Very Small Array
VSA
M 33 - Pribut
Steve Pribut M33 (S50)

 

🔭 What Is the Very Small Array?

The Very Small Array (VSA) is a grassroots, community-driven astrophotography initiative that brings together amateur astronomers using smart telescopes. Started by astronomy clubs in Florida, the VSA is now expanding nationally—inviting groups like the Howard Astronomical League (HAL) to join.

“It’s about observing together—even when apart.”

By pooling data from dozens of modest smart scopes, VSA participants can collectively image deep-sky objects with clarity and depth that rivals long solo imaging sessions or even semi-professional rigs.

🌠 Origins and Mission

Founded by members of:

  • Alachua Astronomy Club (Gainesville, FL)

  • St. Petersburg Astronomy Club

The VSA was created to:

  1. Encourage collaboration between clubs

  2. Make astrophotography more accessible with smart scopes

  3. Transform a solitary hobby into a shared experience


🧪 How It Works

Each month, VSA members select shared deep-sky targets. Then:

  1. Participants image those targets from their own locations

  2. Each person typically contributes 1.5–2 hours of data

  3. All data is uploaded to a shared cloud repository

  4. Final images are stacked, processed, and shared—often with incredible results

The cloud server is hosted by the University of Florida, which generously provides unlimited storage for this citizen-science-style collaboration.


🔧 What Equipment Can You Use?

Any smart telescope that captures stacked image frames works, including:

  • Seestar S50

  • Dwarf II / III (DwarfLab)

  • ZWO S30 Pro (preview unit donated by ZWO)

  • Vaonis Stellina / Vespera

These devices are easy to operate, ideal for beginners, and well-suited to multi-user data pooling.


📸 Recent Imaging Successes

Here are just a few highlights from VSA campaigns:

Thor’s Helmet Nebula (NGC 2359)

  • 14 contributors

  • ~5,400 frames = 15 hours of data

  • Detailed outer nebulosity revealed

Jellyfish Nebula (IC 443)

  • 2 Dwarf III telescopes

  • 6,600+ frames, ~18.5 hours total

  • Excellent faint structures captured

Additional Targets:

  • Needle Galaxy (NGC 4565)

  • Markarian’s Chain

  • NGC 2903

  • Flying Bat + Squid Nebula (SH2-129 + Ou4)

“What one person might capture in 90 minutes becomes a 15-hour composite.”


📡 Communication and Uploads

The VSA community operates on:

  • Discord – Project planning, uploads, support

  • Facebook Group – Announcements and community sharing

  • Cloud Drive – Unlimited UF-hosted repository

Upload Instructions:

  • Create a folder labeled with your name, scope, and target

  • Include:

    • Raw frames (e.g., FITS or TIFF)

    • Optional: Processed stacks for less experienced users

  • Data is organized into:

    • A raw data pool for advanced processing

    • A master folder of final images and stacks


🧠 Why It’s Educational and Social

This is an ideal gateway for:

  • Beginners in astrophotography

  • Families and youth outreach programs

  • Experienced imagers who want more signal

  • Anyone looking to be part of something bigger

Skills Gained:

  • Image stacking theory

  • Understanding integration time

  • Seeing how collaboration boosts detail and SNR

  • Light pollution mitigation through data combination


🤝 Sponsors and Partnerships

  • ZWO: Provided a Seestar S30 Pro for testing

  • DwarfLab: Donated a Dwarf III unit and offered cloud funding

  • University of Florida: Hosting the shared data cloud


🧭 What’s Next for VSA?

The project is growing. Upcoming features include:

  • A dedicated website with image galleries and onboarding

  • New monthly imaging targets

  • Cross-club campaigns and national participation

  • In-person VSA collaborations at major star parties

  • Future citizen science integrations (e.g., supernova hunting)


🚀 How HAL Members Can Join

If you have a Seestar, Dwarf, Stellina, or similar device, you’re already ready.

Here’s how to get started:

  1. Join the Discord server (QR code shared at HAL meetings)

  2. Check the monthly target

  3. Capture ~1.5 hours of data

  4. Upload your frames

  5. Enjoy or process the final image

“We’re not building a telescope. We’re building a movement.”

Join Up:

Join the Discord Group

VSA Discord
VSA Discord