Q: AstroLink 4 mini is not detected in the computer Device Manager
A: It may happen, that Windows does not fetch drivers from the Internet automatically, or this option is disabled. In this case you need to disconnect AstroLink from the computer, download and install FTDI drivers ( https://www.ftdichip.com/Drivers/VCP.htm ), restart computer and connect AstroLink again.

Q: What about AstroLink 5?
A: It is in prototype stage now. First new unit in the row is EZ Focuser (work code), small and simple device just to control focuser motors. It will be however different from other solutions in a way, that it will be able to control any motor (DC motor, unipolar, bipolar, microstepping). Plus there will be both INDI and ASCOM drivers available. Then next step will be AstroLink 5.

Q: AstroLink 4 does not work as expected, what should I do?
A: Check Troubleshooting guide in the manual https://astrojolo.com/astrolink4mini/doc/Troubleshooting.html . Check device with different computer, different cables and different power supply. If the problem remains, contact with us using Contact page.

Q: Why AstroLink 4 does not support microstepping?
A: Microstepping seems to be tempting solution with regards to precision. However it carries its own problems like constant power drain, heating and incremental torque (see more at https://astrojolo.com/astrolink-4-0-mini/focusing-stepper-motor-solutions/ page). Future units (EZ Focuser and AstroLink 5) will natively support microstepping, so you will be able to check this solution by yourselves.

Q: What about INDI support?
A: The device we are currently working on (EZ Focuser) will have both INDI and ASCOM support. Then AstroLink 5 as well is planned with ASCOM and INDI support. Currently there is no INDI support planned for AstroLink 4 mini, however if you would like to create INDI driver for AstroLink 4 mini we may provide communication protocol that is used by AstroLink 4 mini device.

Q: Why don’t you 3D print with PLA?
A: PLA is an excellent material for many purposes, and also easy to print. However it gets softer at temperatures 50°C and above. And the temperature at this range is easily reached inside amateur observatories during hot summer days. That’s why currently printed elements are made with PETG and Impact PLA materials, but we also test other ones.

Astroimaging setup with AstroHub 3 (discontinued) device