The last version of the AZ2000 is the AZ2000 HPS Combi, which is an altazimuth mount that's based on the GM2000's mechanics. It can be used for various scientific activities, such as satellite tracking. Due to its design, it requires an additional field de-rotator to get long exposure durations without field rotation. The standard version of the mount can accommodate optics on one side. It's not necessary to use counterweigths to balance the telescope's weight. Just use them for around 50% of the payload to get the most stable configuration. The body of the AZ2000 is split into two parts for better transportability. An option is available for dual-mode setups. Its electronics are housed in an independently controlled box. The various connections of the mount, such as the hand pad, motors, and encoders, have security lock screws. It can be operated using the included pad without a PC. The built-in keypad ensures that it's easy to read even in dim lighting conditions. Its red backlight makes the display and ergonomic keys ideal for gloves.

Advanced Mainboard: New ARM based processor for enhanced performance and future-proofing

High-Quality Industrial Connectors: All power and data connections feature high-quality Binder connectors from Germany, ensuring superior protection against moisture, dust, and environmental hazards

Enhanced Connectivity: A dedicated port for an external WiFi antenna improves wireless communication capabilities

Optimized Data Interfaces: New RJ ports for LAN, Autoguide, and GPS ensure reliable signal transmission

The PS2 interface allows the integration of a precision GPS module. It features a built-in signal that can be used for precise timekeeping applications, such as satellite tracking. A new professional power connector is included with the package. It features a two-pin plug for DC power. The 6-pin AUX port can be used to enhance the power-on and remote control of the device. The original AZ2000 was made with a special Antarctic version, which was able to operate at temperatures of -84 degrees Celsius. This mount was made using various electronic and mechanical factors. Some of these included choosing the right materials, fitting expensive connectors, and using special lubricants. The housing was made to protect the device from the effects of ice crystals and temperature. It also required different seals depending on the operating temperature.