Modes:
Spotlight, Strip-map, Stereo
An ESPA-class half-plate EO satellite on HyperSat Eagle v2.0, flight-proven and already on order by multiple civilian and defence customers. Subsystem redundancy meets the requirements of multi-year missions and applications where long-term operational continuity is of utmost importance: defense situational awareness, security, critical infrastructure and border monitoring. Customers gain deeper level of confidence and decision-making improvement.Soveregin optical Earth Ebservation at 1–2 m GSD on a fully redundant platform.
Explore product
Bands:
PAN + VIS + NIR
Communication:
CCSDS, PUS-C, S-band for TT&C, X-band for data, OISL optional
Typical latency over Europe:
~90 minutes (ground-station dependent)
What you get:
A mission ready EO spacecraft and a set of additional, on-demand services:
End-to-end mission management, a full coverage from design review to end of life
Ground Segment as a Service - shared antenna network and mission control, with no ground infrastructure capex on your side
Launch campaign support - launcher selection, integration, licensing and shipment
Training and knowledge transfer - sovereign capabilities built in-house
Imaging Capabilities
Imaging modes
Single image (Spotlight)
Strip-map
Stereo
Spectral bands
Panchromatic (PAN) and Multispectral (MS): VIS + NIR
Bands can be tailored within the supported ranges
Performance
Spotlight modeAssumptions
500 km altitude, SSO, nadir pointing; off-nadir angles up to plus/minus 30 degrees available.
GSD : ~1 m (PAN, high GSD mode) / ~2 m (MS)
Geolocation accuracy: ≤ 3 m (using Ground Control Points)
Communication standards: CCSDS, PUS-C, S-band for TT&C, X-band for data, optional Optical Intersatellite Link (OISL); Encryption: AES-256, SDLS-compliant; Uplink: S-band, 128 kbps; Downlink: S-band up to 1Mbps / X-band up to 500 Mbps
Data volume and latency
Daily imaging rate: >100 images captured, stored and downlinked (assuming a 3.5 m ground-station antenna)
Data latency: Typically ~90 minutes over Europe (depends on ground-station locations), can be shortened using OISL/satellite relay