SpainSat NG I (62852)

COSPAR: 2025-021A | Alt Name: SpainSat NG-1

Image
SpainSat NG I Satellite Image
Launch Details

Launch Date

January 30, 2025

Launch Site

Kennedy Space Center

Launch Pad

LC-39A

Launch Vehicle

Falcon 9 Block 5

Orbital Elements

NORAD ID

62852

International Designator

2025-021A

Epoch

Sun, 19 Jul 2026 20:56:43 GMT

Apogee

Calculating...

Perigee

Calculating...

Inclination

0.02°

Right Ascension

48.88°

Eccentricity

Calculating...

Argument of Perigee

129.27°

Period

1436.17 min

Mean Motion

1.00 rev/day

Latitude

Calculating...

Longitude

Calculating...

Altitude

Calculating...

Velocity

Calculating...

Polar Plot
3D Visualization
Basic Satellite Info

Name

SpainSat NG I

Alternative Name

SpainSat NG-1

Type

Payload

Status

Operational

Owner

Hisdesat Servicios Estratégicos S.A.

Country

Spain

Constellation

SpainSat NG

Related Satellites

Major Events

Launch on January 30, 2025; expected operational status by mid-2025.

Latest TLEs
1 62852U 25021A   26200.87273100  .00000148  00000+0  00000+0 0  9992
2 62852   0.0201  48.8769 0000552 129.2664 102.6699 01.00266398  4318

Source: Celestrak

Summary
SpainSat NG I, also known as SpainSat NG-1, is a satellite built by Airbus Defence and Space under the OBJECT_ID 2025-021A. Launched on January 30, 2025, from Kennedy Space Center's LC-39A using a Falcon 9 Block 5 launch vehicle, it entered operational status shortly after. The satellite is part of the SpainSat NG constellation and its twin SpainSat NG II is expected to follow. Its mission focuses on providing secure communications for Spanish military forces and governmental agencies. SpainSat NG I utilizes an Eurostar Neo bus configuration, with dimensions including a length of 7.2 meters, diameter of 2.7 meters, and span of 42.8 meters due to its deployable solar arrays. It has a dry mass of 5,500 kg and launched at a mass of 6,100 kg. The satellite is powered by solar arrays generating approximately 25 kW of power and equipped with PPS-5000 motors for propulsion. The satellite's payload includes X-band, military Ka-band, and UHF communication systems, along with active antennas that can be reconfigured in orbit, an onboard digital processor enabling band crossover capabilities, and a high-speed service link for rapid reconfiguration. Its structure is made from lightweight composite materials and aluminum alloys to ensure durability in space. SpainSat NG I operates with a three-axis stabilization system, has a silver and white color scheme, and its reflectivity results in an estimated visual magnitude of 5.5. The satellite aims to serve over two-thirds of Earth's surface for effective command and control operations, with an expected operational lifetime of 15 years. It is owned by Hisdesat Servicios Estratégicos S.A., the Spanish governmental space agency responsible for the program. Sources include official statements from Airbus Defence and Space, Thales Alenia Space, and Hisdesat itself, among others, providing comprehensive coverage on the launch and mission objectives of SpainSat NG I.
Physical Characteristics

Length

7.2

Diameter

2.7

Span

42.8

Dry Mass

5500

Launch Mass

6100

Shape

Box with deployable solar arrays

Radar Cross Section

Unknown

Visual Magnitude

Estimated at 5.5 based on dimensions and reflectivity.

Color

Silver and white

Material Composition

Constructed with lightweight composite materials and aluminum alloys to ensure structural integrity and durability in the space environment.

Technical Details

Payload

X-band, military Ka-band, and UHF communication payloads.

Purpose

Unknown

Mission

To provide secure and reliable communications for the Spanish Armed Forces and governmental agencies, ensuring effective command and control over two-thirds of the Earth's surface.

Manufacturer

Airbus Defence and Space

Life Expectancy

15 years

Bus

Eurostar Neo

Configuration

Eurostar Neo

Motor

PPS-5000

Equipment

Active antennas with in-orbit reconfiguration capability, on-board digital processor for band crossover, high-speed service link for rapid reconfiguration.

Power System

Solar arrays providing approximately 25 kW of power.

ADCS

Three-axis stabilized

Transmitter Frequency

X-band, Ka-band, UHF-band

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.
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 7 May 2025

Space Brief 7 May 2025

Today's briefing focuses on key developments in military space activities, technological advancements, and strategic challenges faced by the U.S. in space dominance. Notably, the Space Force is expanding its missile warning capabilities, and significant funding discussions are underway.

Katalyst Link Clears Tests for $500M SPARCS Rescue | KeepTrack Space Brief

Katalyst Link Clears Tests for $500M SPARCS Rescue | KeepTrack Space Brief

Katalyst's Link spacecraft passes key testing milestone ahead of June 2026 launch to rescue NASA's $500M SPARCS telescope. In-space servicing mission will create trackable conjunction risk during approach and docking phase.

Space Brief 19 Jun 2025

Space Brief 19 Jun 2025

Discover key developments in space defense and military operations, including new leadership for Space Force's 'Golden Dome,' SpaceX's contract for a military SATCOM network, and increased Israeli-Iranian missile activity.

Blue Origin Targets New Glenn Return Before Year-End After Pad Explosion | KeepTrack Space Brief

Blue Origin Targets New Glenn Return Before Year-End After Pad Explosion | KeepTrack Space Brief

Blue Origin aiming for 2nd New Glenn launch by end of 2026 after LC-36 pad explosion at Cape Canaveral. Repair timeline still unclear; mission critical for national security payloads.

Space Brief 25 Oct 2024

Space Brief 25 Oct 2024

Today's highlights include Crew-8's return amid weather delays, new space tourism announcements by Deep Blue Aerospace, and Europe's efforts to combat space debris. Plus, another successful SpaceX launch and the ESA backed Zero Debris Charter gains international traction.

STARLINK-4621 Faces Critical Conjunction as Eight Satellites Reenter | KeepTrack X Report

STARLINK-4621 Faces Critical Conjunction as Eight Satellites Reenter | KeepTrack X Report

A HIGH-risk conjunction between STARLINK-4621 and the defunct SL-18 rocket body leads the July 11 safety picture, with eight Starlink satellites set to reenter through July 14.

X Report 18 Aug 2025

X Report 18 Aug 2025

SpaceX's 100th Falcon 9 mission successfully launched 24 Starlink satellites, continuing to expand its broadband constellation.

X Report 1 Jan 2025

X Report 1 Jan 2025

SpaceX wraps up a record-breaking year with an impressive launch count, while the Starship program looks to make significant advancements in 2025.