Modes:
Spotlight, Strip-map
HyperSat Nano 2.0 is a satellite based on the HyperSat Nano platform, featuring a non-redundant configuration, designed for missions where constellation size and revisit frequency take priority over maximum spatial resolution. Ideal applications include area monitoring, agriculture, disaster management, and the augmentation of national satellite constellations.
Lower per-satellite costs enable cost-effective constellation scaling, providing resilient, continuous coverage from several satellites rather than reliance on a single spacecraft.Soveregin optical Earth Observation at <5 m GSD in the ¼ plate satellite.Gen 2.0 available now.
Lower per-satellite costs enable cost-effective constellation scaling, providing resilient, continuous coverage from several satellites rather than reliance on a single spacecraft.Soveregin optical Earth Observation at <5 m GSD in the ¼ plate satellite.Gen 2.0 available now.
Explore product
Bands:
PAN + VIS (3) + NIR (1)
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
Spectral bands
Panchromatic (PAN) and Multispectral (MS): VIS (3 bands) + NIR (1 band)
Bands can be tailored within the supported ranges
Performance
Spotlight modeAssumptions
600 km altitude, SSO, nadir pointing; off-nadir angles up to plus/minus 20 degrees available
GSD: ≤ 5 m (PAN)
Geolocation accuracy: ≤ 5 m (using Ground Control Points)
Communication standards: CCSDS, PUS-C, S-band for TT&C, X-band for data; 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: 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)
