Build your own space-based, low-speed telecommunication network with HEMERIA’s HP-IOT range. These satellites are designed to provide a very high level of performance over a lifetime of more than 5 years.
Our satellite platforms offer efficient energy production in various orbits and are thus optimized for constellations.
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Platform size
220x230x500 mm
Platform mass
20 kg
Max. payload mass
20 kg
Max. payload volume
220 × 230 × 400 mm + 8U internal
Battery energy capacity
187 Wh
Payload power (EOL @ 600 km SSO)
10H30
6H00-18H00
Peak
30W (avg.) / 70W (avg.) optional
65W (avg.) / 130W (avg.) optional
200W
SADM
Optional
Uplink rate
64 kbps (S-band)
Downlink rate
1000 kbps (S-band)
Delta-V
> 150 m/s
Thrust
> 300 µN
Position precision
5 m rms
Movement precision
0,1 m/s rms
Time accuracy
0,1 µs rms
Attitude pointing error
< 0.15°
Attitude recognition error
< 0.07°
Payload data storage
28 Gb (standard) + 32 Gb (option)
Mission lifetime
More than 5 years
AOCS pointing modes
Geocentric / Sun · Optional : Target / Inertial / Polynomial / From payload
ASTROID
Smallsat
KINEIS
IoT constellation of 25 smallsats
In early 2020, KINEIS ordered a constellation of 25 smallsats for the Internet of Things (IoT) from HEMERIA. This constellation benefits from the same industrial consortium as that of ANGELS: HEMERIA for the platforms and solar arrays, THALES ALENIA SPACE for project ownership and SYRLINKS for the payloads.
HEMERIA has been selected by the French Ministry for the Economy, Finance and Recovery as a beneficiary of the “France Relance” recovery plan, under the ASTROID project (Advanced Satellite Technology, Radio Occultation and IoD Demonstrator), which consists of in-orbit testing (IOT) on a HEMERIA smallsat platform of equipment and technological solutions from 6 partners (ANYWAVES, COMAT, CS GROUP, MECANO ID, STEEL and SYNTONY) to qualify them for an operational environment.
