HARDWARE / PRODUCTUpdated 24 Jul 2026

nSight-2 3U nano-satellite

SCS Space
nSight-2 3U nano-satellite

nSight-2 is a 3U nano-satellite with a mass of less than 6 kg and a 3-year design lifetime, equipped with a Mantis imager for multi-spectral or hyperspectral data collection.

Key figurescomparable across the catalogue

Mass
6 kg
Design life
3 years

Normalised to common units so this product can be compared with others in its category. The supplier's own wording is below.

As published by the supplier

Form factor
3U nano-satellite
Mass
less than 6 kg
Design lifetime
3 year
Imager (baseline)
Mantis imager
Multi-spectral dataset
up to 6 spectral lines with 16 m GSD pixels
Hyperspectral dataset
32 m
Spatial resolution (GSD)
16m or 32m
Swath width
32 km
Onboard storage
128 GigaByte
Imager heritage
Gecko imager (operating successfully on nSight-1 CubeSat since 25 May 2017)
Bus heritage
nSight-1 2U nanosatellite mission

About

The nSight-2 is a 3U nano-satellite designed for operational missions in Low Earth Orbit. It has a mass of less than 6 kg and a design lifetime of 3 years. The satellite is equipped with a Mantis imager as its baseline payload, capable of collecting multi-spectral datasets of up to 6 spectral lines with 16 m GSD pixels, or a 32 m hyperspectral dataset. The spatial resolution (GSD) of 16m or 32m is achieved at a swath width of 32 km. The satellite includes 128 GigaByte of onboard storage. The imager’s design is based on experience with the smaller Gecko imager, which has achieved space heritage and has been successfully operating on the nSight-1 CubeSat since May 25, 2017. The bus itself also has heritage from the nSight-1 2U nanosatellite mission. The nSight-2 represents a new class of operational small satellites, aiming to set a new price/performance benchmark by leveraging advances in payload technology, miniaturization of electronics, and standardized mechanical engineering.

Documentation

No public datasheet yet — request the datasheet / ICD from the supplier.

Source: www.scs-space.com ↗