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Projects

Spin.Works has been involved in space-related technology development since 2008. Our team is currently involved in challenges such as building smart Earth Observation cameras, a smart landing system to land the first european spacecraft on the Moon (Argonaut) and the mechanisms that move the parafoil for the Space Rider (a robotic space shuttle-like vehicle).
ESA Argonaut – TRN & HDA
A Spin.Works foi seleccionada pela ESA no contexto da sua primeira missão até à superfície da Lua (projeto Argonaut) para desenvolver os sistemas automáticos de navegação visual relativa e de deteção e desvio de obstáculos que permitirão uma alunagem segura e precisa.
New Space Portugal
The goal of New Space Portugal is to develop and launch the Atlantic Constellation, as well as the ground systems to operate it. The constellation comprises Very High Resolution satellites (with <50cm/pixel GSD), High Resolution Satellites, VDES Satellites and AIS+SAR-capable Satellites . Spin.Works will contribute with a small series of hyperspectral cameras for the HR Constellation.
UP – Analysis, HW Implementation and Pre-Flight Validation of Nano/Microsat AOCS
The main goal of the UP project is to develop an integrated set of AOCS simulation, analysis, test & validation tools, and to apply them in the scope of a microsat and a
IONEA – Instrumento visual de Observação e Navegação para Exploração Autónoma
The main goal of the IONEA project is to develop an integrated set of test & analysis tools, image processing algorithms and an instrument with 3 navigation cameras and a dedicated payload data processor to enable fully autonomous navigation in cislunar & deep space.
AEROS Constellation – Hyperspectral Camera
The main goal of the AEROS Constellation is to develop, build, launch and demonstrate in orbit a prototype for an Earth Observation constellation.
VIRIATO – GNC Subsystem
The main goal of the VIRIATO project is to develop, build, validate and demonstrate an integrated prototype of a suborbital micro-launcher.
uPGRADE – miniaturized Prototype for GRavity field Assessment using Distributed Earth-orbiting assets
The main goal of the uPGRADE project is to develop and qualify for space operations a Gravity Recovery nanosatellite prototype.
ASTRIIS – UAS Gimbal with Hyperspectral + TIR Cameras
The main goal of the ASTRIIS project is to develop, build and demonstrate a wide array of technologies applicable to the Economy of the Sea.
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