TRACKER LAUNCH DATE ASTRONOMY SPACEX CONTROVERSY FAQ REFLECT ORBITAL
25.2°NLATITUDE
55°MAX ELEVATION
GSTTIMEZONE
~−4PEAK MAGNITUDE
◈ PRE-LAUNCH — NO MIRROR IN ORBIT YET
EARENDIL-1 is targeting a mid-2026 launch. There is currently no space mirror in orbit. Pass predictions for Dubai will go live on OrbitalNodes.ai from launch day — exact times, directions, and beam target information updated in real time.
EARENDIL-1 PASS ARC AND BEAM FOOTPRINT — DUBAI
30° 60° 90° 5km beam footprint Peak 55° — good elevation SW NE DUBAI · 25.2°N · EARENDIL-1 PASS GEOMETRY 3–5 passes/week (season) mag ~−4 at peak
EARENDIL-1 VIEWING CONDITIONS — DUBAI BY MONTH VIEWING QUALITY BY MONTH J BEST F BEST M BEST A GOOD M J J A S O BEST N BEST D BEST STATS 55° MAX ELEV 3–4/week PASSES/WK B8 BORTLE 25.2°N W → E ★ BEST: OCT–APR Cool desert air, humidity <20%, mag 6+ sky ✗ AVOID: JUN–AUG 45°C+ heat makes outdoor viewing brutal UNIQUE Desert air gives sharpest vi
PASS GEOMETRY

What to Expect in Dubai

LATITUDE AND PASS GEOMETRY
From 25.2°N, EARENDIL-1 reaches moderate elevations of up to 55°. The desert air gives exceptional transparency — on clear nights the mirror will be sharply defined against a dark sky. EARENDIL-1 orbits at a similar inclination to the ISS — meaning it will pass over Dubai multiple times per week when operational. The mirror is steerable, so it will only be at full brightness during targeted commercial passes.
VIEWING WINDOW
October through April offer the best conditions. Dubai's dry desert air makes autumn through spring ideal. Summer heat (45°C+) makes outdoor viewing uncomfortable June–September, but the darkness window is still usable for dedicated observers. Like all satellites, EARENDIL-1 is only visible during twilight — when your sky is dark but the mirror is still in direct sunlight. Outside this window it is either invisible in daylight or in Earth's shadow.
LIGHT POLLUTION BORTLE 8
City sky — heavy light pollution. EARENDIL-1 at magnitude ~−4 is bright enough to be clearly visible from central Dubai regardless of light pollution — comparable to Venus at maximum brightness. The beam footprint illumination on the ground is even more dramatic and would be visible from anywhere inside the 5km footprint. Al Qudra Lakes (~45km), Empty Quarter (~300km) offers significantly darker skies for optimal viewing.
5KM BEAM FOOTPRINT
A 5km footprint beam over Dubai could illuminate the area from the Burj Khalifa to the Palm Jumeirah in a single pass. The desert context makes the contrast particularly striking — a beam of concentrated sunlight in the Arabian night. The footprint moves at orbital velocity — 7.6 km/s — so it sweeps across the ground in under a second, but during the peak of a pass it lingers for several minutes. Observers inside the beam experience concentrated sunlight equivalent to a bright full Moon illuminating the scene.
SEASONAL NOTES
The UAE's desert climate is one of the best in the world for clear nights. Shamal wind events clear the air dramatically. Desert excursions give Bortle 3 skies within an hour of the city.
OBSERVER GUIDE

What EARENDIL-1 Will Look Like from Dubai

From Dubai, EARENDIL-1 passes will appear as a fast-moving point of light crossing the sky in approximately 3–4 minutes. At peak brightness it will reach magnitude ~−4 — comparable to Venus at maximum and clearly visible even from the light-polluted city centre. It will be one of the brightest objects in the sky during a pass.

The mirror is steerable — between targeted commercial passes, Reflect Orbital tilts it away from Earth, making it much dimmer or invisible. During an active commercial pass you'll see a sudden brightening as the beam angle locks onto the target region. The pass ends abruptly when the mirror tilts away again.

Unlike a steady satellite, EARENDIL-1 may show subtle brightness variations as the mirror adjusts its aim. Watch for a brief period of maximum brightness near the peak of the pass when the geometry is optimal — this is when the 5km ground footprint is directly beneath the mirror at closest approach.

Track EARENDIL-1 from Dubai at Launch

OrbitalNodes.ai will provide real-time pass predictions for Dubai from the moment EARENDIL-1's orbital data is published. No app download required — runs entirely in your browser with GPS-accurate directions.

◈ OPEN ORBITALNODES.AI
FAQ

Space Mirror Questions — Dubai

How bright will EARENDIL-1 appear from Dubai?

At peak overhead passes, EARENDIL-1 is designed to reach magnitude ~−4 — comparable to Venus at maximum brightness and clearly visible from anywhere in Dubai regardless of light pollution. This makes it one of the most conspicuous objects in the sky during a pass. Between commercial illumination passes, Reflect Orbital will tilt the mirror away from Earth, reducing brightness significantly.

How high will EARENDIL-1 appear from Dubai?

From 25.2°N, EARENDIL-1 reaches moderate elevations of up to 55°. The desert air gives exceptional transparency — on clear nights the mirror will be sharply defined against a dark sky. The exact elevation varies pass by pass depending on the orbital geometry. Higher elevation passes give a longer viewing window and brighter appearance as the mirror is closer to the observer.

When is the best time to see it from Dubai?

October through April. The UAE's desert climate is one of the best in the world for clear nights. Shamal wind events clear the air dramatically. Desert excursions give Bortle 3 skies within an hour of the city. Dubai's dry desert air makes autumn through spring ideal for orbital viewing — both mirror elevation and atmospheric transparency peak in this window.

Will the beam footprint hit Dubai?

A 5km footprint beam over Dubai could illuminate the area from the Burj Khalifa to the Palm Jumeirah in a single pass. The desert context makes the contrast particularly striking — a beam of concentrated sunlight in the Arabian night. Whether any specific location falls in the footprint depends on Reflect Orbital's commercial contracts and targeting decisions. The beam is steerable so it can be directed to specific cities or regions for commercial lighting purposes.

Is EARENDIL-1 visible yet?

No — EARENDIL-1 has not launched yet. Reflect Orbital is targeting a mid-2026 launch. There is currently no space mirror in Earth orbit. OrbitalSolar.ai will update with live pass data from the moment orbital elements are published after launch. Check the mission tracker for current launch status.

How does Dubai's desert air affect mirror viewing quality?

Dubai's desert atmosphere is among the clearest in the world during October–April — humidity below 20% and no cloud. This means EARENDIL-1 will appear sharply defined rather than the soft blob seen through humid urban air. The 55° maximum elevation from 25°N is lower than London or Sydney, but the optical quality of the view compensates significantly. Dust haze (shamal events) is the main risk — check OrbitalSolar for conditions before going out.

Is Dubai a likely commercial target for EARENDIL-1?

Very likely. Dubai regularly hosts massive outdoor events — Expo sites, NYE fireworks along Dubai Creek, concerts at Coca-Cola Arena — all potential high-value illumination targets. The UAE's growing space programme and appetite for headline technology demonstrations make it a natural early commercial market. A single beam pass over Downtown Dubai during a major event would be a globally covered spectacle.

What dark-sky locations near Dubai offer the best viewing?

Al Qudra Lakes desert area (45 minutes south, Bortle 4–5) is the closest accessible dark sky to Dubai. The Hatta Mountain area (90 minutes east) offers elevated terrain and clearer air. For serious mirror observation, the Abu Dhabi desert near Liwa (3 hours) reaches Bortle 1–2 — world-class conditions. The mirror itself at magnitude −4 is visible from downtown Dubai without any dark sky needed, but the beam footprint effect on the ground is more dramatic from darker locations.

// ALSO TRACK SATELLITES OVER DUBAI

OrbitalNodes.ai tracks the ISS, Tiangong, Hubble, and all satellites over Dubai in real time — including exact pass times, directions, and brightness predictions.

→ SATELLITES OVER DUBAI — ORBITALNODES.AI