iOptron AZ/EQ HAE29B-EC harmonic mount with encoder and iMate

iOptron HAE29B-EC iMate mount - Guidance without autosteering, integrated computer

Visit HAE29B-EC iMate is the top-of-the-range version of iOptron's famous HAE29B mount. It incorporates a high-resolution encoder on AD axis (RA) for very good tracking, potentially without autoguiding for short focal lengths (for instruments over 700mm focal length I would still recommend autoguiding), in addition to Strain Wave Gear technology and on-board computer iMate. This mount is designed for demanding astrophotographers looking for maximum performance in an ultra-compact format.

Why choose the EC version?

The great advantage of the EC version is its presence of an encoder on the RA axisThe result is remarkable tracking accuracy, even without guidance. This makes it possible to achieve long exposures with a tracking quality rarely achieved in this weight category. Perfect for nomads, or those who want to lighten their setup without sacrificing performance.

Highlights

• Encoder on RA axis for high-precision tracking without autosteering
• Strain Wave Gear technology on both axes (RA and DEC)
• Integrated iMate computer with KStars, Ekos, INDI, Wi-Fi, USB and 12V ports
• No racket required: everything can be controlled from the iMate or a PC
• Payload of 13 kg without counterweight for only 3.9 kg of mount
• Electronic brake in case of power failure

Ideal applications

The HAE29B-EC iMate is ideal for :

• Automated astrophotography (nomadic or stationary)
• Medium-focus imaging without autoguiding
• Compact, transportable systems

Technical specifications

iMate computer specifications

Optional accessories

• Go2Nova® 8411 OLED Racquets
• Polar Scope iPolar
• Threaded counterweight bar + 4.5 kg mass
• Tripod or column

Conclusion

Visit HAE29B-EC iMate is the ideal choice for astrophotographers who want precise tracking, even without autoguiding, in a transportable, robust and totally autonomous mount. It pushes back the limits of compact mounts and embodies the future of high-end mobile imaging.