
Orbital Systems
Ltd
3807 Carbon Road
Irving, TX
75038
USA
tel: +1 972 915 3669
fax: +1 972 915 3699
email:
sales@orbitalsystems.com
url:
http://www.orbitalsystems.com
Orbital Systems, Ltd. designs, manufactures,
installs and maintains ground station equipment for tracking, demodulating,
ingesting and processing signals from various satellite systems. Orbital makes
antenna positioners for applications requiring reflectors as small as 1.5m and
as large as 3.8m. We make a wide range of feeds for these system in X, L and S
band. Multi-band feeds are available. Low and medium rate demodulators and
ingest systems for processing these signals are also available.
Orbital
Systems currently makes complete systems for EOS LEO reception and processing
to high level data products. Also, complete RF systems for SARSAT, and SAR data
reception, and the mechanical part of high peformance 3D radar systems are
available. TT&C systems are available soon.
Orbital Systems is
known for high quality and high reliability. We have many systems installed
around the world in demanding environments with almost no maintenance required.
Orbital's positioners are pressurized with dry air to prevent condensing
humidity and will run for years with no maintenance.
| Download brochures: | 2.4 AEHP-2.4m Antenna Positioner X & L Band EOS Feed (FDXL-B) |

NASA Goddard Space Flight Center (courtesy: Orbital Systems)

HRD-200 High Data Rate Demodulator (courtesy: Orbital Systems)

Dual Downconverter (courtesy: Orbital Systems)

Manufacturing Work at Orbital Systems (courtesy: Orbital Systems)

Reflector Inventory at Orbital Systems (courtesy: Orbital Systems)

Test Pads at Orbital Systems (courtesy: Orbital Systems)

Kongsberg Satellite Services SG40, Svalbard (courtesy: Orbital Systems)

Pretoria, South Africa (courtesy: Orbital Systems)

East China Normal University, Shanghai (courtesy: Orbital Systems)

NASA D3R Radar (courtesy: Orbital Systems)

Russian Academy of Sciences, Vladivostok (courtesy: Orbital Systems)

Orbital Systems Facilities in Irving, Texas (courtesy: Orbital Systems)