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ScanSAT

Nanosatellite prototype for Earth Observation

Mission details

About ScanSAT Mission

Prototype Earth observation telescope for CubeSats developed by Scanway, ready for orbital integration.

In 2017, a research project was initiated to develop a prototype of a CubeSat-class Earth observation nanosatellite with a proprietary optical payload designed by Scanway. One of the key milestones was the signing of a letter of intent with German Orbital Systems regarding the potential future deployment of the satellite into lunar orbit.

zbliżenie na część teleskopu kosmicznego

SOP 3U/80

Scanway Optical Payload

Earth observation telescope with in-house designed optics, developed for CubeSat platforms. The system features an athermal structure, sub-4 meter ground resolution from 500 km altitude, and is scalable for 3U–6U formats.

Available in multi- and hyperspectral versions, with optional integration with laser communication systems.

Scanway Optical Payload

GSD

4,46 m

OBSERVED AREA

18,2 x 13,7 km

ENVELOPE

105 x 105 x 315 mm

APERTURE

80 mm

See other missions

Advanced optical instruments for space

Chors

  • In progress

[ Intuitive Machines ]

wnętrze specjalistycznego urządzenia

Lunar Data Network – commercial lunar orbiter mission by Intuitive Machines, featuring a high-resolution imaging telescope from Scanway for mapping and mineralogical analysis of the Moon’s surface.

Mission details

NarSha

  • In progress

[ Nara Space Technology ]

dłonie w czarnych rękawiczkach, trzymające dwie soczewki optyczne

Korean K3M demonstration microsatellite for monitoring point sources of methane in near real time and with spatial resolution at the local level in VIS, NIR and SWIR.

Mission details

SEMOVIS

  • In progress

[ Marble Imaging | ESA ]

zbliżenie na soczewkę obiektywu

Very-high-resolution Earth observation payload combining sub-meter VIS/NIR imaging and high-resolution SWIR.

Mission details

Mani

  • In progress

[ ESA ]

doń w czarnej rękawiczce trzymająca soczewkę optyczną, która odbija światło

ESA Phase A concept mission for lunar orbit, focused on micrometer-resolution photometric mapping of the Moon, featuring an advanced imaging payload by Scanway.

Mission details

STAR VIBE

  • In orbit

[ Demo mission ]

specjalistyczne urządzenie, metalowa konstrukcja zaklejona plastikową nakładką

Scanway’s first in-orbit demonstration mission validating Earth observation and satellite self-inspection systems onboard a 6U CubeSat launched on SpaceX’s Transporter-6 mission.

Mission details

YPSat

  • Finished

[ ESA ]

dwa urządzenia optyczne ustawione pod różnymi kątami, rozmazane tło

YPSat mission onboard Ariane 6 featuring a dual-camera system by Scanway to visually document fairing separation and payload deployment during the rocket’s first flight.

Mission details

PIAST

  • In orbit

[ WAT, CTI ]

specjalistyczne urządzenie, wokół niego przewody

Polish dual-use nanosatellite constellation for EO developed under the SZAFIR program with full domestic production.

Mission details

EagleEye

  • In orbit

[ CTI, CBK PAN ]

zbliżenie na część teleskopu kosmicznego

The biggest Polish microsatellite for Earth Observation in visible and near-infrared spectral bands.

Mission details

OTTER

  • In orbit

[ ESA ]

zbliżenie na przednią część urządzenia optycznego, metalowa obudowa

OTTER mission, led by DLR and launched with ISAR Aerospace, aims to verify marine vessel positions by optically confirming their signals using CubeSat-based observation systems.

Mission details

Lumi

  • In progress

[ ESA ]

dłoń w rękawiczkach, trzymająca soczewkę

ESA Phase A lunar orbiter mission focused on high-resolution multi-angle imaging of the Moon’s south pole to produce detailed elevation models.

Mission details

LUWEX

  • Finished

[ DLR ]

instrument optyczny, dokonujący analizy wykrywającej defekty

European ISRU concept for extracting and purifying lunar water, with Scanway delivering a LIBS-based spectrometer to monitor and verify the chemical quality of extracted water.

Mission details

DREAM

  • Finished

[ PWr ]

zbliżenie na mechanizm, widoczne wiertło i kamera w lewej stronie zdjęcia

A drilling experiment in microgravity and vacuum conditions conducted under ESA’s REXUS/BEXUS program, featuring a vision-supported payload developed to study material behavior during in-space drilling.

Mission details

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