
iOptron Pier Top Plate For iEQ30 and iEQ45
Manufacturer Part # 8032PT-IEQ30
iOptron Pier Top Plate for iEQ30 and iEQ45 Mounts (#8032PT-IEQ30)
Custom-build your observing platform with iOptron precision.
The iOptron Pier Top Plate for iEQ30 and iEQ45 mounts is a CNC-machined, 150mm (6") aluminum flange designed for DIY pier builders or anyone looking to adapt an existing tripod or pier for iOptron equatorial mounts. Whether you're assembling a custom concrete pier or retrofitting an older field tripod, this top plate gives you the mechanical interface you need to securely support your iOptron iEQ30, iEQ30 Pro, iEQ45, or iEQ45 Pro mount head—with accurate alignment and rock-solid stability.
Key Features:
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Fits iEQ30/iEQ45 and Pro Versions:
Designed to support the following iOptron mounts:-
iEQ30
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iEQ30 Pro
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iEQ45
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iEQ45 Pro
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Precision 150mm (6") Diameter Flange:
Wide enough for stable support, with pre-drilled mounting holes and a central post hole for clean alignment and anchoring. -
Machined Alignment Peg and Center Post Interface:
Mounts use the included center bolt and peg holes to secure properly to the top plate, just like on a standard iOptron tripod. -
Ideal for Custom Piers or Tripod Conversions:
Use this adapter when building your own pier system or modifying a third-party support to accept an iOptron mount head. -
Durable All-Metal Construction:
Made from anodized aluminum to resist weather, wear, and corrosion—suitable for both indoor observatories and outdoor use.
Note: Due to the compact base size of the iEQ30, low-latitude operation may be restricted depending on your pier geometry and clearance.
Technical Specifications:
Feature | Specification |
---|---|
Product Code | 8032PT-IEQ30 |
Plate Diameter | 150mm (6") |
Compatibility | iEQ30, iEQ30 Pro, iEQ45, iEQ45 Pro |
Center Post | Accepts standard iOptron center bolt and peg |
Material | CNC-machined anodized aluminum |
Application | DIY piers, retrofitted tripods, permanent mounts |
Observing Tip:
When building a DIY pier, pairing it with a factory-machined top plate like this ensures proper fit, easier polar alignment, and a secure mechanical interface—critical for long-exposure imaging or unattended automation. It also saves you from the guesswork of aligning bolt patterns or fabricating your own mounting surface.