylindrical

Radar Cross Section

Unknown

Visual Magnitude

5.5

Color

Silver (metallic)

Material Composition

The upper stage is primarily constructed from aluminum and its alloys, designed to withstand the low-temperature propellants and the stresses encountered during launch and operation.

Technical Details

Payload

GSLV-F15 CUS15

Purpose

The Cryogenic Upper Stage (CUS) of the GSLV Mk II is designed to provide the necessary velocity to place payloads into Geosynchronous Transfer Orbit (GTO).

Mission

Unknown

Manufacturer

ISRO

Life Expectancy

Unknown

Bus

CUS15

Configuration

GSLV Mk II Upper Stage

Motor

CE-7.5

Equipment

Unknown

Power System

Unknown

ADCS

The upper stage does not possess an active attitude determination and control system post-mission. During its operational phase, it relies on the guidance system for navigation and control.

Transmitter Frequency

Unknown

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