DELTA 1 R/B(2) (06203)

COSPAR: N/A | Alt Name: Delta 90 Stage 3
DECAYED

Image
DELTA 1 R/B(2) Satellite Image
Additional Sources
Launch Details

Launch Date

September 23, 1972

Launch Pad

Unknown

Launch Vehicle

Unknown

Orbital Elements

NORAD ID

06203

International Designator

N/A

Decay Date

2/20/1976

Basic Satellite Info

Name

DELTA 1 R/B(2)

Alternative Name

Delta 90 Stage 3

Type

Rocket Body

Status

Space Junk

Owner

GSFC

Country

United States

Constellation

N/A

Related Satellites

Major Events

N/A

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

1.9

Diameter

0.9

Span

1.9

Dry Mass

83

Launch Mass

1047

Shape

Sphere + Cone

Radar Cross Section

Unknown

Visual Magnitude

Unknown

Color

Unknown

Material Composition

Unknown

Technical Details

Payload

Star 37C S/N 40018

Purpose

Unknown

Mission

Unknown

Manufacturer

THKE

Life Expectancy

Unknown

Bus

Star 37

Configuration

Unknown

Motor

Unknown

Equipment

Unknown

Power System

Unknown

ADCS

Unknown

Transmitter Frequency

Unknown

Satellite Articles

View All Posts »

Learn more about satellites and other related topics.

X Report 10 Dec 2024

X Report 10 Dec 2024

SpaceX gears up for a busy launch schedule with multiple missions, while its Starship program progresses with a successful Super Heavy test. Meanwhile, NASA's Artemis 2 faces delays, highlighting SpaceX's ongoing momentum in the space sector.

The Moon Landing That Almost Didn't Happen

The Moon Landing That Almost Didn't Happen

Six hours behind schedule, with a backup engine system shuddering in lunar orbit and mission controllers in Houston running out of options, Apollo 16 came within one meeting of being sent home without landing. The problem was a wobble in a gimbal. The solution was math done under pressure.

Falcon 9 to Lift Cygnus as Artemis II Hits Midpoint | KeepTrack X Report

Falcon 9 to Lift Cygnus as Artemis II Hits Midpoint | KeepTrack X Report

Falcon 9 targets ISS Cygnus resupply as Artemis II reaches its halfway mark and SpaceX HLS commitment draws NASA praise.

SpaceX Acquires xAI, Amazon Buys 10 More Falcon 9 Launches | KeepTrack X Report

SpaceX Acquires xAI, Amazon Buys 10 More Falcon 9 Launches | KeepTrack X Report

SpaceX officially acquires xAI for orbital data centers. Amazon buys 10 additional Falcon 9 launches for Project Kuiper. Starlink helps Iranian protesters bypass blackout.

Space Brief 1 Feb 2025

Space Brief 1 Feb 2025

Today's brief covers advances in satellite docking technology, challenges faced by space companies with government navigation, and China's leap in space autonomy through AI developments.

Varda W-5 Reentry Lands in Australia, Senate Passes $839B Defense Bill | KeepTrack Space Brief

Varda W-5 Reentry Lands in Australia, Senate Passes $839B Defense Bill | KeepTrack Space Brief

Varda Space's W-5 mission lands safely in Australia. Leonardo DRS wins SDA Tracking Layer Tranche 3 infrared payload contract. Senate passes $839B defense bill.

Space Force Awards $437M to Viasat, SES for Military Satcom | KeepTrack Space Brief

Space Force Awards $437M to Viasat, SES for Military Satcom | KeepTrack Space Brief

Space Force contracts Viasat and SES for $437M Protected Tactical Satcom-Global program. Four new GEO satellites replace vulnerable single-satellite systems.

Reentry

Reentry

What happens when space objects come home: the fiery physics of returning from orbit and why predicting where debris lands is so difficult