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.

Expanded view of an earth observation satellite with four cylindrical cameras, a metallic base, and a solar panel

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