Orbital Radar

Real-time tracking of 30,000+ satellites and debris in orbit. Launches, close approaches, reentries and space weather — the moment they happen. 🛰️

[Orbital Radar @orbital_radar]

Right now, 30,000+ objects are racing around Earth at 17,500 mph — satellites, rockets, debris.

We built a live map of all of it. 🛰️

Launches, re-entries, close approaches & space weather — the moment they happen.

→ https://t.co/WEpvtiusxC

#Space #Satellites #Starlink

[Orbital Radar @orbital_radar]

Those signal delays currently stretch up to 22 minutes one way. Imagine mission control with a lag like that — MarsNet aims to cut this drastically.

[Orbital Radar @orbital_radar]

Mars, about 225 million km away, is getting its own telecom network thanks to NASA and Blue Origin.

What's happening — NASA has tapped Blue Origin to establish a telecommunications network for Mars, aiming to revolutionize interplanetary connectivity. This initiative is part of a broader push to prepare Mars for future manned missions.

Why it matters — The establishment of a Mars network is critical as it ensures robust communication capabilities for missions. This infrastructure will allow for near-real-time data exchange, which is crucial for mission planning and execution.

Key numbers:
• 29,405: Number of objects currently tracked in Earth's orbit.
• 6: Number of all-female spacewalks at the ISS as of now.
• ~14.1: Lunar distances away from Earth for the upcoming asteroid 2025 QV5.

Meanwhile, the ISS celebrates its sixth all-female spacewalk, underscoring the growing role of women in space missions.

What to watch — As Blue Origin begins work on the Martian network, observe their innovative approaches to handle the unique challenges posed by Mars' environment.

Follow us for the latest in space exploration. #BlueOrigin #MarsMission

https://t.co/7lebuqGrf3

[Orbital Radar @orbital_radar]

The scene makes you wonder: in a universe of vast movements, how often do we notice the everyday wonders crossing paths right above us?

[Orbital Radar @orbital_radar]

Today marks the anniversary of the 'Ofeq-19 launch on Shavit 2 in 2025. Yet, the night sky offers its own wonders, like the plane lunar eclipse, a stunning intersection of aviation and astronomy.

What's happening —

This celestial event is when the Earth’s shadow falls on the Moon, sometimes turning it a striking red. What makes this eclipse particularly special is its backdrop of passing aircraft.

Why it matters —

An eclipse captures the imagination, illustrating the precise cosmic mechanics at play. Observing it with a plane in the frame highlights how human-made machines can be part of the natural wonder.

Key numbers:

• 29,405 tracked objects in orbit right now
• On this day in 2025: 'Ofeq-19 launched on Shavit 2
• Next asteroid close approach: 2025 QV5 on 2026-Sep-02 (~14.1 lunar distances)

What to watch —

During the eclipse, keep an eye out for the silhouette of airplanes against the Moon. It’s a remarkable sight that bridges our technological achievements with the timeless beauty of the universe.

Be ready to witness the alignment of Earthly and celestial marvels. #PlaneLunarEclipse #CelestialDance

https://t.co/65oyc3QWAR

[Orbital Radar @orbital_radar]

Mars is about 225 million km away, and data takes at least 4 minutes to travel one way. With Blue Origin's new system, every second counts. Your future Mars selfies are in good hands.

[Orbital Radar @orbital_radar]

NASA has tapped Blue Origin to craft a telecom network for Mars, marking a pivotal step in interplanetary communication.

What's happening —
NASA's choice signals a major milestone in Martian exploration. Blue Origin will develop a system to facilitate robust data transmission between Earth and the Red Planet, crucial for future manned missions.

Why it matters —
Reliable communication is the backbone of any successful mission. This network will support data flow for scientific experiments, rover operations, and potentially human colonization efforts. It positions Blue Origin as a key player in Mars exploration.

Key numbers:
• 29,415 objects tracked in orbit now — a bustling space ecosystem where communication is key.
• Next launch: Falcon 9 Block 5 | Starlink Group 15-23 in ~2h, expanding Earth's own satellite network.
• Next asteroid approach: 2025 QV5 at ~14.1 lunar distances — our window to the cosmos.

What to watch —
This development aligns with the larger vision of Mars colonization, as companies like SpaceX aim for crewed missions. NASA's partnership with Blue Origin could set the stage for new Martian infrastructure.

Stay connected with your sky and beyond. #BlueOrigin #MarsNetwork

https://t.co/7lebuqGrf3

[Orbital Radar @orbital_radar]

In its first 6 years, Roman will cover over 50 times more sky area than Hubble did in three decades. Imagine a mosaic where each tile reveals secrets of the cosmos.

[Orbital Radar @orbital_radar]

There are over 29,356 tracked objects in orbit right now, each with its own mission and potential surprises.

What's happening —
The Nancy Grace Roman Space Telescope, launched aboard a SpaceX Falcon Heavy, promises to revolutionize our view of the cosmos. Designed to unlock mysteries of dark energy and dark matter, it's set to map the universe like never before.

Why it matters —
The Roman Space Telescope will observe more of the sky in less time than ever before. It will explore supernovas and exoplanets, providing data crucial for understanding the universe's expansion.

Key numbers:
• Launch Date: Upcoming, aboard a Falcon Heavy
• Coverage: 100 times the field of view of Hubble
• Range: Billions of galaxies mapped

What to watch —
With its wide field of view, Roman's observations will help scientists piece together the history of the universe. As it scans the cosmos, expect groundbreaking discoveries about the formation and fate of galaxies.

Prepare for a new era of cosmic exploration. #RomanSpaceTelescope #SpaceX

https://t.co/blNXf8P1X9

[Orbital Radar @orbital_radar]

At 7:45 AM UTC, they secured a solar array film in a dance 400 km up. The Earth below kept silent.

[Orbital Radar @orbital_radar]

What's so special about two astronauts stepping outside today? It's the sixth all-female spacewalk, marking another milestone.

See the story of this historic day and what else is happening in orbit right now.

🔗 https://t.co/UUv0zKQEF8 #spacewalk #NASA

[Orbital Radar @orbital_radar]

By the time it launches, we'll measure its field of view at 100 times that of Hubble. Imagine seeing whole galaxies in one shot.

[Orbital Radar @orbital_radar]

How many cosmic mysteries could one telescope unlock? Enter the Roman Space Telescope. Its wide field of view promises new insights into supernovas and exoplanets 🌌.

Discover more: https://t.co/c5m4qOx8Di

#SpaceExploration #RomanTelescope

[Orbital Radar @orbital_radar]

2026 QB2 is about 240 times the size of a football field. Each flyby tweaks our understanding of orbital precision, like cosmic choreography unfolding in real time.

[Orbital Radar @orbital_radar]

2026 QB2 is making its close approach to Earth on September 1st, 2026 — a safe 5.2 lunar distances away, or roughly 1,979,832 km.

With a speed of 13.7 km/s, this asteroid's passage highlights the intricate dance of celestial bodies around us.

What's happening —

This isn't just a flyby; it's a chance to observe and learn. Near-Earth asteroids like 2026 QB2 help us understand more about the risks and wonders of our solar system. The data gathered refines our models and ensures future safety.

Key numbers:
• Date: 2026-Sep-01
• Distance: 5.2 lunar distances (1,979,832 km)
• Speed: 13.7 km/s

Why it matters —

Tracking asteroids is crucial for planetary defense and scientific discovery. Every close pass like this adds another layer of understanding to our knowledge of the universe.

Stay informed, stay curious. Our live tool tracks 2026 QB2's journey and provides continuous updates.

https://t.co/LhZJpsBccX
#NearEarthObjects #SpaceScience

[Orbital Radar @orbital_radar]

Perspective shift: while Starlink constellations dazzle in clusters above, Intelsat's stationary giants remain sentinels at the edge of space, mapping out our long-distance calls and TV broadcasts from their synchronized dance.

[Orbital Radar @orbital_radar]

Next launch alert: Falcon 9 Block 5 | Starlink Group 15-23 in about 25 hours.

Yet, decades before these Starlink constellations, Intelsat paved the way for global connectivity in geostationary orbit.

What's happening —
Intelsat, established in 1964, continues to be a major player in satellite communications. Its geostationary satellites have been the backbone of global connectivity, facilitating services ranging from broadcasting to internet.

Why it matters —
The introduction of geostationary satellites revolutionized telecommunications. Intelsat's fleet orbits at 35,786 km, providing a stable platform for transmitting data over large areas without the need for ground-based infrastructure.

Key numbers:
• 29,318 tracked orbital objects today
• Next Falcon 9 launch in ~25h
• Intelsat's legacy since 1964

What to watch —
As new satellites launch, Intelsat's established fleet continues to play a critical role in maintaining and expanding global communication networks.

Discover more about Intelsat's contributions at our blog. #geostationarysatellites

https://t.co/kY1BeIkfj9

[Orbital Radar @orbital_radar]

The oldest tracked object still in orbit dates back to 1958. M74's elegance is timeless, but our skies tell a story of six decades of human exploration. What might we think of today's technology 32 million years from now?

[Orbital Radar @orbital_radar]

M74, a spectacular spiral galaxy, sits 32 million light-years away, its grand design a cosmic work of art.

What's happening —
Right now, our skies house 29,318 tracked objects, each with its own story. But few compare to the elegance of M74, captured beautifully by the Hubble Space Telescope.

Why it matters —
M74's face-on view offers a rare glimpse into a galaxy's structure, showcasing bright blue star clusters and intricate dust lanes. It's a cosmic masterpiece worth exploring beyond our everyday satellite chatter.

Key numbers:
• 29,318 objects in Earth's orbit today
• M74 is 32 million light-years distant
• 1,000s of new stars form within these clusters

What to watch —
While satellites crowd our orbit, galaxies like M74 remind us of the universe's vast beauty. Our tools track the orbiting objects, but they also open a window to the cosmos' grand designs.

Discover M74's captivating details in our latest cosmic gallery post. #M74 #spiralgalaxy

https://t.co/oYvmZfmMLi

[Orbital Radar @orbital_radar]

Earth's orbit is getting crowded. With 29,302 objects up there, the Roman Telescope has its work cut out dodging debris while peering into the cosmic abyss.

[Orbital Radar @orbital_radar]

29,302 tracked objects are currently orbiting Earth. Each one could hold secrets about our universe or potential hazards for future missions.

What's happening —

NASA's Nancy Grace Roman Space Telescope, a marvel of cosmic exploration, launched successfully aboard a SpaceX Falcon Heavy. This mission will focus on uncovering the mysteries of dark energy, studying exoplanets, and advancing infrared astronomy.

Key numbers:
• 29,302 tracked objects in orbit
• Next launch: Pallas-1 | Demo Flight in ~22h
• Next asteroid approach: 2026 QQ1 at ~2.8 lunar distances

Why it matters —

The Roman Telescope could transform our understanding of the universe. Its capabilities in observing dark energy and exoplanets are unprecedented, potentially reshaping theories about the cosmos.

What to watch —

Keep an eye on upcoming launches and close asteroid approaches. Each event could shift our cosmic perspective and influence future missions.

Discover more insights on our blog. #SpaceExploration #RomanTelescope

https://t.co/la2dsmxQTZ