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DUKAS_190463211_FER
Self-sufficient mountain shelter designed using 3D rock scans
Ferrari Press Agency
Bivouac 1
Ref 17249
27/10/2025
See Ferrari text
Picture MUST credit: CRA-Carlo Ratti Associati
A mountain-top bivouac designed from a 3D scan of Alpine rock formations, is set to provide shelter for mountaineers.
The idea is that the construction harmonises with the landscape with minimal visual impact.
It will incorporate energy production, storage, and water harvesting through air condensation.
It is set to debut as an urban pavilion during the 2026 Winter Olympics in Milan which start in February next year.
The shelter will then be airlifted to its permanent location in the Alps, where it will serve as a lasting refuge for mountaineers.
A team from Italian architects and designers CRA-Carlo Ratti Associati created a precise 3D model of the landscape to help shape the shelter’s design.
The resultant shell structure is made of cross-laminated timber aerogel, and metal said to be “ inspired by the crystalline formations of the Alps and blends with the shape of its surroundings.”
The shelter aims to be completely self-sufficient.
It features a 5KW peak photovoltaic system with storage, providing power for all its energy needs, including network connectivity.
OPS: Render of the bivouac made using 3D scans of alpine rocks, in position on a mountain.
Picture supplied by Ferrari
(FOTO: DUKAS/FERRARI PRESS) -
DUKAS_190463210_FER
Self-sufficient mountain shelter designed using 3D rock scans
Ferrari Press Agency
Bivouac 1
Ref 17249
27/10/2025
See Ferrari text
Picture MUST credit: CRA-Carlo Ratti Associati
A mountain-top bivouac designed from a 3D scan of Alpine rock formations, is set to provide shelter for mountaineers.
The idea is that the construction harmonises with the landscape with minimal visual impact.
It will incorporate energy production, storage, and water harvesting through air condensation.
It is set to debut as an urban pavilion during the 2026 Winter Olympics in Milan which start in February next year.
The shelter will then be airlifted to its permanent location in the Alps, where it will serve as a lasting refuge for mountaineers.
A team from Italian architects and designers CRA-Carlo Ratti Associati created a precise 3D model of the landscape to help shape the shelter’s design.
The resultant shell structure is made of cross-laminated timber aerogel, and metal said to be “ inspired by the crystalline formations of the Alps and blends with the shape of its surroundings.”
The shelter aims to be completely self-sufficient.
It features a 5KW peak photovoltaic system with storage, providing power for all its energy needs, including network connectivity.
OPS: Render of the bivouac made using 3D scans of alpine rocks, in position on a mountain.
Picture supplied by Ferrari
(FOTO: DUKAS/FERRARI PRESS) -
DUKAS_190463209_FER
Self-sufficient mountain shelter designed using 3D rock scans
Ferrari Press Agency
Bivouac 1
Ref 17249
27/10/2025
See Ferrari text
Picture MUST credit: CRA-Carlo Ratti Associati
A mountain-top bivouac designed from a 3D scan of Alpine rock formations, is set to provide shelter for mountaineers.
The idea is that the construction harmonises with the landscape with minimal visual impact.
It will incorporate energy production, storage, and water harvesting through air condensation.
It is set to debut as an urban pavilion during the 2026 Winter Olympics in Milan which start in February next year.
The shelter will then be airlifted to its permanent location in the Alps, where it will serve as a lasting refuge for mountaineers.
A team from Italian architects and designers CRA-Carlo Ratti Associati created a precise 3D model of the landscape to help shape the shelter’s design.
The resultant shell structure is made of cross-laminated timber aerogel, and metal said to be “ inspired by the crystalline formations of the Alps and blends with the shape of its surroundings.”
The shelter aims to be completely self-sufficient.
It features a 5KW peak photovoltaic system with storage, providing power for all its energy needs, including network connectivity.
OPS: Render of the bivouac made using 3D scans of alpine rocks, in position on a mountain.
Picture supplied by Ferrari
(FOTO: DUKAS/FERRARI PRESS) -
DUKAS_190463208_FER
Self-sufficient mountain shelter designed using 3D rock scans
Ferrari Press Agency
Bivouac 1
Ref 17249
27/10/2025
See Ferrari text
Picture MUST credit: CRA-Carlo Ratti Associati
A mountain-top bivouac designed from a 3D scan of Alpine rock formations, is set to provide shelter for mountaineers.
The idea is that the construction harmonises with the landscape with minimal visual impact.
It will incorporate energy production, storage, and water harvesting through air condensation.
It is set to debut as an urban pavilion during the 2026 Winter Olympics in Milan which start in February next year.
The shelter will then be airlifted to its permanent location in the Alps, where it will serve as a lasting refuge for mountaineers.
A team from Italian architects and designers CRA-Carlo Ratti Associati created a precise 3D model of the landscape to help shape the shelter’s design.
The resultant shell structure is made of cross-laminated timber aerogel, and metal said to be “ inspired by the crystalline formations of the Alps and blends with the shape of its surroundings.”
The shelter aims to be completely self-sufficient.
It features a 5KW peak photovoltaic system with storage, providing power for all its energy needs, including network connectivity.
OPS: Render of the bivouac made using 3D scans of alpine rocks, in position on a mountain.
Picture supplied by Ferrari
(FOTO: DUKAS/FERRARI PRESS) -
DUKAS_190463207_FER
Self-sufficient mountain shelter designed using 3D rock scans
Ferrari Press Agency
Bivouac 1
Ref 17249
27/10/2025
See Ferrari text
Picture MUST credit: CRA-Carlo Ratti Associati
A mountain-top bivouac designed from a 3D scan of Alpine rock formations, is set to provide shelter for mountaineers.
The idea is that the construction harmonises with the landscape with minimal visual impact.
It will incorporate energy production, storage, and water harvesting through air condensation.
It is set to debut as an urban pavilion during the 2026 Winter Olympics in Milan which start in February next year.
The shelter will then be airlifted to its permanent location in the Alps, where it will serve as a lasting refuge for mountaineers.
A team from Italian architects and designers CRA-Carlo Ratti Associati created a precise 3D model of the landscape to help shape the shelter’s design.
The resultant shell structure is made of cross-laminated timber aerogel, and metal said to be “ inspired by the crystalline formations of the Alps and blends with the shape of its surroundings.”
The shelter aims to be completely self-sufficient.
It features a 5KW peak photovoltaic system with storage, providing power for all its energy needs, including network connectivity.
OPS: Render of the bivouac made using 3D scans of alpine rocks, in position on a mountain.
Picture supplied by Ferrari
(FOTO: DUKAS/FERRARI PRESS) -
DUKAS_190463206_FER
Self-sufficient mountain shelter designed using 3D rock scans
Ferrari Press Agency
Bivouac 1
Ref 17249
27/10/2025
See Ferrari text
Picture MUST credit: CRA-Carlo Ratti Associati
A mountain-top bivouac designed from a 3D scan of Alpine rock formations, is set to provide shelter for mountaineers.
The idea is that the construction harmonises with the landscape with minimal visual impact.
It will incorporate energy production, storage, and water harvesting through air condensation.
It is set to debut as an urban pavilion during the 2026 Winter Olympics in Milan which start in February next year.
The shelter will then be airlifted to its permanent location in the Alps, where it will serve as a lasting refuge for mountaineers.
A team from Italian architects and designers CRA-Carlo Ratti Associati created a precise 3D model of the landscape to help shape the shelter’s design.
The resultant shell structure is made of cross-laminated timber aerogel, and metal said to be “ inspired by the crystalline formations of the Alps and blends with the shape of its surroundings.”
The shelter aims to be completely self-sufficient.
It features a 5KW peak photovoltaic system with storage, providing power for all its energy needs, including network connectivity.
OPS: Render of the bivouac made using 3D scans of alpine rocks, in position on a mountain.
Picture supplied by Ferrari
(FOTO: DUKAS/FERRARI PRESS) -
DUKAS_190463205_FER
Self-sufficient mountain shelter designed using 3D rock scans
Ferrari Press Agency
Bivouac 1
Ref 17249
27/10/2025
See Ferrari text
Picture MUST credit: CRA-Carlo Ratti Associati
A mountain-top bivouac designed from a 3D scan of Alpine rock formations, is set to provide shelter for mountaineers.
The idea is that the construction harmonises with the landscape with minimal visual impact.
It will incorporate energy production, storage, and water harvesting through air condensation.
It is set to debut as an urban pavilion during the 2026 Winter Olympics in Milan which start in February next year.
The shelter will then be airlifted to its permanent location in the Alps, where it will serve as a lasting refuge for mountaineers.
A team from Italian architects and designers CRA-Carlo Ratti Associati created a precise 3D model of the landscape to help shape the shelter’s design.
The resultant shell structure is made of cross-laminated timber aerogel, and metal said to be “ inspired by the crystalline formations of the Alps and blends with the shape of its surroundings.”
The shelter aims to be completely self-sufficient.
It features a 5KW peak photovoltaic system with storage, providing power for all its energy needs, including network connectivity.
OPS: Render of the bivouac made using 3D scans of alpine rocks, in position on a mountain.
Picture supplied by Ferrari
(FOTO: DUKAS/FERRARI PRESS) -
DUKAS_189458821_FER
3D robot for building a Moon. base and Earth homes
Ferrari Press Agency
Charlotte 1
Ref 17171
30/09/2025
See Ferrari text
Picture MUST credit: Crest Robotics
A spider-like construction robot that could construct buildings on Earth and the Moon base, is being developed.
The Charlotte is named after the spider in children’s story Charlotte’s Web.
It is said to be capable of building a 200 square metre dwelling in a single day operating at roughly the speed of 100 bricklayers.
It could help build a lunar base and also be used for house building on Earth.
Charlotte is the result of a collaboration between Australian engineering startup Crest Robotics and a firm called Earthbuilt Technology, which has developed an eco-friendly raw building material made from sand, waste glass, and crushed brick.
Charlotte uses an extrusion system to 3D print the compressed building material in successive layers.
It moves along and raising up on its spider legs
Crest said the versatile and compact design and its autonomous operation capabilities, make it ideal for use on the lunar surface.
There it would use the Moon’s own surface dust known as regolith for construction material.
Back on Earth, the 3D-printed structures it creates with Earthbuilt’s raw material are claimed to be flood and fire proof.
OPS: Render of the Charlotte and a extrusion system building on Earth using the Earthbuilt Technology eco-friendly material.
Picture supplied by Ferrari (FOTO: DUKAS/FERRARI PRESS) -
DUKAS_189458820_FER
3D robot for building a Moon. base and Earth homes
Ferrari Press Agency
Charlotte 1
Ref 17171
30/09/2025
See Ferrari text
Picture MUST credit: Crest Robotics
A spider-like construction robot that could construct buildings on Earth and the Moon base, is being developed.
The Charlotte is named after the spider in children’s story Charlotte’s Web.
It is said to be capable of building a 200 square metre dwelling in a single day operating at roughly the speed of 100 bricklayers.
It could help build a lunar base and also be used for house building on Earth.
Charlotte is the result of a collaboration between Australian engineering startup Crest Robotics and a firm called Earthbuilt Technology, which has developed an eco-friendly raw building material made from sand, waste glass, and crushed brick.
Charlotte uses an extrusion system to 3D print the compressed building material in successive layers.
It moves along and raising up on its spider legs
Crest said the versatile and compact design and its autonomous operation capabilities, make it ideal for use on the lunar surface.
There it would use the Moon’s own surface dust known as regolith for construction material.
Back on Earth, the 3D-printed structures it creates with Earthbuilt’s raw material are claimed to be flood and fire proof.
OPS: Render of the Charlotte and a extrusion system building on Earth using the Earthbuilt Technology eco-friendly material.
Picture supplied by Ferrari (FOTO: DUKAS/FERRARI PRESS) -
DUKAS_189458819_FER
3D robot for building a Moon. base and Earth homes
Ferrari Press Agency
Charlotte 1
Ref 17171
30/09/2025
See Ferrari text
Picture MUST credit: Crest Robotics
A spider-like construction robot that could construct buildings on Earth and the Moon base, is being developed.
The Charlotte is named after the spider in children’s story Charlotte’s Web.
It is said to be capable of building a 200 square metre dwelling in a single day operating at roughly the speed of 100 bricklayers.
It could help build a lunar base and also be used for house building on Earth.
Charlotte is the result of a collaboration between Australian engineering startup Crest Robotics and a firm called Earthbuilt Technology, which has developed an eco-friendly raw building material made from sand, waste glass, and crushed brick.
Charlotte uses an extrusion system to 3D print the compressed building material in successive layers.
It moves along and raising up on its spider legs
Crest said the versatile and compact design and its autonomous operation capabilities, make it ideal for use on the lunar surface.
There it would use the Moon’s own surface dust known as regolith for construction material.
Back on Earth, the 3D-printed structures it creates with Earthbuilt’s raw material are claimed to be flood and fire proof.
OPS: The Charlotte and a extrusion system for collecting lunar regolith could be delivered to the Moon to help construct a long term astronaut base.
Picture supplied by Ferrari (FOTO: DUKAS/FERRARI PRESS) -
DUKAS_189458816_FER
3D robot for building a Moon. base and Earth homes
Ferrari Press Agency
Charlotte 1
Ref 17171
30/09/2025
See Ferrari text
Picture MUST credit: Crest Robotics
A spider-like construction robot that could construct buildings on Earth and the Moon base, is being developed.
The Charlotte is named after the spider in children’s story Charlotte’s Web.
It is said to be capable of building a 200 square metre dwelling in a single day operating at roughly the speed of 100 bricklayers.
It could help build a lunar base and also be used for house building on Earth.
Charlotte is the result of a collaboration between Australian engineering startup Crest Robotics and a firm called Earthbuilt Technology, which has developed an eco-friendly raw building material made from sand, waste glass, and crushed brick.
Charlotte uses an extrusion system to 3D print the compressed building material in successive layers.
It moves along and raising up on its spider legs
Crest said the versatile and compact design and its autonomous operation capabilities, make it ideal for use on the lunar surface.
There it would use the Moon’s own surface dust known as regolith for construction material.
Back on Earth, the 3D-printed structures it creates with Earthbuilt’s raw material are claimed to be flood and fire proof.
OPS: The Charlotte and a extrusion system for collecting lunar regolith could be delivered to the Moon to help construct a long term astronaut base.
Picture supplied by Ferrari (FOTO: DUKAS/FERRARI PRESS) -
DUKAS_189458814_FER
3D robot for building a Moon. base and Earth homes
Ferrari Press Agency
Charlotte 1
Ref 17171
30/09/2025
See Ferrari text
Picture MUST credit: Crest Robotics
A spider-like construction robot that could construct buildings on Earth and the Moon base, is being developed.
The Charlotte is named after the spider in children’s story Charlotte’s Web.
It is said to be capable of building a 200 square metre dwelling in a single day operating at roughly the speed of 100 bricklayers.
It could help build a lunar base and also be used for house building on Earth.
Charlotte is the result of a collaboration between Australian engineering startup Crest Robotics and a firm called Earthbuilt Technology, which has developed an eco-friendly raw building material made from sand, waste glass, and crushed brick.
Charlotte uses an extrusion system to 3D print the compressed building material in successive layers.
It moves along and raising up on its spider legs
Crest said the versatile and compact design and its autonomous operation capabilities, make it ideal for use on the lunar surface.
There it would use the Moon’s own surface dust known as regolith for construction material.
Back on Earth, the 3D-printed structures it creates with Earthbuilt’s raw material are claimed to be flood and fire proof.
OPS: The Charlotte and a extrusion system for collecting lunar regolith could be delivered to the Moon to help construct a long term astronaut base.
Picture supplied by Ferrari (FOTO: DUKAS/FERRARI PRESS) -
DUKAS_189458812_FER
3D robot for building a Moon. base and Earth homes
Ferrari Press Agency
Charlotte 1
Ref 17171
30/09/2025
See Ferrari text
Picture MUST credit: Crest Robotics
A spider-like construction robot that could construct buildings on Earth and the Moon base, is being developed.
The Charlotte is named after the spider in children’s story Charlotte’s Web.
It is said to be capable of building a 200 square metre dwelling in a single day operating at roughly the speed of 100 bricklayers.
It could help build a lunar base and also be used for house building on Earth.
Charlotte is the result of a collaboration between Australian engineering startup Crest Robotics and a firm called Earthbuilt Technology, which has developed an eco-friendly raw building material made from sand, waste glass, and crushed brick.
Charlotte uses an extrusion system to 3D print the compressed building material in successive layers.
It moves along and raising up on its spider legs
Crest said the versatile and compact design and its autonomous operation capabilities, make it ideal for use on the lunar surface.
There it would use the Moon’s own surface dust known as regolith for construction material.
Back on Earth, the 3D-printed structures it creates with Earthbuilt’s raw material are claimed to be flood and fire proof.
OPS: The Charlotte and a extrusion system for collecting lunar regolith could be delivered to the Moon to help construct a long term astronaut base.
Picture supplied by Ferrari (FOTO: DUKAS/FERRARI PRESS) -
DUKAS_189458810_FER
3D robot for building a Moon. base and Earth homes
Ferrari Press Agency
Charlotte 1
Ref 17171
30/09/2025
See Ferrari text
Picture MUST credit: Crest Robotics
A spider-like construction robot that could construct buildings on Earth and the Moon base, is being developed.
The Charlotte is named after the spider in children’s story Charlotte’s Web.
It is said to be capable of building a 200 square metre dwelling in a single day operating at roughly the speed of 100 bricklayers.
It could help build a lunar base and also be used for house building on Earth.
Charlotte is the result of a collaboration between Australian engineering startup Crest Robotics and a firm called Earthbuilt Technology, which has developed an eco-friendly raw building material made from sand, waste glass, and crushed brick.
Charlotte uses an extrusion system to 3D print the compressed building material in successive layers.
It moves along and raising up on its spider legs
Crest said the versatile and compact design and its autonomous operation capabilities, make it ideal for use on the lunar surface.
There it would use the Moon’s own surface dust known as regolith for construction material.
Back on Earth, the 3D-printed structures it creates with Earthbuilt’s raw material are claimed to be flood and fire proof.
OPS: The Charlotte and a extrusion system for collecting lunar regolith could be delivered to the Moon to help construct a long term astronaut base.
Picture supplied by Ferrari (FOTO: DUKAS/FERRARI PRESS) -
DUKAS_189458808_FER
3D robot for building a Moon. base and Earth homes
Ferrari Press Agency
Charlotte 1
Ref 17171
30/09/2025
See Ferrari text
Picture MUST credit: Crest Robotics
A spider-like construction robot that could construct buildings on Earth and the Moon base, is being developed.
The Charlotte is named after the spider in children’s story Charlotte’s Web.
It is said to be capable of building a 200 square metre dwelling in a single day operating at roughly the speed of 100 bricklayers.
It could help build a lunar base and also be used for house building on Earth.
Charlotte is the result of a collaboration between Australian engineering startup Crest Robotics and a firm called Earthbuilt Technology, which has developed an eco-friendly raw building material made from sand, waste glass, and crushed brick.
Charlotte uses an extrusion system to 3D print the compressed building material in successive layers.
It moves along and raising up on its spider legs
Crest said the versatile and compact design and its autonomous operation capabilities, make it ideal for use on the lunar surface.
There it would use the Moon’s own surface dust known as regolith for construction material.
Back on Earth, the 3D-printed structures it creates with Earthbuilt’s raw material are claimed to be flood and fire proof.
OPS: The Charlotte and a extrusion system for collecting lunar regolith could be delivered to the Moon to help construct a long term astronaut base.
Picture supplied by Ferrari (FOTO: DUKAS/FERRARI PRESS) -
DUKAS_189458806_FER
3D robot for building a Moon. base and Earth homes
Ferrari Press Agency
Charlotte 1
Ref 17171
30/09/2025
See Ferrari text
Picture MUST credit: Crest Robotics
A spider-like construction robot that could construct buildings on Earth and the Moon base, is being developed.
The Charlotte is named after the spider in children’s story Charlotte’s Web.
It is said to be capable of building a 200 square metre dwelling in a single day operating at roughly the speed of 100 bricklayers.
It could help build a lunar base and also be used for house building on Earth.
Charlotte is the result of a collaboration between Australian engineering startup Crest Robotics and a firm called Earthbuilt Technology, which has developed an eco-friendly raw building material made from sand, waste glass, and crushed brick.
Charlotte uses an extrusion system to 3D print the compressed building material in successive layers.
It moves along and raising up on its spider legs
Crest said the versatile and compact design and its autonomous operation capabilities, make it ideal for use on the lunar surface.
There it would use the Moon’s own surface dust known as regolith for construction material.
Back on Earth, the 3D-printed structures it creates with Earthbuilt’s raw material are claimed to be flood and fire proof.
OPS: The Charlotte and a extrusion system for collecting lunar regolith could be delivered to the Moon to help construct a long term astronaut base.
Picture supplied by Ferrari (FOTO: DUKAS/FERRARI PRESS) -
DUKAS_189458804_FER
3D robot for building a Moon. base and Earth homes
Ferrari Press Agency
Charlotte 1
Ref 17171
30/09/2025
See Ferrari text
Picture MUST credit: Crest Robotics
A spider-like construction robot that could construct buildings on Earth and the Moon base, is being developed.
The Charlotte is named after the spider in children’s story Charlotte’s Web.
It is said to be capable of building a 200 square metre dwelling in a single day operating at roughly the speed of 100 bricklayers.
It could help build a lunar base and also be used for house building on Earth.
Charlotte is the result of a collaboration between Australian engineering startup Crest Robotics and a firm called Earthbuilt Technology, which has developed an eco-friendly raw building material made from sand, waste glass, and crushed brick.
Charlotte uses an extrusion system to 3D print the compressed building material in successive layers.
It moves along and raising up on its spider legs
Crest said the versatile and compact design and its autonomous operation capabilities, make it ideal for use on the lunar surface.
There it would use the Moon’s own surface dust known as regolith for construction material.
Back on Earth, the 3D-printed structures it creates with Earthbuilt’s raw material are claimed to be flood and fire proof.
OPS: The Charlotte and a extrusion system for collecting lunar regolith could be delivered to the Moon to help construct a long term astronaut base.
Picture supplied by Ferrari (FOTO: DUKAS/FERRARI PRESS) -
DUKAS_189458802_FER
3D robot for building a Moon. base and Earth homes
Ferrari Press Agency
Charlotte 1
Ref 17171
30/09/2025
See Ferrari text
Picture MUST credit: Crest Robotics
A spider-like construction robot that could construct buildings on Earth and the Moon base, is being developed.
The Charlotte is named after the spider in children’s story Charlotte’s Web.
It is said to be capable of building a 200 square metre dwelling in a single day operating at roughly the speed of 100 bricklayers.
It could help build a lunar base and also be used for house building on Earth.
Charlotte is the result of a collaboration between Australian engineering startup Crest Robotics and a firm called Earthbuilt Technology, which has developed an eco-friendly raw building material made from sand, waste glass, and crushed brick.
Charlotte uses an extrusion system to 3D print the compressed building material in successive layers.
It moves along and raising up on its spider legs
Crest said the versatile and compact design and its autonomous operation capabilities, make it ideal for use on the lunar surface.
There it would use the Moon’s own surface dust known as regolith for construction material.
Back on Earth, the 3D-printed structures it creates with Earthbuilt’s raw material are claimed to be flood and fire proof.
OPS: The Charlotte and a extrusion system for collecting lunar regolith could be delivered to the Moon to help construct a long term astronaut base.
Picture supplied by Ferrari (FOTO: DUKAS/FERRARI PRESS) -
DUKAS_189005399_FER
Display screen gives 3D effect to video
Ferrari Press Agency
Hololuminescent 1
Ref 17158
18/09/2025
See Ferrari text
Picture MUST credit: Looking Glass Factory
An ultra thin display screen which can show images and video as if in 3D has been developed.
The US company behind it reckons it could be used to show-off museum artefacts, make eye-popping product ads, and be used for human or animated characters to guide visitors around exhibition spaces.
Called Hololuminescent Display, the screen present video and animated content with convincing depth despite its slim profile
It was developed by New York-based Looking Glass Factory.
The screen, which is just 2.5 cm thick, adds an additional dimension that makes objects appear to float in space on screen.
It even works when viewed by a group of people looking at the display from different angles.
It is not a desktop monitor or TV, but purpose made for eye-catching presentations in commercial and public spaces.
Looking Glass Factory says the Hololuminescent Display can be used to create innovative product displays, gallery installations and even outdoor ads.
OPS:The Hololuminescent Display
Picture supplied by Ferrari (FOTO: DUKAS/FERRARI PRESS) -
DUKAS_189005395_FER
Display screen gives 3D effect to video
Ferrari Press Agency
Hololuminescent 1
Ref 17158
18/09/2025
See Ferrari text
Picture MUST credit: Looking Glass Factory
An ultra thin display screen which can show images and video as if in 3D has been developed.
The US company behind it reckons it could be used to show-off museum artefacts, make eye-popping product ads, and be used for human or animated characters to guide visitors around exhibition spaces.
Called Hololuminescent Display, the screen present video and animated content with convincing depth despite its slim profile
It was developed by New York-based Looking Glass Factory.
The screen, which is just 2.5 cm thick, adds an additional dimension that makes objects appear to float in space on screen.
It even works when viewed by a group of people looking at the display from different angles.
It is not a desktop monitor or TV, but purpose made for eye-catching presentations in commercial and public spaces.
Looking Glass Factory says the Hololuminescent Display can be used to create innovative product displays, gallery installations and even outdoor ads.
OPS:Render showing how the Hololuminescent display could be used for street advertising
Picture supplied by Ferrari (FOTO: DUKAS/FERRARI PRESS) -
DUKAS_189005436_FER
Display screen gives 3D effect to video
Ferrari Press Agency
Hololuminescent 1
Ref 17158
18/09/2025
See Ferrari text
Picture MUST credit: Looking Glass Factory
An ultra thin display screen which can show images and video as if in 3D has been developed.
The US company behind it reckons it could be used to show-off museum artefacts, make eye-popping product ads, and be used for human or animated characters to guide visitors around exhibition spaces.
Called Hololuminescent Display, the screen present video and animated content with convincing depth despite its slim profile
It was developed by New York-based Looking Glass Factory.
The screen, which is just 2.5 cm thick, adds an additional dimension that makes objects appear to float in space on screen.
It even works when viewed by a group of people looking at the display from different angles.
It is not a desktop monitor or TV, but purpose made for eye-catching presentations in commercial and public spaces.
Looking Glass Factory says the Hololuminescent Display can be used to create innovative product displays, gallery installations and even outdoor ads.
OPS:The Hololuminescent Display
Picture supplied by Ferrari (FOTO: DUKAS/FERRARI PRESS) -
DUKAS_189005434_FER
Display screen gives 3D effect to video
Ferrari Press Agency
Hololuminescent 1
Ref 17158
18/09/2025
See Ferrari text
Picture MUST credit: Looking Glass Factory
An ultra thin display screen which can show images and video as if in 3D has been developed.
The US company behind it reckons it could be used to show-off museum artefacts, make eye-popping product ads, and be used for human or animated characters to guide visitors around exhibition spaces.
Called Hololuminescent Display, the screen present video and animated content with convincing depth despite its slim profile
It was developed by New York-based Looking Glass Factory.
The screen, which is just 2.5 cm thick, adds an additional dimension that makes objects appear to float in space on screen.
It even works when viewed by a group of people looking at the display from different angles.
It is not a desktop monitor or TV, but purpose made for eye-catching presentations in commercial and public spaces.
Looking Glass Factory says the Hololuminescent Display can be used to create innovative product displays, gallery installations and even outdoor ads.
OPS:The Hololuminescent Display
Picture supplied by Ferrari (FOTO: DUKAS/FERRARI PRESS) -
DUKAS_189005432_FER
Display screen gives 3D effect to video
Ferrari Press Agency
Hololuminescent 1
Ref 17158
18/09/2025
See Ferrari text
Picture MUST credit: Looking Glass Factory
An ultra thin display screen which can show images and video as if in 3D has been developed.
The US company behind it reckons it could be used to show-off museum artefacts, make eye-popping product ads, and be used for human or animated characters to guide visitors around exhibition spaces.
Called Hololuminescent Display, the screen present video and animated content with convincing depth despite its slim profile
It was developed by New York-based Looking Glass Factory.
The screen, which is just 2.5 cm thick, adds an additional dimension that makes objects appear to float in space on screen.
It even works when viewed by a group of people looking at the display from different angles.
It is not a desktop monitor or TV, but purpose made for eye-catching presentations in commercial and public spaces.
Looking Glass Factory says the Hololuminescent Display can be used to create innovative product displays, gallery installations and even outdoor ads.
OPS:The Hololuminescent Display
Picture supplied by Ferrari (FOTO: DUKAS/FERRARI PRESS) -
DUKAS_189005430_FER
Display screen gives 3D effect to video
Ferrari Press Agency
Hololuminescent 1
Ref 17158
18/09/2025
See Ferrari text
Picture MUST credit: Looking Glass Factory
An ultra thin display screen which can show images and video as if in 3D has been developed.
The US company behind it reckons it could be used to show-off museum artefacts, make eye-popping product ads, and be used for human or animated characters to guide visitors around exhibition spaces.
Called Hololuminescent Display, the screen present video and animated content with convincing depth despite its slim profile
It was developed by New York-based Looking Glass Factory.
The screen, which is just 2.5 cm thick, adds an additional dimension that makes objects appear to float in space on screen.
It even works when viewed by a group of people looking at the display from different angles.
It is not a desktop monitor or TV, but purpose made for eye-catching presentations in commercial and public spaces.
Looking Glass Factory says the Hololuminescent Display can be used to create innovative product displays, gallery installations and even outdoor ads.
OPS:The Hololuminescent Display.
Picture supplied by Ferrari (FOTO: DUKAS/FERRARI PRESS) -
DUKAS_189005428_FER
Display screen gives 3D effect to video
Ferrari Press Agency
Hololuminescent 1
Ref 17158
18/09/2025
See Ferrari text
Picture MUST credit: Looking Glass Factory
An ultra thin display screen which can show images and video as if in 3D has been developed.
The US company behind it reckons it could be used to show-off museum artefacts, make eye-popping product ads, and be used for human or animated characters to guide visitors around exhibition spaces.
Called Hololuminescent Display, the screen present video and animated content with convincing depth despite its slim profile
It was developed by New York-based Looking Glass Factory.
The screen, which is just 2.5 cm thick, adds an additional dimension that makes objects appear to float in space on screen.
It even works when viewed by a group of people looking at the display from different angles.
It is not a desktop monitor or TV, but purpose made for eye-catching presentations in commercial and public spaces.
Looking Glass Factory says the Hololuminescent Display can be used to create innovative product displays, gallery installations and even outdoor ads.
OPS:The Hololuminescent Display
Picture supplied by Ferrari (FOTO: DUKAS/FERRARI PRESS) -
DUKAS_189005426_FER
Display screen gives 3D effect to video
Ferrari Press Agency
Hololuminescent 1
Ref 17158
18/09/2025
See Ferrari text
Picture MUST credit: Looking Glass Factory
An ultra thin display screen which can show images and video as if in 3D has been developed.
The US company behind it reckons it could be used to show-off museum artefacts, make eye-popping product ads, and be used for human or animated characters to guide visitors around exhibition spaces.
Called Hololuminescent Display, the screen present video and animated content with convincing depth despite its slim profile
It was developed by New York-based Looking Glass Factory.
The screen, which is just 2.5 cm thick, adds an additional dimension that makes objects appear to float in space on screen.
It even works when viewed by a group of people looking at the display from different angles.
It is not a desktop monitor or TV, but purpose made for eye-catching presentations in commercial and public spaces.
Looking Glass Factory says the Hololuminescent Display can be used to create innovative product displays, gallery installations and even outdoor ads.
OPS:The Hololuminescent Display
Picture supplied by Ferrari (FOTO: DUKAS/FERRARI PRESS) -
DUKAS_189005424_FER
Display screen gives 3D effect to video
Ferrari Press Agency
Hololuminescent 1
Ref 17158
18/09/2025
See Ferrari text
Picture MUST credit: Looking Glass Factory
An ultra thin display screen which can show images and video as if in 3D has been developed.
The US company behind it reckons it could be used to show-off museum artefacts, make eye-popping product ads, and be used for human or animated characters to guide visitors around exhibition spaces.
Called Hololuminescent Display, the screen present video and animated content with convincing depth despite its slim profile
It was developed by New York-based Looking Glass Factory.
The screen, which is just 2.5 cm thick, adds an additional dimension that makes objects appear to float in space on screen.
It even works when viewed by a group of people looking at the display from different angles.
It is not a desktop monitor or TV, but purpose made for eye-catching presentations in commercial and public spaces.
Looking Glass Factory says the Hololuminescent Display can be used to create innovative product displays, gallery installations and even outdoor ads.
OPS:The Hololuminescent Display
Picture supplied by Ferrari (FOTO: DUKAS/FERRARI PRESS) -
DUKAS_189005420_FER
Display screen gives 3D effect to video
Ferrari Press Agency
Hololuminescent 1
Ref 17158
18/09/2025
See Ferrari text
Picture MUST credit: Looking Glass Factory
An ultra thin display screen which can show images and video as if in 3D has been developed.
The US company behind it reckons it could be used to show-off museum artefacts, make eye-popping product ads, and be used for human or animated characters to guide visitors around exhibition spaces.
Called Hololuminescent Display, the screen present video and animated content with convincing depth despite its slim profile
It was developed by New York-based Looking Glass Factory.
The screen, which is just 2.5 cm thick, adds an additional dimension that makes objects appear to float in space on screen.
It even works when viewed by a group of people looking at the display from different angles.
It is not a desktop monitor or TV, but purpose made for eye-catching presentations in commercial and public spaces.
Looking Glass Factory says the Hololuminescent Display can be used to create innovative product displays, gallery installations and even outdoor ads.
OPS:The Hololuminescent Display
Picture supplied by Ferrari (FOTO: DUKAS/FERRARI PRESS) -
DUKAS_189005417_FER
Display screen gives 3D effect to video
Ferrari Press Agency
Hololuminescent 1
Ref 17158
18/09/2025
See Ferrari text
Picture MUST credit: Looking Glass Factory
An ultra thin display screen which can show images and video as if in 3D has been developed.
The US company behind it reckons it could be used to show-off museum artefacts, make eye-popping product ads, and be used for human or animated characters to guide visitors around exhibition spaces.
Called Hololuminescent Display, the screen present video and animated content with convincing depth despite its slim profile
It was developed by New York-based Looking Glass Factory.
The screen, which is just 2.5 cm thick, adds an additional dimension that makes objects appear to float in space on screen.
It even works when viewed by a group of people looking at the display from different angles.
It is not a desktop monitor or TV, but purpose made for eye-catching presentations in commercial and public spaces.
Looking Glass Factory says the Hololuminescent Display can be used to create innovative product displays, gallery installations and even outdoor ads.
OPS:The Hololuminescent Display
Picture supplied by Ferrari (FOTO: DUKAS/FERRARI PRESS) -
DUKAS_189005414_FER
Display screen gives 3D effect to video
Ferrari Press Agency
Hololuminescent 1
Ref 17158
18/09/2025
See Ferrari text
Picture MUST credit: Looking Glass Factory
An ultra thin display screen which can show images and video as if in 3D has been developed.
The US company behind it reckons it could be used to show-off museum artefacts, make eye-popping product ads, and be used for human or animated characters to guide visitors around exhibition spaces.
Called Hololuminescent Display, the screen present video and animated content with convincing depth despite its slim profile
It was developed by New York-based Looking Glass Factory.
The screen, which is just 2.5 cm thick, adds an additional dimension that makes objects appear to float in space on screen.
It even works when viewed by a group of people looking at the display from different angles.
It is not a desktop monitor or TV, but purpose made for eye-catching presentations in commercial and public spaces.
Looking Glass Factory says the Hololuminescent Display can be used to create innovative product displays, gallery installations and even outdoor ads.
OPS:The Hololuminescent Display
Picture supplied by Ferrari (FOTO: DUKAS/FERRARI PRESS) -
DUKAS_189005411_FER
Display screen gives 3D effect to video
Ferrari Press Agency
Hololuminescent 1
Ref 17158
18/09/2025
See Ferrari text
Picture MUST credit: Looking Glass Factory
An ultra thin display screen which can show images and video as if in 3D has been developed.
The US company behind it reckons it could be used to show-off museum artefacts, make eye-popping product ads, and be used for human or animated characters to guide visitors around exhibition spaces.
Called Hololuminescent Display, the screen present video and animated content with convincing depth despite its slim profile
It was developed by New York-based Looking Glass Factory.
The screen, which is just 2.5 cm thick, adds an additional dimension that makes objects appear to float in space on screen.
It even works when viewed by a group of people looking at the display from different angles.
It is not a desktop monitor or TV, but purpose made for eye-catching presentations in commercial and public spaces.
Looking Glass Factory says the Hololuminescent Display can be used to create innovative product displays, gallery installations and even outdoor ads.
OPS:The Hololuminescent Display
Picture supplied by Ferrari (FOTO: DUKAS/FERRARI PRESS) -
DUKAS_189005407_FER
Display screen gives 3D effect to video
Ferrari Press Agency
Hololuminescent 1
Ref 17158
18/09/2025
See Ferrari text
Picture MUST credit: Looking Glass Factory
An ultra thin display screen which can show images and video as if in 3D has been developed.
The US company behind it reckons it could be used to show-off museum artefacts, make eye-popping product ads, and be used for human or animated characters to guide visitors around exhibition spaces.
Called Hololuminescent Display, the screen present video and animated content with convincing depth despite its slim profile
It was developed by New York-based Looking Glass Factory.
The screen, which is just 2.5 cm thick, adds an additional dimension that makes objects appear to float in space on screen.
It even works when viewed by a group of people looking at the display from different angles.
It is not a desktop monitor or TV, but purpose made for eye-catching presentations in commercial and public spaces.
Looking Glass Factory says the Hololuminescent Display can be used to create innovative product displays, gallery installations and even outdoor ads.
OPS:The Hololuminescent Display
Picture supplied by Ferrari (FOTO: DUKAS/FERRARI PRESS) -
DUKAS_189005403_FER
Display screen gives 3D effect to video
Ferrari Press Agency
Hololuminescent 1
Ref 17158
18/09/2025
See Ferrari text
Picture MUST credit: Looking Glass Factory
An ultra thin display screen which can show images and video as if in 3D has been developed.
The US company behind it reckons it could be used to show-off museum artefacts, make eye-popping product ads, and be used for human or animated characters to guide visitors around exhibition spaces.
Called Hololuminescent Display, the screen present video and animated content with convincing depth despite its slim profile
It was developed by New York-based Looking Glass Factory.
The screen, which is just 2.5 cm thick, adds an additional dimension that makes objects appear to float in space on screen.
It even works when viewed by a group of people looking at the display from different angles.
It is not a desktop monitor or TV, but purpose made for eye-catching presentations in commercial and public spaces.
Looking Glass Factory says the Hololuminescent Display can be used to create innovative product displays, gallery installations and even outdoor ads.
OPS:The Hololuminescent Display
Picture supplied by Ferrari (FOTO: DUKAS/FERRARI PRESS) -
DUKAS_188529204_NUR
'Lift The Ban' Palestine Action Protest In London
LONDON, UNITED KINGDOM - SEPTEMBER 06, 2025: Robert Del Naja, also known as 3D, of Massive Attack gives an interview as hundreds of people gather take part in a mass demonstration in Parliament Square against the ban on Palestine Action in London, United Kingdom on September 06, 2025. (Photo by WIktor Szymanowicz/NurPhoto) -
DUKAS_188529288_NUR
'Lift The Ban' Palestine Action Protest In London
LONDON, UNITED KINGDOM - SEPTEMBER 06, 2025: Robert Del Naja, also known as 3D, of Massive Attack holds a placard reading 'Lift the Ban' as hundreds of people gather take part in a mass demonstration in Parliament Square against the ban on Palestine Action in London, United Kingdom on September 06, 2025. (Photo by WIktor Szymanowicz/NurPhoto) -
DUKAS_188529276_NUR
'Lift The Ban' Palestine Action Protest In London
LONDON, UNITED KINGDOM - SEPTEMBER 06, 2025: Robert Del Naja, also known as 3D, of Massive Attack holds a placard reading 'Lift the Ban' as hundreds of people gather take part in a mass demonstration in Parliament Square against the ban on Palestine Action in London, United Kingdom on September 06, 2025. (Photo by WIktor Szymanowicz/NurPhoto) -
DUKAS_188529274_NUR
'Lift The Ban' Palestine Action Protest In London
LONDON, UNITED KINGDOM - SEPTEMBER 06, 2025: Robert Del Naja, also known as 3D, of Massive Attack gives an interview as hundreds of people gather take part in a mass demonstration in Parliament Square against the ban on Palestine Action in London, United Kingdom on September 06, 2025. (Photo by WIktor Szymanowicz/NurPhoto) -
DUKAS_188529219_NUR
'Lift The Ban' Palestine Action Protest In London
LONDON, UNITED KINGDOM - SEPTEMBER 06, 2025: Robert Del Naja, also known as 3D, of Massive Attack gives an interview as hundreds of people gather take part in a mass demonstration in Parliament Square against the ban on Palestine Action in London, United Kingdom on September 06, 2025. (Photo by WIktor Szymanowicz/NurPhoto) -
DUKAS_188529213_NUR
'Lift The Ban' Palestine Action Protest In London
LONDON, UNITED KINGDOM - SEPTEMBER 06, 2025: Robert Del Naja, also known as 3D, of Massive Attack holds a placard reading 'Lift the Ban' as hundreds of people gather take part in a mass demonstration in Parliament Square against the ban on Palestine Action in London, United Kingdom on September 06, 2025. (Photo by WIktor Szymanowicz/NurPhoto) -
DUKAS_188529198_NUR
'Lift The Ban' Palestine Action Protest In London
LONDON, UNITED KINGDOM - SEPTEMBER 06, 2025: Robert Del Naja, also known as 3D, of Massive Attack holds a placard reading 'Lift the Ban' as hundreds of people gather take part in a mass demonstration in Parliament Square against the ban on Palestine Action in London, United Kingdom on September 06, 2025. (Photo by WIktor Szymanowicz/NurPhoto) -
DUKAS_188145989_NUR
Project Eaden presented in Berlin, Germany
3D-printed vegetarian products that imitate prepared meat are pictured during the presentation of the Eaden Project in Berlin, Germany, on May 22, 2025. The company, founded by David Schmelzeisen and Jan Wilmking, produces vegetarian meat using 3D-printing technologies for the German supermarket chain Rewe. (Photo by Emmanuele Contini/NurPhoto) -
DUKAS_188145988_NUR
Project Eaden presented in Berlin, Germany
3D-printed vegetarian products that imitate prepared meat are pictured during the presentation of the Eaden Project in Berlin, Germany, on May 22, 2025. The company, founded by David Schmelzeisen and Jan Wilmking, produces vegetarian meat using 3D-printing technologies for the German supermarket chain Rewe. (Photo by Emmanuele Contini/NurPhoto) -
DUKAS_188145987_NUR
Project Eaden presented in Berlin, Germany
3D-printed vegetarian products that imitate prepared meat are pictured during the presentation of the Eaden Project in Berlin, Germany, on May 22, 2025. The company, founded by David Schmelzeisen and Jan Wilmking, produces vegetarian meat using 3D-printing technologies for the German supermarket chain Rewe. (Photo by Emmanuele Contini/NurPhoto) -
DUKAS_188145986_NUR
Project Eaden presented in Berlin, Germany
3D-printed vegetarian products that imitate prepared meat are pictured during the presentation of the Eaden Project in Berlin, Germany, on May 22, 2025. The company, founded by David Schmelzeisen and Jan Wilmking, produces vegetarian meat using 3D-printing technologies for the German supermarket chain Rewe. (Photo by Emmanuele Contini/NurPhoto) -
DUKAS_188145985_NUR
Project Eaden presented in Berlin, Germany
3D-printed vegetarian products that imitate prepared meat are pictured during the presentation of the Eaden Project in Berlin, Germany, on May 22, 2025. The company, founded by David Schmelzeisen and Jan Wilmking, produces vegetarian meat using 3D-printing technologies for the German supermarket chain Rewe. (Photo by Emmanuele Contini/NurPhoto) -
DUKAS_188145984_NUR
Project Eaden presented in Berlin, Germany
3D-printed vegetarian products that imitate prepared meat are pictured during the presentation of the Eaden Project in Berlin, Germany, on May 22, 2025. The company, founded by David Schmelzeisen and Jan Wilmking, produces vegetarian meat using 3D-printing technologies for the German supermarket chain Rewe. (Photo by Emmanuele Contini/NurPhoto) -
DUKAS_188145982_NUR
Project Eaden presented in Berlin, Germany
3D-printed vegetarian products that imitate prepared meat are pictured during the presentation of the Eaden Project in Berlin, Germany, on May 22, 2025. The company, founded by David Schmelzeisen and Jan Wilmking, produces vegetarian meat using 3D-printing technologies for the German supermarket chain Rewe. (Photo by Emmanuele Contini/NurPhoto) -
DUKAS_188145979_NUR
Project Eaden presented in Berlin, Germany
3D-printed vegetarian products that imitate prepared meat are pictured during the presentation of the Eaden Project in Berlin, Germany, on May 22, 2025. The company, founded by David Schmelzeisen and Jan Wilmking, produces vegetarian meat using 3D-printing technologies for the German supermarket chain Rewe. (Photo by Emmanuele Contini/NurPhoto) -
DUKAS_188145977_NUR
Project Eaden presented in Berlin, Germany
3D-printed vegetarian products that imitate prepared meat are pictured during the presentation of the Eaden Project in Berlin, Germany, on May 22, 2025. The company, founded by David Schmelzeisen and Jan Wilmking, produces vegetarian meat using 3D-printing technologies for the German supermarket chain Rewe. (Photo by Emmanuele Contini/NurPhoto) -
DUKAS_188145975_NUR
Project Eaden presented in Berlin, Germany
3D-printed vegetarian products that imitate prepared meat are pictured during the presentation of the Eaden Project in Berlin, Germany, on May 22, 2025. The company, founded by David Schmelzeisen and Jan Wilmking, produces vegetarian meat using 3D-printing technologies for the German supermarket chain Rewe. (Photo by Emmanuele Contini/NurPhoto) -
