NOAA 16 DEB (41279)

COSPAR: 2000-055GF | Alt Name: deb NOAA 16

Image

Additional Sources

Launch Details

Launch Date

September 21, 2000

Launch Site

AFWTR

Launch Pad

SLC4W

Launch Vehicle

Titan II SLV

Orbital Elements

NORAD ID

41279

International Designator

2000-055GF

Epoch

Fri, 03 Jul 2026 21:06:42 GMT

Apogee

Calculating...

Perigee

Calculating...

Inclination

98.75°

Right Ascension

244.08°

Eccentricity

Calculating...

Argument of Perigee

221.21°

Period

101.59 min

Mean Motion

14.17 rev/day

Latitude

Calculating...

Longitude

Calculating...

Altitude

Calculating...

Velocity

Calculating...

Polar Plot

3D Visualization

Basic Satellite Info

Name

NOAA 16 DEB

Alternative Name

deb NOAA 16

Type

Debris

Status

Space Junk

Owner

NOAA

Country

United States

Constellation

N/A

Related Satellites

Major Events

N/A

Latest TLEs

1 41279U 00055GF  26184.87965820  .00002646  00000-0  13211-2 0  9997

2 41279  98.7471 244.0788 0030640 221.2052 138.6810 14.17432473541138

Source: Celestrak

Summary

Space debris, also known as space junk, encompasses all non-functional objects orbiting Earth such as defunct satellites, spent rocket stages, and fragments from collisions or disintegrations. Over time, this debris can accumulate and create an increasingly hazardous environment in orbit. Even tiny fragments, traveling at extremely high velocities, can inflict significant damage on operational satellites and spacecraft. If left unmanaged, the density of debris raises the risk of catastrophic collisions and further fragmentation, compounding the problem and threatening the safety and sustainability of space activities.

Physical Characteristics

Length

Diameter

Span

Dry Mass

Launch Mass

Shape

N/A

Radar Cross Section

0.0017

Visual Magnitude

Unknown

Color

Unknown

Material Composition

Unknown

Technical Details

Payload

Unknown

Purpose

Unknown

Mission

Unknown

Manufacturer

Unknown

Life Expectancy

Unknown

Bus

Unknown

Configuration

Unknown

Motor

Unknown

Equipment

Unknown

Power System

Unknown

ADCS

Unknown

Transmitter Frequency

Unknown

Map

This tool will help you track the satellite's position and predict its upcoming passes over your location. Simply input the coordinates or click the geolocation button to get started.

Latitude

Longitude

Next Pass

Azimuth Elevation Time (Local)

Start Azimuth

Max Elevation

Stop Azimuth

Time Until

Pass Duration

Satellite Articles

View All Posts »

Learn more about satellites and other related topics.

Space Brief 11 Apr 2025

Today's brief covers Millennium's milestone in missile defense, new satellite jammer for Space Force, budget increases for defense, delays in MEO satellite contracts, and potential impacts of Trump's latest order on Pentagon programs.

Deep Space Advanced Radar Capability (DARC)

How a groundbreaking radar network is transforming our ability to monitor threats in deep space while strengthening international security partnerships

Artemis 3 Schedule Slips With No Mission Plan From NASA | KeepTrack Space Brief

NASA's Artemis 3 lunar landing mission schedule continues slipping over 2 months after revised plans announced, with no crew or surface activity details released publicly yet.

X Report 22 Nov 2024

SpaceX edges closer to increased Starship launch approvals, secures lunar rover delivery, eyes potential military collaboration, and continues rapid satellite deployment.

Space Brief 2 Jun 2025

Today's edition covers SpaceX's Starlink launch delay, a breakthrough in ceramic manufacturing for space, and Momentus's orbital tech demo, among other headlines.

X Report 9 Apr 2025

SpaceX makes strides with new GPS and Starlink launches while securing major U.S. government contracts.

Space Brief 4 Nov 2025

Today's brief covers China's new GEO Yaogan satellite launch, India's record-mass commsat, military tech updates, autonomous systems for maritime security, and insights from satellite imagery of Hurricane Melissa's impact in Jamaica.

The Satellites the Size of a Studio Apartment

AST SpaceMobile's BlueBird constellation is a bet that raw aperture size wins. Each satellite unfolds a 64-square-meter phased-array antenna in orbit, the largest commercial antenna ever deployed. The company claims a stock smartphone on the ground can connect directly to it. The competition says the physics doesn't support that. Seventeen satellites in and a contract with AT&T, Verizon, and Vodafone, somebody's math is wrong.