Reflex Aerospace Datasphere render with three cameras pointing toward earth and a satellite panel
Reflex Aerospace Datasphere render with three cameras pointing toward earth and a satellite panel
Reflex Aerospace Datasphere render with three cameras pointing toward earth and a satellite panel

Meet the OmniFlex DataSphere for Earth Observation

One Constellation. Limitless Insights

Reflex’s DataSphere is a cutting-edge satellite constellation equipped with a set of four optical instruments for Earth observation and one data processing module per satellite. On-board and on-ground data fusion enables precise object identification and status assessments across land and sea, supporting civil, governmental, and military applications.

Recommended Applications

  • Environmental Monitoring and Climate Adaptation

  • Disaster Management

  • Maritime Monitoring and Border Control

  • Agriculture and Forestry

  • Intelligence, Surveillance, Reconnaissance

  • Infrastructure Monitoring

    • Sub-daily coverage of landmasses and water bodies enable tactical advantages and allows for strategic planning

    • Data fusion capability of different optical sensors with AIS/IoT payload to extract additional insights

    • The number of satellites is scalable and the instruments on board are adjustable to make this constellation futureproof, and ready for changing mission scenarios

    • Simultaneous payload operations

    • In-orbit image processing, data analysis and fusion ready

    • AI application compatible

    • Linux-based OS

    • Security by Design

    • SW-defined architecture for in-orbit mission adaption

    • Full in-orbit redundancy

  • Reflex follows all relevant space debris mitigation guidelines.

The Specs

MISSION LAYOUT

Orbit LEO
Inclination SSO or Individual
Lifetime 5 Years
Configuration Scalable Constellation

PAYLOADS

2 x Multispectral with a nominal 1.5 m GSD / 20 km swath and a super resolution 0.9 m GSD / 4 km swath @500 km
1 x Hyperspectral with a 10 m GSD @500 km across 150 spectral bands (470 nm to 900 nm)
1 x SWIR with a 4.75 m GSD across 32 spectral bands @500 km,
1 x On-board data analysis and data fusion module

ATTITUDE, POSITION, and ORBIT CONTROL

Pointing Accuracy < 0.01 deg (σ)
Pointing Knowledge < 0.01 deg (3σ)
Position Knowledge < 1m
Velocity Knowledge < 0.1m/s
Propulsion Electric

COMMUNICATIONS

TMTC S-Band
Payload Data X-Band

Options

Extended design lifetime to 7+ years

Add IOT or AIS payloads to expand the mission scope

Extended on-board data storage up to 4 TB

Adapted propulsion (thrust, delta-v) for any mission profile

Scalability of constellation for flexible improvement of temporal solution

Scalable power system

Swap and Adapt payloads to match
specific applications

High-throughput Ka/Ku or optical (S2S, S2G) data links