LEOS-100
Berlin Space Technologies
LEOS-100 is a highly modular satellite platform available in S, D, and DX versions, based on flight-proven avionics, supporting a wide range of missions and orbits.
Typed specifications27 values
Discloses 3 of 7 fields engineers filter by in this category (category median 3).
- Mass
- 250 kg product page 250 kg | 250 kg
- Envelope (L×W×H)
- 2 m³ product page 2 m³ | 2 m³
- Power consumption
- 154 W product page 308 W
- Data interface
- RS-422 datasheet p.2
- Design lifetime
- 5 years LEO (500 – 800 km), all inclinations; LEOS-100-S, -D, -DX · datasheet p.2
- Orbit
- LEO design life 5 years in LEO (500 – 800 km), all inclinations; … · datasheet p.2
- Max payload mass
- 250 kg product page
- Power available to payload
- 1 300 W max · peak; LEOS-100-D payload peak power · datasheet p.2 4 000 W max · peak; LEOS-100-DX payload peak power up to 4000 W | 660 W max · peak; LEOS-100-S payload peak power
- Onboard storage for payload data
- 1 024 GB 1 TB per DPU (can be increased up to 8+ TB) · datasheet p.2
- Power generation (orbit average)
- 1 300 W peak; LEOS-100-D solar panel peak power @AM0, 70°C · datasheet p.2 2 650 W peak; LEOS-100-DX solar panel peak power @AM0, 70°C (features… | 675 W peak; LEOS-100-S solar panel peak power @AM0, 70°C
- Propulsion
- included propulsions: electrical and/or chemical · datasheet p.2
- Payload data downlink rate
- 2 500 000 kbps payload data downlink optical, as an option · datasheet p.2 1 200 000 kbps max · payload data downlink X-band, all versions
- Radio band
- optical 2.5 Gbit/s optical downlink as an option · datasheet p.2 X payload data downlink X-band up to 1.2 Gbps
- Subsystems included
- propulsion electrical and/or chemical · datasheet p.2 X-band downlink payload data downlink X-band up to 1.2 Gbps
- Flight heritage
- Built on the proven LEOS-50 avionics; flight proven avionics (all versions) datasheet p.1
Each value is typed with its unit and measurement condition and cites the datasheet page it was taken from. Nothing is guessed: a field that is absent here has not been published by the manufacturer. machine-extracted ✓ checked by NewSpace Market ✓ manufacturer confirmed by the manufacturer.
As published by the supplier39 lines, in the manufacturer's own wording
- Max. payload mass
- 250 kg
- Payload dimensions
- 2 m³
- Payload peak power
- 154 W
- Orbit avg. power typical: 10:30 SSO, 100% nadir
- Up to 75 W 150 W solar panel peak
- Pl data rate
- Up to 10 Gbps
- Pl data storage
- 1 TB per DPU
- Pl data downlink
- X-band 1.2 Gbps (10 Gbit/s optical)
- Tm/tc protocols
- RS422, CAN, GigE, I²C, PCIe, USB, & others
- Propulsion
- Electrical and/or chemical
- Redundancy
- Selected Subsystems
- Communications protocols
- CCSDS compatible
- Communications security
- Authentication & Encryption
- Design lifetime
- 5 years LEO
- Max. payload mass (2)
- 250 kg
- Payload dimensions (2)
- 2 m³
- Payload peak power (2)
- 308 W
- Orbit avg. power typical: 10:30 SSO, 100% nadir (peak)
- Up to 180 W 300 W solar panel peak
- Pl data rate (2)
- Up to 10 Gbps
- Pl data storage (2)
- 1 TB per DPU
- Pl data downlink (2)
- X-band 1.2 Gbps (10 Gbit/s optical)
- Tm/tc protocols (2)
- RS422, CAN, GigE, I²C, PCIe, USB, & others
- Propulsion (2)
- Electrical and/or chemical
- Redundancy (2)
- SPF Free
- Communications protocols (2)
- CCSDS compatible
- Communications security (2)
- Authentication & Encryption
- Design lifetime (2)
- 5 years LEO
- Max. payload mass (3)
- 250 kg
- Payload dimensions (3)
- 2 m³
- Payload peak power (3)
- Up to 4000 W
- Orbit avg. power typical: 10:30 SSO, 100% nadir (peak) (peak)
- Up to 800 W 1.5 kW solar panel peak
- Pl data rate (3)
- Up to 10 Gbps
- Pl data storage (3)
- 1 TB per DPU
- Pl data downlink (3)
- X-band 1.2 Gbps (10 Gbit/s optical)
- Tm/tc protocols (3)
- RS422, CAN, GigE, I²C, PCIe, USB, & others
- Propulsion (3)
- Electrical and/or chemical
- Redundancy (3)
- SPF Free
- Communications protocols (3)
- CCSDS compatible
- Communications security (3)
- Authentication & Encryption
- Design lifetime (3)
- 5 years LEO
About
LEOS-100 is a highly modular satellite platform built upon the flight-proven avionics of LEOS-50. It is offered in three distinct versions: LEOS-100S, LEOS-100D, and LEOS-100DX, allowing for utilization across various orbits and mission types. Berlin Space Technologies (BST) is actively building multiple LEOS-100 satellites, including the LEOS-100DX, for its customers. The LEOS-100S is the smallest variant, designed to support large payloads and suitable for In-Orbit Demonstration (IOD) as well as submeter optical Earth observation missions. The LEOS-100D is the standard version, featuring an SPF-free design and catering to missions requiring high reliability, such as in-orbit servicing and defense applications. The LEOS-100DX is the high-power variant, also with an SPF-free design, and is intended for missions demanding high reliability and significant power, like radar and communication satellites. All versions support electrical and/or chemical propulsion, CCSDS compatible communication protocols with authentication and encryption, and offer a design lifetime of 5 years in LEO.
Documentation
Need the full ICD, test reports or a specific revision? Ask the supplier directly.