www.baader-observatories.com
We wanted a high-quality foundation for our optical ground station, and this is exactly what Baader brought. We have all the functionalities we would want from a remote-controlled observatory while being able to plug in our own equipment for optical communication, image stabilization, modem technology, etc. Working with Baader throughout this process has been a pleasure and we could not be any more satisfied with the final facility.
Martin Søndergaard – Technician at Satellite Communication and Orbital Mechanics Laboratory
More Information:
- Aerospace Engineering: Satellite Communication and Orbital Mechanics Laboratory
- Delft University of Technology: TU Delft launches four new and upgraded Space Engineering labs
Optical Ground Station for TU Delft
This installation atop the Aerospace Engineering building at Delft University of Technology was particularly challenging, requiring a long-reach crane to place the dome on the high structure. This 3.2m advanced observatory, equipped with a 16" Alluna Ritchey-Chrétien telescope and PlaneWave L-500 Direct Drive Mount, will serve as Optical Ground Station for laser satellite communications and ranging.
The observatory includes advanced equipment such as Baader BHP heavy steel pillar and a Baader IMP 85 Instrument Multi-Port for remote camera switching, mounted on the telescope by a custom-made plate and adaptations. The system is equipped with QHY 268M and QHY 600M Pro cameras, complete with filter wheels and Baader UBVRI filters.
The installation, integrated with the Baader OMS for comprehensive observatory control, aims to enhance global internet speeds and precise satellite positioning, and facilitate research on planetary bodies and phenomena, including icy moons and Martian analogs.
