Enlighten the future of Space
High Performance Spacecraft technologies to turn
your space mission into reality
Enlighten the future of Space
High Performance Spacecraft technologies to turn
your space mission into reality
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Product
ODALISS is a complete High-Performance Nanosatellite Platform with optical communications, including every subsystem you need to turn your space mission into
reality.
The ODALISS nanosatellite platform is based on a high-performance bus allowing Data
Intensive payloads to be connected in a scalable architecture. ODALISS internal bus include a rich set of logic interfaces and power lines (regulated and unregulated) to fulfil
the most demanding applications.
Capability
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It has a shape that provides the
lowest aerodynamic drag
lowest aerodynamic drag
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Payload Stage
It has a shape that provides the
lowest aerodynamic drag
lowest aerodynamic drag
Payload Stage
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It has a shape that provides the
lowest aerodynamic drag
lowest aerodynamic drag
Capability
It has a shape that provides the
lowest aerodynamic drag
lowest aerodynamic drag
Payload Stage
It has a shape that provides the
lowest aerodynamic drag
lowest aerodynamic drag
Payload Stage
It has a shape that provides the
lowest aerodynamic drag
lowest aerodynamic drag
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Missions
EMXYS spaceflight track record backs to 2007 and, since then, the spirit for quest of
technical excellence on the most demanding missions remains unwavering, inspiring our
staff in reaching the highest technical and quality standards to face the most complex
challenges.
Anterior
Siguiente
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Explore our latests projects
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Explore our latests projects
Optics and photonics
Pasive electric propulsion
EMXYS experience in the design
of optics and optoelectronics
systems include both classical
and quantum applications such
as Free-Space communications
units, QKD laser sources or FBG
sensors interrogation, among
others.
Contactless angular sensors
Pasive electric propulsion
EMXYS has developed with
the support ot ESA a complete
range of contacless capacitive
angular sensors, aiming to
extend the operation life of
future space mechatronic
elements like Solar Arrays
Drive Assemblies (SADAs) or
antenna pointing
mechanisms.
Space-Borne instrumentation
Pasive electric propulsion
From attofarad capacitance to
laser wavelength
measurement, EMXYS
expertise in instrumentation
systems development span
from ultralow noise electronics
to high-speed signal
acquisition.
Spacecraft technology
Pasive electric propulsion
EMXYS has developed turnkey spacecraft technology for a wide range of domains, such as Power subsystems, OnBoard processing, RF, ADCU, etc.
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Meet
our team emxys
Emxys applies its Know-how in technological
disciplines such as: Space and Hi-Rel electronics, RF
disciplines such as: Space and Hi-Rel electronics, RF
José A. Carrasco
Emxys CEO
Francisco García
Emxys CTO
José Carrasco
Emxys COO
Jordi Emxsys
A ejemplo
F Ejemplo
Optics and photonics
Pasive electric propulsion
EMXYS experience in the design
of optics and optoelectronics
systems include both classical
and quantum applications such
as Free-Space communications
units, QKD laser sources or FBG
sensors interrogation, among
others.
Contactless angular sensors
Pasive electric propulsion
EMXYS has developed with
the support ot ESA a complete
range of contacless capacitive
angular sensors, aiming to
extend the operation life of
future space mechatronic
elements like Solar Arrays
Drive Assemblies (SADAs) or
antenna pointing
mechanisms.
Space-Borne instrumentation
Pasive electric propulsion
From attofarad capacitance to
laser wavelength
measurement, EMXYS
expertise in instrumentation
systems development span
from ultralow noise electronics
to high-speed signal
acquisition.
Spacecraft technology
Pasive electric propulsion
EMXYS has developed turnkey spacecraft technology for a wide range of domains, such as Power subsystems, OnBoard processing, RF, ADCU, etc.
+
Meet
our team emxys
Emxys applies its Know-how in technological
disciplines such as: Space and Hi-Rel electronics, RF
disciplines such as: Space and Hi-Rel electronics, RF
José A. Carrasco
Emxys CEO
Francisco García
Emxys CTO
José Carrasco
Emxys COO
Jordi Emxsys
A ejemplo
F Ejemplo
Our facilities, with a total of 720 m²
Unidades
POWER UNIT
| NOMINAL POWER | 2.4 W (1 solar panel) |
| SENSORS | Magnetometer Temperature Sun |
| MASS | < 50 g |
| Orbit | 549,054 kg / 1,207,920 lb |
Placas solares
TTC unit for small satellites
| NOMINAL POWER | 2.4 W (1 solar panel) |
| SENSORS | Magnetometer Temperature Sun |
| MASS | < 50 g |
| Orbit | 549,054 kg / 1,207,920 lb |
Unidades
TTC RADIO
| NOMINAL POWER | 2.4 W (1 solar panel) |
| SENSORS | Magnetometer Temperature Sun |
| MASS | < 50 g |
| Orbit | 549,054 kg / 1,207,920 lb |
Unidades
TTC ANTENNA
| NOMINAL POWER | 2.4 W (1 solar panel) |
| SENSORS | Magnetometer Temperature Sun |
| MASS | < 50 g |
| Orbit | 549,054 kg / 1,207,920 lb |
Stay tuned with our
Last News
Rollercoaster research landed, next flight: Moon and Mars
Rollercoaster research landed, next flight: Moon and Mars
