The ZWO AM5N is a new low-cost strain wave-geared equatorial/alt-az mount for on the go visual observing and astrophotography. Now includes TC40 tripod by default! The new 2024 AM5N version features improved payload capacity without counterweights (up to 15 kg), better tracking performance with smaller periodic error (now >± 10 arcsec) and includes power and USB output for mount control on the saddle, making cable management easier. Incredibly lightweight at only 5.5kg, the AM5 has an impressive payload of 15kg without counterweight or 20kg with counterweight. Despite its size, the AM5 is precisely engineered to be stable and sturdy enough for deep sky imaging with a wide range of telescopes. With a latitude range of 0-90°, the mount can be used easily near the equator. The AM5 can be controlled via Wi-Fi, Bluetooth or a wired USB connection seamlessly with the ASIAIR or ASCOM/INDI with the LX200 command set, as well as with the included hand controller. You can also use the AM5 app to control the mount over Wi-Fi or Bluetooth with a smartphone/tablet. ZWO has developed custom harmonic drive speed reducer with the demands of imaging in mind. This along with the mount's synchronous belt transmission system results in high torque, smooth gearing and very low periodic error make the AM5 an excellent mount for astrophotography. The mount is equipped with an electromagnetic brake on the RA axis in case of sudden power failure, which will prevent your telescope from being damaged. Counterweight bar compatible with counterweights from SKYWATCHER and iOPTRON. The AM5N can be connected to any tripod that has a 3/8" bolt in the centre. Compatible counterweights Sky-Watcher 2.3Kg counterweight for Star Adventurer GTI Geoptik 3.7Kg counterweight for AM5 iOptron 2Kg counterweight for CEM25, CEM40, MiniTower iOptron 4.5Kg counterweight for CEM26, CEM40, GEM28 Specifications Mount type Alt-Az/Equatorial Max payload 15 kg without counterweight, 20 kg with counterweight @ 25 cm Mount weight 5.5 kg Drive Strain wave gears + synchronous belt Reduction ratio 100:1 Periodic error (PE)
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