10MICRON GM1000 HPS EP

10Micron GM1000 HPS EP (Enhanced Performance)

MORE CAPACITY, SAME CLASS, SAME PRICE

The Foundation: A Legacy of Success
The original GM1000 HPS is a benchmark in its segment, celebrated for its perfect balance of capacity,
portability, and accuracy. It built its legacy on several key pillars
● Absolute Precision: High-precision absolute encoders on both axes deliver flawless pointing and
tracking, often eliminating the need for autoguiding.
● Exceptional Payload-to-Weight Ratio: It provides an optimal payload capacity within a lightweight
and easily transportable body.
● Robustness and Reliability: Engineered to perform consistently under any conditions, night after
night.
● Advanced Software: Features a powerful and intuitive control system with professional-grade
capabilities for all users.
● Remote-Ready Operation: Designed for dependable remote use and backed by a comprehensive
global support network.
The Evolution: Key Innovations of the GM1000 HPS EP
The GM1000 HPS EP is the culmination of a dedicated R&D process to enhance the mount's core
structure and technology. Futhermore, years of field-testing by users worldwide, who often pushed the
mount near its limits with excellent results, provided us with invaluable data and the confidence to take
the next step. Every improvement delivers a tangible benefit to the astrophotographer.
● Increased Payload Capacity to 30 kg (66 lb.): Allows for the use of heavier and more complex
optical setups—such as larger telescopes and heavy camera systems—while preserving maximum
stability.
● Reinforced axes: Both RA and DEC axes have been improved with a new design and an increased
thickness. RA axis diameter has also been increased in diameter.
The result is an exponential increase in structural rigidity that dramatically reduces flexure and
vibrations.
● New, Larger Bearings: Corresponding with the new axis, larger and reinforced bearings provide

10Micron by Comec Technology – ITALY – www.10micron.com

smoother movements and superior management of the increased load, ensuring the longevity of
the mechanics.
● Redesigned Housings and Worm Gear Supports: The mechanical housings have been optimized to
integrate more robust worm gear supports, minimizing flexure in the drive system to ensure
flawless tracking.
● Enhanced Manufacturing Precision: The use of new CNC machinery and 3D coordinate measuring
machines (CMM) allows for tighter mechanical tolerances and guarantees consistent quality across
every unit.
● New V3 Control Box: Modernized electronics and industrial-grade, EU-made connectors deliver
superior performance, faster command response, and robust, long-lasting connections.
● Selective Sourcing of Materials: A rigorous selection process for all metal alloys and electronic
components ensures top-tier performance and reliability in every detail.
● Enhanced Connectivity and Web Interface: Advanced connectivity options, including a
sophisticated web interface, provide reliable remote usability and allow for comprehensive
monitoring and control without physical interaction.
● Optimized for Remote Operation: The mount’s inherent reliability and robust design, combined
with its advanced connectivity, enable seamless and dependable remote operation. It is backed by
a worldwide sales and technical support network.

10Micron by Comec Technology – ITALY – www.10micron.com

GM1000 HPS EP (Enhanced Performance)
Technical specifications
Item # 10M1030
Type German Equatorial Mount
Weight (mount) 19.5 kg – 43 lb. without accessories
Instrument payload capacity ~ 30 kg – 66 lb.
Latitude range 0° – 82° (90° optional)
Azimuth fine adjustment range +/− 7.5°
Counterweight shaft 30 mm diameter, stainless steel, weight 1.7 kg – 3.7 lb.
For heavy payload (approx. 25 to 30kg an optional longer
counterweight bar could be necessary)

Axes 32 mm (RA) /30 mm (DEC) diameter, alloy steel, NEW IMPROVED

DESIGN

Bearings Pre-loaded tapered roller bearings / Roller thrust bearings
Worm wheels 250 teeth, 125 mm diameter, B14 bronze
Worm gears diameter 20mm, alloy steel, grinded and lapped
Transmission system Backlash-free system with timing belt and automatic backlash

recovery

Motors 2 axes servo brushless
Power supply 24 V DC
Power consumption ~ 0,5 A while tracking
~ 3 A at maximum speed
~ 4 A peak

Go-to speed Adjustable from 2°/s to 15°/s
Pointing accuracy < 20” with internal multiple-stars software mapping
Average tracking accuracy < +/− 1" typical for 15 minutes (< 0.7" RMS) with multiple-stars
software mapping and compensation of flexure and polar alignment
errors

Security stop +/− 30° past meridian in R.A. (software)
+/− 45° past meridian in R.A. (mechanical)

Electronic hardware • Built in absolute encoders on both RA & Dec axes, featuring <0.1
arcsec readout error, fully encapsulated and factory calibrated • V3
control box with onboard-intelligence and V3 firmware, standalone
system (no PC required). • Rugged keypad with metal body and
reliable industrial micro switches; large graphic display, with up to
five text lines and status icon, heated for low temperature operation,
dimmable display and keyboard with LED backlit keys
Communication ports • Ethernet port, • RS–232 port; • GPS port with PPS signal; •
Autoguide ST-4 protocol port • AUX port (remote power on/off)
Database • Stars: by name, Bayer designation, Flamsteed designation, Bright
Star Catalogue, SAO, HIP, HD, PPM, ADS, GCVS. Deep-sky: M,
NGC, IC, PGC, UGC limited up to mV = 16. • Solar system: Sun,
Moon, planets, asteroids, comets, artificial satellites. • Equatorial
and altazimuth coordinates • User defined objects

Firmware features • User defined parking position • 2‐stars and 3‐stars alignment
function • Up to 100 alignment stars for modeling, correction of polar
alignment and orthogonality errors • Estimate of average pointing
error • Storage of multiple pointing models • Sidereal, solar and lunar
tracking speed adjustable on both axes • Declination-based
autoguide speed correction • Adjustable horizon height limit •

Pointing and tracking past meridian management • Assisted balance
adjustment • Manual or GPS based time and coordinates setting •
Dome control via RS-232 (BAADER domes) • Configurable
atmospheric refraction • Comets and asteroids filter •Multi-language
interface • Remote assistance via Internet connection.
PC control • Remote control via RS-232 or Ethernet • Proprietary ASCOM
driver or Meade compatible protocol • Update of firmware and orbital
elements of comets, asteroids and artificial satellites via RS-232 or
Ethernet • Virtual control panel via RS-232 or Ethernet • Wi-Fi
communication to control the mount via Tablet and Smartphone.
Web interface • Direct access to the user manuals and command protocols •
Download of TLE data as well as comet and asteroid data •
Automatic firmware check and easy updates • Virtual hand controller
with all the functions of the physical keypad • Compatible with any
browser and any device (PCs, laptops, tablets, and smartphones) as
well as all operating systems