Duncan Pond Sept. 3, 2025
Your Complete Guide to Imaging the Celestial Event of the Year with the DWARF II & 3
Hey Astro-nuts and fellow DWARF-wranglers,
Get ready for one of the most breathtaking and accessible events in the night sky. A total lunar eclipse is a slow, majestic celestial ballet, a silent drama that unfolds over hours. Early on the night of September 7-8, 2025, we all have a front-row seat.
As the full Moon glides into Earth's shadow, we'll watch it transform from a familiar silver beacon into a ghostly, coppery-red orb. It’s a profound and beautiful reminder of our place in the cosmos, a moment where you can genuinely feel the motion of our solar system. This guide is your all-in-one resource, not just to witness this spectacle, but to capture it in stunning detail with your DWARF smart-scope!
A lunar eclipse occurs when the Sun, Earth, and Moon align perfectly, with our planet positioned directly in the middle. Earth casts a colossal shadow into space, and for a few precious hours, the Moon passes directly through it.
This shadow isn't uniform; it has two parts: the faint outer penumbra and the dark inner umbra. The real magic begins when the Moon enters the umbra, culminating in totality—the "Blood Moon." This crimson glow isn't a sign of anything ominous; rather, it's the light of every single sunrise and sunset on Earth, filtered through our atmosphere and reflected onto the lunar surface! Conversely, if you were able to stand on the Moon, you would experience a solar eclipse of the Sun by the Earth! The pitch-black Earth would be ringed by a ruby-red glow of all the world's sunrises and sunsets.
AI Generated image of the view from the moon! (Not scientifically accurate)
Interactive modules from Time&Date.com Plus the Live Stream on the day!
The longest total lunar eclipse since 2022. Totality will be visible from Australia, Asia, Africa, and Europe—around 85% of the world’s population has a chance to see this eclipse.
Direct from DwarfLab: A little preparation ensures a smooth and rewarding imaging session.
Pre-Eclipse Checklist
🔋 Power Up: Fully charge your DWARF 2/3 and your phone. A portable power bank is essential for this multi-hour event.
📲 Update Everything: Ensure your DWARFLAB App and the telescope's firmware are up-to-date before eclipse night.
🔭 Get Level: Set up your tripod on a stable, level surface. Use a bubble level to ensure your tracking remains precise over several hours.
☕ Get Comfortable: This is a marathon, not a sprint. Bring a comfy chair, warm clothes, and a flask with a hot drink.
DWARF APP Setup
Connect & Find: Power on your DWARF, connect via the app, and point the lenses roughly toward the Moon.
Centre the Moon: Use the dual-lenses locating feature (double-click the wide-angle view) or the joystick to centre the Moon in the telephoto view.
Focus: Switch to the telephoto lens and tap auto-focus (AF). The app will detect the Moon and set the initial brightness.
Track: Go to "Function" and enable "Moon Track". The DWARF will now automatically follow the Moon, keeping it perfectly centred.
Choose Your Mode: You're now ready to switch to your preferred shooting mode (Astro, Video, Time-Lapse, etc.) and start imaging!
Get started tracking the moon for "PHOTO MODE" - Image from Dwarflab
Visible across 6 time zones and for nearly 4 billion people, this total eclipse promises quite the show! Here are the local times for the event with city links in Time&Date.com
Hong Kong (HKT): Entire eclipse visible. Partial Begins: 00:27 (Sep 8) | Total Begins: 01:30 (Sep 8) | Maximum: 02:11 (Sep 8) | Total Ends: 02:52 (Sep 8)
Bangkok (ICT): Approx. Moonrise: ~18:00 | Partial Eclipse Begins: 23:27 | Total Eclipse Begins: 00:30 (Sep 8) | Maximum Eclipse: 01:11 (Sep 8)
New Delhi (IST): Approx. Moonrise: ~18:30 | Partial Eclipse Begins: 21:57 | Total Eclipse Begins: 23:00 | Maximum Eclipse: 23:41
Istanbul (TRT): Approx. Moonrise: ~19:00 | Partial Eclipse Begins: 19:22 | Total Eclipse Begins: 20:30 | Maximum Eclipse: 21:11
Nairobi (EAT): Approx. Moonrise: ~17:35 | Partial Eclipse Begins: 18:28 | Total Eclipse Begins: 20:30 | Maximum Eclipse: 21:11
Berlin (CEST): Approx. Moonrise: ~19:37 | Maximum Eclipse: 20:11 | Total Eclipse Ends: 20:55 | Note: The Moon rises just as the total eclipse begins!
London (BST): Approx. Moonrise: ~20:30 | Maximum Eclipse: 19:33 | Total Eclipse Ends: 21:55 | Note: The Moon rises while already in its total eclipse phase!
Universal Time (UTC - Sep 7): Partial Eclipse Begins: 16:27 | Total Eclipse Begins: 17:30 | Maximum Eclipse: 18:11 | Total Eclipse Ends: 18:52 | Partial Eclipse Ends: 19:56
Supporting Subscriber BONUS - DON'T MISS An EVENT!
Get an email notification to your Inbox for each event the day before!
Including interactive links and the latest updates.
We put all the digital tools you will need at your fingertips!
Let's push our DWARF scopes to the limit and capture every facet of this incredible event. Here are some challenge ideas—try one or try them all!
1. The Classic Totality Portrait (Telephoto Astro)
This is the hero shot! The goal is to capture the deep red color and subtle details of the Moon during totality.
Mode: Astro
Target: The fully eclipsed Moon.
Settings:
Exposure: 1s - 5s
Gain: 0 - 60
White Balance: ~4900 or ~5000 K (to bring out the red hues)
Frames: 20-30 for a clean, low-noise stack.
Challenge: Capture the faint stars that become visible near the Moon during totality.
NOTE: From Germany to the UK the moon will rise already in eclipse, be sure to capture the moment of moon rise!
Shooting in Astro mode for a stacked image - Image from Dwarflab
2. The Celestial Context (Wide-Angle Astro)
Show the eclipsed Moon as part of a grander cosmic scene. For this eclipse, the planet Saturn will be visible nearby, offering a stunning composition.
Mode: Astro (using the Wide-Angle lens)
Target: Frame the eclipsed Moon and Saturn in the same shot.
Challenge: Create a beautiful landscape-style astro-photo that tells the story of the night sky during the eclipse. You might need to experiment with settings to balance the brightness of the Moon and the faintness of the stars.
Crop of a Wide Angle capture of the moon and clouds - Image by DwarfVision
3. The Time-Lapse Journey (Time-Lapse Mode)
Capture the entire 3+ hour journey of the Moon through Earth's shadow in a single, compelling video.
Mode: Time-Lapse
Target: The Moon, from the start of the partial phase, through totality, and back out again.
Settings: Set an interval of 30-60 seconds between shots.
Challenge: Create a seamless video that shows the dramatic change in brightness and color. This requires adjusting your exposure settings manually as the eclipse progresses!
Setting up the interval timing in Time-lapse mode - Image from Dwarflab
Setting up the interval timing in Time-lapse with moon in view - Image from Dwarflab
4. The Critical Moment (Burst Mode)
The moments when the Moon enters and exits totality are fleeting and beautiful. Burst mode is perfect for capturing them.
Mode: Burst
Target: The edge of the Moon just as the last sliver of sunlight vanishes (or reappears).
Settings: Use short intervals (1-5 seconds) for rapid-fire capture.
Challenge: Capture the "diamond ring" effect—a brilliant flash of light on the Moon's limb—at the precise start or end of totality.
5. The Duo-Band Experiment (Advanced)
This is for the adventurous! A Duo-Band filter is designed for nebulae, not the Moon. However, during the deep darkness of totality, could it reveal anything interesting in the surrounding sky?
Mode: Astro (Telephoto)
Target: The eclipsed Moon.
Challenge: Take a series of shots with the Duo-Band filter during totality. While the Moon itself will be very dim, this is an experiment to see if any faint, background hydrogen-alpha nebulosity is revealed in the starfield now that the Moon's glare is gone. This is purely for scientific curiosity!
Can you capture a deep red moon image with the Duo Band filter? - Mockup by DwarfVision
Refocus Constantly: As the Moon dims and brightens, its focus will shift. Use MANUAL focus to check and tweak sharpness frequently, especially before and after totality.
Re-center Tracking: If you notice any drift, gently nudge the Moon back to the center with the joystick and tap "Moon Track" again to re-lock.
Bracket Your Exposures: During the partial phases, the contrast is extreme. Take multiple shots at different shutter speeds to capture detail in both the bright and shadowed areas, which you can blend later.
Don't let clouds ruin your night! If your view is obstructed, or if you're outside the visibility zone, you can watch the entire event live with astronomers from around the world.
The Virtual Telescope Project: Will host a free, expert-commentated livestream on YouTube.
Time and Date: Also provides a comprehensive live stream with multiple camera feeds.
Good luck, and clear skies! We are incredibly excited to see the amazing images and data our DwarfVision community will capture. Share your results with the hashtag #DwarfVisionEclipse!
A Deep Dive into the HOW & WHY of Lunar Eclipses.
The Fascinating Science & Language Of the Moon.
What's the Weather? JB's How to Read the Sky Guide!
Explore more of JB Cox's Definitive Deep Sky Guides, HERE!
Good luck, and clear skies! We are incredibly excited to see the fantastic images and data our DwarfVision community will capture. Share your results with the hashtag #DwarfVisionEvent
Duncan from DwarfVision