The ZWO Seestar TH10 Fluid Tripod Head is the accessory that allows your Seestar S30 Pro to use Equatorial Mode, giving the telescope more accurate tracking of the night sky.
The TH10 fits between your Seestar and tripod and tilts the telescope to the correct angle so it can follow the Earth's rotation more precisely. For longer observations of faint galaxies, nebulae and other deep-sky objects, this reduces field rotation and gives the Seestar better conditions to collect and combine light.
For S30 Pro owners, an important advantage is that the TH10 can be used with the tripod already supplied with your telescope. You do not need to purchase another tripod to add Equatorial Mode.
Smooth hydraulic damping makes positioning controlled and precise, while the Seestar app guides you through the alignment process. Once positioned, the TH10 locks securely in place.
Made from CNC-machined aluminium alloy, it weighs just 411g, so it adds very little bulk to your Seestar setup while supporting equipment up to 5kg.
Get More From Your Seestar at Night
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More accurate tracking for longer observations of galaxies, nebulae and other deep-sky objects
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Enables Equatorial Mode on the Seestar S30 Pro
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Works with the S30 Pro's supplied tripod — no additional tripod is required
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Smooth hydraulic movement for controlled, accurate positioning
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360° rotation and -90° to +90° tilt for flexible adjustment
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Compact and lightweight at only 411g
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Quick-release mounting for straightforward setup and removal
FAQ's
Do I need another tripod to use the TH10 with my S30 Pro?
No. The TH10 can be used with the tripod supplied with the Seestar S30 Pro, so it is all you need to add Equatorial Mode to your existing setup. The ZWO TC20 carbon-fibre tripod is an optional tripod upgrade if you later want a taller, more adjustable setup.
What does Equatorial Mode actually give me?
It allows the Seestar to follow the movement of the night sky more precisely. This reduces field rotation and supports longer individual exposures, which is particularly useful when spending more time observing faint galaxies and nebulae.
