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We turn material research into systems for human performance. Smart textiles, advanced materials & prototyping. Follow the lab: from archive to applications.

Tuscany (Italy)
Joined June 2009
Photo by Grado Zero Lab (@GradoZeroTeam)Photo by Grado Zero Lab (@GradoZeroTeam)Photo by Grado Zero Lab (@GradoZeroTeam)Photo by Grado Zero Lab (@GradoZeroTeam)Photo by Grado Zero Lab (@GradoZeroTeam)Photo by Grado Zero Lab (@GradoZeroTeam)Photo by Grado Zero Lab (@GradoZeroTeam)Photo by Grado Zero Lab (@GradoZeroTeam)Photo by Grado Zero Lab (@GradoZeroTeam)Photo by Grado Zero Lab (@GradoZeroTeam)
MuSkin, l'eco-pelle ricavata dai funghi. Intervista a Grado Zero Innovation youtu.be/uxGMfGljrF4 via @YouTube
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What happens before a fibre sheet takes shape? A recovered MANUALIS archive sequence shows wet pulp draining on a mould before transfer to a support. Generated reconstruction of observable steps; fibre recipe, drying and final product are not shown. #MaterialsResearch
🤖 Made with AI
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A helmet can be studied as a layered material system. SAFE-RIDER explored woven nickel-titanium shape-memory-alloy reinforcement for protective helmet composites. Historical proposal; generated explanatory concept—not a certified product or test result. #SmartTextiles
🤖 Made with AI
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For wearable sensing, placement has to follow movement. This AI concept study maps possible sensing zones around a bending knee; it is a design prompt, not a Grado Zero prototype or test result. #SmartTextiles
🤖 Made with AI
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For thermal protection, insulation is not only a material choice. Aerogel belongs to the Grado Zero research archive; construction and use conditions shape the system. AI concept diagram—not test data or a product. #AdvancedMaterials
🤖 Made with AI
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What would you examine in a sample before designing a watch strap? This MuSkin archive photograph places a material sample beside straps, buckles and hand tools. #MuSkin
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How can textile layers help manage laser energy? PROSYS-LASER’s passive glove approach combined surface reflection with lateral energy spreading. Grado Zero Espace was a consortium partner. Explanatory schematic—not to scale or test data. idw-online.de/en/news537403
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Where does a smart textile begin? At the workbench: conductive paths must be positioned, stitched, connected and handled as textiles. Original Grado Zero archive photographs document assembly in progress—not a finished product or performance claim. #ETextiles
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How can a textile cell deliver distinct tactile cues? Zhang et al. reported bistable soft-pneumatic actuators for distributed haptic patterns. External research; generated concept graphic, not a Grado Zero prototype. DOI: 10.1038/s44460-026-00120-5
🤖 Made with AI
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How would you place a pattern between an irregular boundary and a straight-cut edge? This MuSkin archive sample makes the contrast visible. #MuSkin
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For a responsive textile, connect three questions: yarn behaviour, machine processability and weave design. This archive photograph accompanies the documented LEAPFROG research scope; it does not demonstrate a finished fabric. #TextileEngineering
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How can layered parts give a floral ornament depth? In this MuSkin archive photograph, overlapping petals surround a rolled centre, held above a cutting mat. #MuSkin
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For a light-emitting textile, guidance begins inside the fibre. This schematic shows reflection at the core–cladding boundary, a principle behind Luciferas. Animation, not prototype footage or measured light speed. gradozero.eu/research-wearab…
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Keeping instructions in view was one aim of Link Vest. This archive detail shows its head-mounted display; the documented component list credits Carl Zeiss. Historical wearIT@work prototype. gradozero.eu/research-wearab…
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For adjustable textile openings, light could provide a control input. This animation shows bonded layers turning light-induced heating into bending. GZL research concept, not built or validated; motion and response time are illustrative. #SmartMaterials
🤖 Made with AI
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A covered box, viewed across its lid and corners. The metal latch and uneven brown surface are visible in this original MuSkin archive photograph. #MuSkin
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For wearable computing, the garment is part of the interface. Link Vest was a reconfigurable wearIT@work prototype. Original Grado Zero archive photograph; not an operational test. gradozero.eu/research-wearab…
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Place the function where it is needed. DIGITEX explored patterned deposition of functional fluids onto textiles. AI process illustration; colour marks the treated area, not measured performance. cordis.europa.eu/project/id/…
🤖 Made with AI
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Controlled extensibility begins with wire shape. In LOOSE&TIGHT, Grado Zero Espace helped develop shaped Nitinol wire. AI principle illustration, not a project test or measured performance. cordis.europa.eu/article/id/…
🤖 Made with AI
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A mallet, a piece of material and a wooden block: one moment in MuSkin handwork, documented in the Grado Zero archive. #MuSkin
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Joining textiles starts at the interface. ALTEX explored laser welding. This AI illustration shows localised heating, with layers separated for clarity—not a completed joint or experimental result. cordis.europa.eu/project/id/…
🤖 Made with AI
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