405 New Meadow Rd
Barrington RI 02806 USA

Questions?  Contact us at:
1-401-245-4068
info@petersonengineering.com

Seestar Equitorial EZ Mount

This product is offered in anticipation of ZWO’s release of equatorial mode firmware. While the Seestar’s azimuth mount configuration is wonderfully simplistic, setup of the equatorial EZ Mount takes but an extra minute.  

The EZ Mount places the scope center of gravity over the tripod’s center maximizing stability.  No need for a massive tripod – Seestar’s supplied tripod is balanced and works just as well.

Keeps things simple.  The thick rigid 6061 aircraft aluminum alloy offset arm is custom formed to your latitude.  No adjustments needed on your part.  

Mounting the scope takes only seconds.   The mounting hardware is provided.

Note that the 5,000mAh Anker Nano Power Bank mounts interference free.

Peterson Engineering makes no guarantees as to capture performance.  However Seestar online forums make the following claims:  Equatorial mounting eliminates field rotation.  Capture efficiency increases to close to 100%.  Corners of images are not lost.  Zenith objects are accessible.  30-second exposures do not streak and result in a improved signal to noise ratio, gathering finer detail than 10-second exposures will on faint objects.

For those who choose to run Equatorial before the ZWO release this one procedure that Seestar operators are using.   This is an informational posting and Peterson Engineering disclaims responsibility for problems that might arise through use of this work-around.

$59.99 plus shipping

Be sure to select button for proper shipping destination.

Order your Seestar EZ Mount

Ship within USA
$59.99 + $9.65 priority mail postage =  $69.64

ENTER YOUR LATITUDE TO NEAREST 0.1 DEGREE (XX.X)

Ship to Canada 
$59.99 + $26.10 postage = $86.09

ENTER YOUR LATITUDE TO NEAREST 0.1 DEGREE (XX.X)

Ship to all other countries
$59.99 + $35.15 postage = $95.14

ENTER YOUR LATITUDE TO NEAREST 0.1 DEGREE (XX.X)

This is the astronomer’s  simplest and easiest approach to a

Seestar wedge