Mounts & Tripods

The iOptron Wi-Fi Adapter StarFi allows cable-free control of your iOptron CEM40 and GEM45 mount with your preferred operating software.

• Password protection
• Connects the mount to your computer, tablet or smartphone
• Also supports iOS and Android
• Permits working with your preferred planetarium software via ASCOM

It combines the strength and stableness of a pier with the levelling flexibility of a tripod.

• Extremely stable - carries loads of more than 350 lbs (160 kg)
• 1/4 inch thick aluminum alloy pier, anodized
• CNC machined legs with adjustable feet
• Height adjustable
• Top plate exchangeable

With this adapter, you can install your mount onto the sturdy yet portable iOptron Tri-pier.

• Made of metal
• Mounting material supplied
• Tri-pier not included.

With this adapter, you can install your mount onto the sturdy yet portable iOptron Tri-pier.

• Made of metal
• Tommy screw for locking the mount
• Mounting material supplied
• Tri-pier not included.

With this adapter, you can install your mount onto the sturdy yet portable iOptron Tri-pier.

• Made of metal
• Tommy screw for locking the mount
• Mounting material supplied
• Tri-pier not included.

Transportable and stable pier tripod for iOptron mounts - adaptable for other brands.

• Extremely stable - carries loads of more than 100 kg trouble-free
• Height-adjustable from 795 mm to 1095 mm
• Very transportable with only 11.6 kg weigth - the legs can be folded

The smartphone adapter is made of metal and allows great moon and planet photographs through your telescope with the smartphone.

• Suitable for all smartphones from 58 mm to 96 mm width (2.28 to 3.77 inches) and up to 14 mm (0.55 inches) thickness
• High-quality metal design for a secure hold
• Includes 12.5 mm 1.25" projection eyepiece (screwed to the smartphone adapter)
• The adapter is simply used instead of a 1.25" eyepiece
• Ideal for lunar surface and planetary images. Also well suited for landscape and animal photography through your telescope

iOptron counterweight shaft extension for iEQ45

• balancing heavy telescopes without additional counterweight
• ideal for mobile use with changing telescope configurations

Enables the installation of LUNT solar telescopes on astronomical mounts

• 75 kg photographic payload
• Based on the proven OnStep open source control system
• Ceramic-metal hybrid drive
• 180 s unguided imaging out of the box*
• Direct friction drive, no reduction rollers to add to periodic error
• Preloaded precision roller bearings throughout
• 0.12" Resolution
• 15° per second maximum slewing speed, 7.5° advised
• 23-bit or 24-bit absolute encoders supported (upgrade option)
• Stainless steel drive available for difficult environments (coastal or dusty)
• On-the-fly changes to microstepping for fast slewing or fine tracking
• Missed step detection - advanced electronics use the motors own coils as a pseudo-encoder
• StealthChop™ silent running, no more stepper motor chirping
• <0.2 px guided performance
• 0° to 90° Latitude range
• ±5 Degrees of Azimuth adjustment for polar alignment
• Aerospace aluminium and stainless steel construction
• Sustainable metallic, textured powder coated finish
• ASCOM and INDI drivers
• Mobile app turns any mobile device into a smart handpad
• WiFi and USB

• 75 kg photographic payload
• Based on the proven OnStep open source control system
• Ceramic-metal hybrid drive
• 180 s unguided imaging out of the box*
• Direct friction drive, no reduction rollers to add to periodic error
• Preloaded precision roller bearings throughout
• 0.12" Resolution
• 15° per second maximum slewing speed, 7.5° advised
• On-the-fly changes to microstepping for fast slewing or fine tracking
• Missed step detection - advanced electronics use the motors own coils as a pseudo-encoder
• StealthChop™ silent running, no more stepper motor chirping
• <0.2 px guided performance
• 0° to 90° Latitude range
• ±5 Degrees of Azimuth adjustment for polar alignment
• Aerospace aluminium and stainless steel construction
• Sustainable metallic, textured powder coated finish
• ASCOM and INDI drivers
• Mobile app turns any mobile device into a smart handpad
• WiFi and USB

• 75 kg photographic payload
• Based on the proven OnStep open source control system
• Ceramic-metal hybrid drive
• 180 s unguided imaging out of the box*
• Direct friction drive, no reduction rollers to add to periodic error
• Preloaded precision roller bearings throughout
• 0.12" Resolution
• 15° per second maximum slewing speed, 7.5° advised
• On-the-fly changes to microstepping for fast slewing or fine tracking
• Missed step detection - advanced electronics use the motors own coils as a pseudo-encoder
• StealthChop™ silent running, no more stepper motor chirping
• <0.2 px guided performance
• 0° to 90° Latitude range
• ±5 Degrees of Azimuth adjustment for polar alignment
• Aerospace aluminium and stainless steel construction
• Sustainable metallic, textured powder coated finish
• ASCOM and INDI drivers
• Mobile app turns any mobile device into a smart handpad
• WiFi and USB

• 75 kg photographic payload
• Based on the proven OnStep open source control system
• Ceramic-metal hybrid drive
• 180 s unguided imaging out of the box*
• Direct friction drive, no reduction rollers to add to periodic error
• Preloaded precision roller bearings throughout
• 0.12" Resolution
• 15° per second maximum slewing speed, 7.5° advised
• 23-bit or 24-bit absolute encoders supported (upgrade option)
• Stainless steel drive available for difficult environments (coastal or dusty)
• On-the-fly changes to microstepping for fast slewing or fine tracking
• Missed step detection - advanced electronics use the motors own coils as a pseudo-encoder
• StealthChop™ silent running, no more stepper motor chirping
• <0.2 px guided performance
• 0° to 90° Latitude range
• ±5 Degrees of Azimuth adjustment for polar alignment
• Aerospace aluminium and stainless steel construction
• Sustainable metallic, textured powder coated finish
• ASCOM and INDI drivers
• Mobile app turns any mobile device into a smart handpad
• WiFi and USB

• 75 kg photographic payload
• Based on the proven OnStep open source control system
• Ceramic-metal hybrid drive
• 180 s unguided imaging out of the box*
• Direct friction drive, no reduction rollers to add to periodic error
• Preloaded precision roller bearings throughout
• 0.12" Resolution
• 15° per second maximum slewing speed, 7.5° advised
• Stainless steel drive available for difficult environments (coastal or dusty)
• On-the-fly changes to microstepping for fast slewing or fine tracking
• Missed step detection - advanced electronics use the motors own coils as a pseudo-encoder
• StealthChop™ silent running, no more stepper motor chirping
• <0.2 px guided performance
• 0° to 90° Latitude range
• ±5 Degrees of Azimuth adjustment for polar alignment
• Aerospace aluminium and stainless steel construction
• Sustainable metallic, textured powder coated finish
• ASCOM and INDI drivers
• Mobile app turns any mobile device into a smart handpad
• WiFi and USB

• 75 kg photographic payload
• Based on the proven OnStep open source control system
• Ceramic-metal hybrid drive
• 180 s unguided imaging out of the box*
• Direct friction drive, no reduction rollers to add to periodic error
• Preloaded precision roller bearings throughout
• 0.12" Resolution
• 15° per second maximum slewing speed, 7.5° advised
• Stainless steel drive available for difficult environments (coastal or dusty)
• On-the-fly changes to microstepping for fast slewing or fine tracking
• Missed step detection - advanced electronics use the motors own coils as a pseudo-encoder
• StealthChop™ silent running, no more stepper motor chirping
• <0.2 px guided performance
• 0° to 90° Latitude range
• ±5 Degrees of Azimuth adjustment for polar alignment
• Aerospace aluminium and stainless steel construction
• Sustainable metallic, textured powder coated finish
• ASCOM and INDI drivers
• Mobile app turns any mobile device into a smart handpad
• WiFi and USB

This solid mount carries up to 15 to 20 kg on each side and can be moved by simple push-to operation or with fine adjustment gears.

• Easy handling thanks to push-to operation and fine adjustment gears
• No need to loosen and clamp the drives thanks to friction clutches
• The flexible shafts for fine adjustment remain aligned with the observer at all times
• Rigid and smooth-running design with high-quality ball and tapered roller bearings
• With standard M12 threaded hole for mounting on tripods
• With Encoder and Goto