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CHLFLO_007198
Sheila avec Bourvil, Becaud et Adamo
Sheila avec Bourvil, Becaud et Adamo
1970.
COLLECTION CHRISTOPHEL © LECOEUVRE PHOTOTHEQUE
COLLECTION CHRISTOPHEL -
CHLINT_014190
Jean Vuarnet position de l oeuf
Jean Vuarnet position de l oeuf
Jean Vuarnet est un skieur alpin, directeur sportif et homme d’affaires français, né le 18 janvier 1933 au Bardo et mort le 1ᵉʳ janvier 2017 à Sallanches
COLLECTION CHRISTOPHEL
COLLECTION CHRISTOPHEL -
DUKAS_187227184_FER
AI exoskeleton from the knees
Ferrari Press Agency
Knee 1
Ref 17017
24/07/2025
See Ferrari text
Picture MUST credit: Dnsys
A device aimed at giving people more power in their knees using AI has been unveiled.
The device called the Z1 is a powered exoskeleton for the joint.
It is said to give a 50 percent boost to the wearer's calf and thigh strength while reducing knee pressure by 200 percent.
The two 680 gram hinged joints can be mounted on each leg in just 15 seconds according to Hong Kong startup Dnsys.
A 450-watt motor in each unit then delivers force to the backs of the calf and the thigh through padded supports.
These simultaneously lifting the thigh up and forward while pushing off against the calf.
Over time, artificial intelligence algorithms learn the user's movement patterns, allowing the electrical assistance to be applied more smoothly and naturally.
The device is said to be good for everyday use, helping users move more easily and steadily when climbing stairs and standing up, making every step safer and more confident.
The AI is reportedly capable of recognising movements and switching assist modes for activities such as skiing, hiking, walking, running, cycling, jumping, squatting, sitting, and standing.
When used for hiking, the Z1 is claimed to boost endurance range by an average of 25 km.
OPS: The Dnsys Z1 knee exoskeleton.
Picture supplied by Ferrari
(FOTO: DUKAS/FERRARI PRESS) -
DUKAS_187227180_FER
AI exoskeleton from the knees
Ferrari Press Agency
Knee 1
Ref 17017
24/07/2025
See Ferrari text
Picture MUST credit: Dnsys
A device aimed at giving people more power in their knees using AI has been unveiled.
The device called the Z1 is a powered exoskeleton for the joint.
It is said to give a 50 percent boost to the wearer's calf and thigh strength while reducing knee pressure by 200 percent.
The two 680 gram hinged joints can be mounted on each leg in just 15 seconds according to Hong Kong startup Dnsys.
A 450-watt motor in each unit then delivers force to the backs of the calf and the thigh through padded supports.
These simultaneously lifting the thigh up and forward while pushing off against the calf.
Over time, artificial intelligence algorithms learn the user's movement patterns, allowing the electrical assistance to be applied more smoothly and naturally.
The device is said to be good for everyday use, helping users move more easily and steadily when climbing stairs and standing up, making every step safer and more confident.
The AI is reportedly capable of recognising movements and switching assist modes for activities such as skiing, hiking, walking, running, cycling, jumping, squatting, sitting, and standing.
When used for hiking, the Z1 is claimed to boost endurance range by an average of 25 km.
OPS: The Dnsys Z1 knee exoskeleton.
Picture supplied by Ferrari
(FOTO: DUKAS/FERRARI PRESS) -
DUKAS_187227176_FER
AI exoskeleton from the knees
Ferrari Press Agency
Knee 1
Ref 17017
24/07/2025
See Ferrari text
Picture MUST credit: Dnsys
A device aimed at giving people more power in their knees using AI has been unveiled.
The device called the Z1 is a powered exoskeleton for the joint.
It is said to give a 50 percent boost to the wearer's calf and thigh strength while reducing knee pressure by 200 percent.
The two 680 gram hinged joints can be mounted on each leg in just 15 seconds according to Hong Kong startup Dnsys.
A 450-watt motor in each unit then delivers force to the backs of the calf and the thigh through padded supports.
These simultaneously lifting the thigh up and forward while pushing off against the calf.
Over time, artificial intelligence algorithms learn the user's movement patterns, allowing the electrical assistance to be applied more smoothly and naturally.
The device is said to be good for everyday use, helping users move more easily and steadily when climbing stairs and standing up, making every step safer and more confident.
The AI is reportedly capable of recognising movements and switching assist modes for activities such as skiing, hiking, walking, running, cycling, jumping, squatting, sitting, and standing.
When used for hiking, the Z1 is claimed to boost endurance range by an average of 25 km.
OPS: The Dnsys Z1 knee exoskeleton.
Picture supplied by Ferrari
(FOTO: DUKAS/FERRARI PRESS) -
DUKAS_187227172_FER
AI exoskeleton from the knees
Ferrari Press Agency
Knee 1
Ref 17017
24/07/2025
See Ferrari text
Picture MUST credit: Dnsys
A device aimed at giving people more power in their knees using AI has been unveiled.
The device called the Z1 is a powered exoskeleton for the joint.
It is said to give a 50 percent boost to the wearer's calf and thigh strength while reducing knee pressure by 200 percent.
The two 680 gram hinged joints can be mounted on each leg in just 15 seconds according to Hong Kong startup Dnsys.
A 450-watt motor in each unit then delivers force to the backs of the calf and the thigh through padded supports.
These simultaneously lifting the thigh up and forward while pushing off against the calf.
Over time, artificial intelligence algorithms learn the user's movement patterns, allowing the electrical assistance to be applied more smoothly and naturally.
The device is said to be good for everyday use, helping users move more easily and steadily when climbing stairs and standing up, making every step safer and more confident.
The AI is reportedly capable of recognising movements and switching assist modes for activities such as skiing, hiking, walking, running, cycling, jumping, squatting, sitting, and standing.
When used for hiking, the Z1 is claimed to boost endurance range by an average of 25 km.
OPS: The Dnsys Z1 knee exoskeleton.
Picture supplied by Ferrari
(FOTO: DUKAS/FERRARI PRESS) -
DUKAS_187227168_FER
AI exoskeleton from the knees
Ferrari Press Agency
Knee 1
Ref 17017
24/07/2025
See Ferrari text
Picture MUST credit: Dnsys
A device aimed at giving people more power in their knees using AI has been unveiled.
The device called the Z1 is a powered exoskeleton for the joint.
It is said to give a 50 percent boost to the wearer's calf and thigh strength while reducing knee pressure by 200 percent.
The two 680 gram hinged joints can be mounted on each leg in just 15 seconds according to Hong Kong startup Dnsys.
A 450-watt motor in each unit then delivers force to the backs of the calf and the thigh through padded supports.
These simultaneously lifting the thigh up and forward while pushing off against the calf.
Over time, artificial intelligence algorithms learn the user's movement patterns, allowing the electrical assistance to be applied more smoothly and naturally.
The device is said to be good for everyday use, helping users move more easily and steadily when climbing stairs and standing up, making every step safer and more confident.
The AI is reportedly capable of recognising movements and switching assist modes for activities such as skiing, hiking, walking, running, cycling, jumping, squatting, sitting, and standing.
When used for hiking, the Z1 is claimed to boost endurance range by an average of 25 km.
OPS: The Dnsys Z1 knee exoskeleton.
Picture supplied by Ferrari
(FOTO: DUKAS/FERRARI PRESS) -
DUKAS_187227164_FER
AI exoskeleton from the knees
Ferrari Press Agency
Knee 1
Ref 17017
24/07/2025
See Ferrari text
Picture MUST credit: Dnsys
A device aimed at giving people more power in their knees using AI has been unveiled.
The device called the Z1 is a powered exoskeleton for the joint.
It is said to give a 50 percent boost to the wearer's calf and thigh strength while reducing knee pressure by 200 percent.
The two 680 gram hinged joints can be mounted on each leg in just 15 seconds according to Hong Kong startup Dnsys.
A 450-watt motor in each unit then delivers force to the backs of the calf and the thigh through padded supports.
These simultaneously lifting the thigh up and forward while pushing off against the calf.
Over time, artificial intelligence algorithms learn the user's movement patterns, allowing the electrical assistance to be applied more smoothly and naturally.
The device is said to be good for everyday use, helping users move more easily and steadily when climbing stairs and standing up, making every step safer and more confident.
The AI is reportedly capable of recognising movements and switching assist modes for activities such as skiing, hiking, walking, running, cycling, jumping, squatting, sitting, and standing.
When used for hiking, the Z1 is claimed to boost endurance range by an average of 25 km.
OPS: The Dnsys Z1 knee exoskeleton.
Picture supplied by Ferrari
(FOTO: DUKAS/FERRARI PRESS) -
DUKAS_187227160_FER
AI exoskeleton from the knees
Ferrari Press Agency
Knee 1
Ref 17017
24/07/2025
See Ferrari text
Picture MUST credit: Dnsys
A device aimed at giving people more power in their knees using AI has been unveiled.
The device called the Z1 is a powered exoskeleton for the joint.
It is said to give a 50 percent boost to the wearer's calf and thigh strength while reducing knee pressure by 200 percent.
The two 680 gram hinged joints can be mounted on each leg in just 15 seconds according to Hong Kong startup Dnsys.
A 450-watt motor in each unit then delivers force to the backs of the calf and the thigh through padded supports.
These simultaneously lifting the thigh up and forward while pushing off against the calf.
Over time, artificial intelligence algorithms learn the user's movement patterns, allowing the electrical assistance to be applied more smoothly and naturally.
The device is said to be good for everyday use, helping users move more easily and steadily when climbing stairs and standing up, making every step safer and more confident.
The AI is reportedly capable of recognising movements and switching assist modes for activities such as skiing, hiking, walking, running, cycling, jumping, squatting, sitting, and standing.
When used for hiking, the Z1 is claimed to boost endurance range by an average of 25 km.
OPS: The Dnsys Z1 knee exoskeleton.
Picture supplied by Ferrari
(FOTO: DUKAS/FERRARI PRESS) -
DUKAS_187227132_FER
AI exoskeleton from the knees
Ferrari Press Agency
Knee 1
Ref 17017
24/07/2025
See Ferrari text
Picture MUST credit: Dnsys
A device aimed at giving people more power in their knees using AI has been unveiled.
The device called the Z1 is a powered exoskeleton for the joint.
It is said to give a 50 percent boost to the wearer's calf and thigh strength while reducing knee pressure by 200 percent.
The two 680 gram hinged joints can be mounted on each leg in just 15 seconds according to Hong Kong startup Dnsys.
A 450-watt motor in each unit then delivers force to the backs of the calf and the thigh through padded supports.
These simultaneously lifting the thigh up and forward while pushing off against the calf.
Over time, artificial intelligence algorithms learn the user's movement patterns, allowing the electrical assistance to be applied more smoothly and naturally.
The device is said to be good for everyday use, helping users move more easily and steadily when climbing stairs and standing up, making every step safer and more confident.
The AI is reportedly capable of recognising movements and switching assist modes for activities such as skiing, hiking, walking, running, cycling, jumping, squatting, sitting, and standing.
When used for hiking, the Z1 is claimed to boost endurance range by an average of 25 km.
OPS: The Dnsys Z1 knee exoskeleton.
Picture supplied by Ferrari
(FOTO: DUKAS/FERRARI PRESS) -
DUKAS_187227126_FER
AI exoskeleton from the knees
Ferrari Press Agency
Knee 1
Ref 17017
24/07/2025
See Ferrari text
Picture MUST credit: Dnsys
A device aimed at giving people more power in their knees using AI has been unveiled.
The device called the Z1 is a powered exoskeleton for the joint.
It is said to give a 50 percent boost to the wearer's calf and thigh strength while reducing knee pressure by 200 percent.
The two 680 gram hinged joints can be mounted on each leg in just 15 seconds according to Hong Kong startup Dnsys.
A 450-watt motor in each unit then delivers force to the backs of the calf and the thigh through padded supports.
These simultaneously lifting the thigh up and forward while pushing off against the calf.
Over time, artificial intelligence algorithms learn the user's movement patterns, allowing the electrical assistance to be applied more smoothly and naturally.
The device is said to be good for everyday use, helping users move more easily and steadily when climbing stairs and standing up, making every step safer and more confident.
The AI is reportedly capable of recognising movements and switching assist modes for activities such as skiing, hiking, walking, running, cycling, jumping, squatting, sitting, and standing.
When used for hiking, the Z1 is claimed to boost endurance range by an average of 25 km.
OPS: The Dnsys Z1 knee exoskeleton.
Picture supplied by Ferrari
(FOTO: DUKAS/FERRARI PRESS) -
DUKAS_187227121_FER
AI exoskeleton from the knees
Ferrari Press Agency
Knee 1
Ref 17017
24/07/2025
See Ferrari text
Picture MUST credit: Dnsys
A device aimed at giving people more power in their knees using AI has been unveiled.
The device called the Z1 is a powered exoskeleton for the joint.
It is said to give a 50 percent boost to the wearer's calf and thigh strength while reducing knee pressure by 200 percent.
The two 680 gram hinged joints can be mounted on each leg in just 15 seconds according to Hong Kong startup Dnsys.
A 450-watt motor in each unit then delivers force to the backs of the calf and the thigh through padded supports.
These simultaneously lifting the thigh up and forward while pushing off against the calf.
Over time, artificial intelligence algorithms learn the user's movement patterns, allowing the electrical assistance to be applied more smoothly and naturally.
The device is said to be good for everyday use, helping users move more easily and steadily when climbing stairs and standing up, making every step safer and more confident.
The AI is reportedly capable of recognising movements and switching assist modes for activities such as skiing, hiking, walking, running, cycling, jumping, squatting, sitting, and standing.
When used for hiking, the Z1 is claimed to boost endurance range by an average of 25 km.
OPS: The Dnsys Z1 knee exoskeleton.
Picture supplied by Ferrari
(FOTO: DUKAS/FERRARI PRESS) -
DUKAS_187227115_FER
AI exoskeleton from the knees
Ferrari Press Agency
Knee 1
Ref 17017
24/07/2025
See Ferrari text
Picture MUST credit: Dnsys
A device aimed at giving people more power in their knees using AI has been unveiled.
The device called the Z1 is a powered exoskeleton for the joint.
It is said to give a 50 percent boost to the wearer's calf and thigh strength while reducing knee pressure by 200 percent.
The two 680 gram hinged joints can be mounted on each leg in just 15 seconds according to Hong Kong startup Dnsys.
A 450-watt motor in each unit then delivers force to the backs of the calf and the thigh through padded supports.
These simultaneously lifting the thigh up and forward while pushing off against the calf.
Over time, artificial intelligence algorithms learn the user's movement patterns, allowing the electrical assistance to be applied more smoothly and naturally.
The device is said to be good for everyday use, helping users move more easily and steadily when climbing stairs and standing up, making every step safer and more confident.
The AI is reportedly capable of recognising movements and switching assist modes for activities such as skiing, hiking, walking, running, cycling, jumping, squatting, sitting, and standing.
When used for hiking, the Z1 is claimed to boost endurance range by an average of 25 km.
OPS: The Dnsys Z1 knee exoskeleton.
Picture supplied by Ferrari
(FOTO: DUKAS/FERRARI PRESS) -
DUKAS_187227111_FER
AI exoskeleton from the knees
Ferrari Press Agency
Knee 1
Ref 17017
24/07/2025
See Ferrari text
Picture MUST credit: Dnsys
A device aimed at giving people more power in their knees using AI has been unveiled.
The device called the Z1 is a powered exoskeleton for the joint.
It is said to give a 50 percent boost to the wearer's calf and thigh strength while reducing knee pressure by 200 percent.
The two 680 gram hinged joints can be mounted on each leg in just 15 seconds according to Hong Kong startup Dnsys.
A 450-watt motor in each unit then delivers force to the backs of the calf and the thigh through padded supports.
These simultaneously lifting the thigh up and forward while pushing off against the calf.
Over time, artificial intelligence algorithms learn the user's movement patterns, allowing the electrical assistance to be applied more smoothly and naturally.
The device is said to be good for everyday use, helping users move more easily and steadily when climbing stairs and standing up, making every step safer and more confident.
The AI is reportedly capable of recognising movements and switching assist modes for activities such as skiing, hiking, walking, running, cycling, jumping, squatting, sitting, and standing.
When used for hiking, the Z1 is claimed to boost endurance range by an average of 25 km.
OPS: The Dnsys Z1 knee exoskeleton.
Picture supplied by Ferrari
(FOTO: DUKAS/FERRARI PRESS) -
DUKAS_186823126_NUR
Argentina Whale
A drone view shows a dead juvenile humpback whale on the shores of the Rio de la Plata river in Buenos Aires, Argentina, on July 9, 2025. (Photo by Matias Baglietto/NurPhoto) -
DUKAS_186823124_NUR
Argentina Whale
A drone view shows a dead juvenile humpback whale on the shores of the Rio de la Plata river in Buenos Aires, Argentina, on July 9, 2025. (Photo by Matias Baglietto/NurPhoto) -
DUKAS_186823123_NUR
Argentina Whale
A drone view shows a dead juvenile humpback whale on the shores of the Rio de la Plata river in Buenos Aires, Argentina, on July 9, 2025. (Photo by Matias Baglietto/NurPhoto) -
DUKAS_186823117_NUR
Argentina Whale
A drone view shows a dead juvenile humpback whale on the shores of the Rio de la Plata river in Buenos Aires, Argentina, on July 9, 2025. (Photo by Matias Baglietto/NurPhoto) -
DUKAS_186823116_NUR
Argentina Whale
A drone view shows a dead juvenile humpback whale on the shores of the Rio de la Plata river in Buenos Aires, Argentina, on July 9, 2025. (Photo by Matias Baglietto/NurPhoto) -
DUKAS_186823114_NUR
Argentina Whale
A drone view shows a dead juvenile humpback whale on the shores of the Rio de la Plata river in Buenos Aires, Argentina, on July 9, 2025. (Photo by Matias Baglietto/NurPhoto) -
DUKAS_186823100_NUR
Argentina Whale
A drone view shows a dead juvenile humpback whale on the shores of the Rio de la Plata river in Buenos Aires, Argentina, on July 9, 2025. (Photo by Matias Baglietto/NurPhoto) -
DUKAS_179882503_BES
Illustration de la station de ski de l'Alpe d'Huez
Des skieurs descendent une piste de ski à l’Alpe d’Huez le 18/01/2025. Photo Sandrine Thesillat / PsNewz
Sandrine Thesillat / PsnewZ / Bestimage -
DUKAS_179882498_BES
Illustration de la station de ski de l'Alpe d'Huez
Des skieurs descendent une piste de ski depuis le pic du loup à l’Alpe d’Huez le 18/01/2025. Photo Sandrine Thesillat / PsNewz
Sandrine Thesillat / PsnewZ / Bestimage -
DUKAS_179882486_BES
Illustration de la station de ski de l'Alpe d'Huez
La piste bleue du couloir à l’Alpe d’Huez le 18/01/2025. Photo Sandrine Thesillat / PsNewz
Sandrine Thesillat / PsnewZ / Bestimage -
DUKAS_179882485_BES
Illustration de la station de ski de l'Alpe d'Huez
Une piste de ski ensoileillée avec un grand ciel bleu à l’Alpe d’Huez le 18/01/2025. Photo Sandrine Thesillat / PsNewz
Sandrine Thesillat / PsnewZ / Bestimage -
DUKAS_179882480_BES
Illustration de la station de ski de l'Alpe d'Huez
Le télécabine qui permet d'accèder au pic blanc à 3300 mètres d'altitude à l’Alpe d’Huez le 18/01/2025. Photo Sandrine Thesillat / PsNewz
Sandrine Thesillat / PsnewZ / Bestimage -
DUKAS_179882468_BES
Illustration de la station de ski de l'Alpe d'Huez
Des skieurs descendent une piste de ski depuis le pic du loup à l’Alpe d’Huez le 18/01/2025. Photo Sandrine Thesillat / PsNewz
Sandrine Thesillat / PsnewZ / Bestimage -
DUK10158118_012
SPORT - Ski alpin: Marco Odermatt feiert 2. Platz bei der Abfahrt von Bormio
Mandatory Credit: Photo by Sergio Bisi/IPA Sport/ipa-agency.net/Shutterstock (14276851ag)
Alpine Skiing - Fis Wc 2023-2024 Men'S World Cup Dh Bormio, Lombardia, Italy 2023-12-28 - Thursday Image Shows: Odermatt Marco (Sui) Second Classified - Sarrazin Cyprien (Fra) First Classified
Alpine Ski Race - Audi Fis Ski World Cup - Men'S Downhill, Bormio, Italy - 28 Dec 2023
(c) Dukas -
DUK10158118_011
SPORT - Ski alpin: Marco Odermatt feiert 2. Platz bei der Abfahrt von Bormio
Mandatory Credit: Photo by Giorgio Panacci/IPA Sport/ipa-agency.net/Shutterstock (14276941d)
Marco Odermatt (Sui) Second Place, Cyprien Sarrazin (Fra) First Place And Cameron Alexander (Can) Third Place Of The Audi Fis Alpine Ski World Cup, Menâ??S Downhill Race On Bormio, December 28, 2023, Valtellina, Italy. During Audi Fis Ski World Cup - Men'S Downhill, Alpine Ski Race In Bormio, Italy, December 28 2023
Alpine Ski Race - Audi Fis Ski World Cup - Men'S Downhill, Bormio, Italy - 28 Dec 2023
(c) Dukas -
DUK10158118_010
SPORT - Ski alpin: Marco Odermatt feiert 2. Platz bei der Abfahrt von Bormio
Mandatory Credit: Photo by Giorgio Panacci/IPA Sport/ipa-agency.net/Shutterstock (14276941af)
Marco Odermatt (Sui) Second Place, Cyprien Sarrazin (Fra) First Place And Cameron Alexander (Can) Third Place Of The Audi Fis Alpine Ski World Cup, Menâ??S Downhill Race On Bormio, December 28, 2023, Valtellina, Italy. During Audi Fis Ski World Cup - Men'S Downhill, Alpine Ski Race In Bormio, Italy, December 28 2023
Alpine Ski Race - Audi Fis Ski World Cup - Men'S Downhill, Bormio, Italy - 28 Dec 2023
(c) Dukas -
DUK10158118_009
SPORT - Ski alpin: Marco Odermatt feiert 2. Platz bei der Abfahrt von Bormio
Mandatory Credit: Photo by Giorgio Panacci/IPA Sport/ipa-agency.net/Shutterstock (14276941k)
Marco Odermatt (Sui) Second Place Of The Audi Fis Alpine Ski World Cup, Menâ??S Downhill Race On Bormio, December 28, 2023, Valtellina, Italy. During Audi Fis Ski World Cup - Men'S Downhill, Alpine Ski Race In Bormio, Italy, December 28 2023
Alpine Ski Race - Audi Fis Ski World Cup - Men'S Downhill, Bormio, Italy - 28 Dec 2023
(c) Dukas -
DUK10158118_008
SPORT - Ski alpin: Marco Odermatt feiert 2. Platz bei der Abfahrt von Bormio
Mandatory Credit: Photo by Sergio Bisi/IPA Sport/ipa-agency.net/Shutterstock (14276851h)
Alpine Skiing - Fis Wc 2023-2024
Men'S World Cup Dh
Bormio, Lombardia, Italy
2023-12-28 - Thursday
Image Shows: Odermatt Marco (Sui) Second Classified
Alpine Ski Race - Audi Fis Ski World Cup - Men'S Downhill, Bormio, Italy - 28 Dec 2023
(c) Dukas -
DUK10158118_007
SPORT - Ski alpin: Marco Odermatt feiert 2. Platz bei der Abfahrt von Bormio
Mandatory Credit: Photo by Sergio Bisi/IPA Sport/ipa-agency.net/Shutterstock (14276851j)
Alpine Skiing - Fis Wc 2023-2024
Men'S World Cup Dh
Bormio, Lombardia, Italy
2023-12-28 - Thursday
Image Shows: Odermatt Marco (Sui) Second Classified
Alpine Ski Race - Audi Fis Ski World Cup - Men'S Downhill, Bormio, Italy - 28 Dec 2023
(c) Dukas -
DUK10158118_006
SPORT - Ski alpin: Marco Odermatt feiert 2. Platz bei der Abfahrt von Bormio
Mandatory Credit: Photo by Sergio Bisi/IPA Sport/ipa-agency.net/Shutterstock (14276851u)
Alpine Skiing - Fis Wc 2023-2024
Men'S World Cup Dh
Bormio, Lombardia, Italy
2023-12-28 - Thursday
Image Shows: Odermatt Marco (Sui) Second Classified
Alpine Ski Race - Audi Fis Ski World Cup - Men'S Downhill, Bormio, Italy - 28 Dec 2023
(c) Dukas -
DUK10158118_005
SPORT - Ski alpin: Marco Odermatt feiert 2. Platz bei der Abfahrt von Bormio
Mandatory Credit: Photo by Sergio Bisi/IPA Sport/ipa-agency.net/Shutterstock (14276851m)
Alpine Skiing - Fis Wc 2023-2024
Men'S World Cup Dh
Bormio, Lombardia, Italy
2023-12-28 - Thursday
Image Shows: Odermatt Marco (Sui) Second Classified - Sarrazin Cyprien (Fra) First Classified - Alexander Cameron (Can) 3rd Classified
Alpine Ski Race - Audi Fis Ski World Cup - Men'S Downhill, Bormio, Italy - 28 Dec 2023
(c) Dukas -
DUK10158118_004
SPORT - Ski alpin: Marco Odermatt feiert 2. Platz bei der Abfahrt von Bormio
Mandatory Credit: Photo by Sergio Bisi/IPA Sport/ipa-agency.net/Shutterstock (14276851p)
Alpine Skiing - Fis Wc 2023-2024
Men'S World Cup Dh
Bormio, Lombardia, Italy
2023-12-28 - Thursday
Image Shows: Odermatt Marco (Sui) Second Classified
Alpine Ski Race - Audi Fis Ski World Cup - Men'S Downhill, Bormio, Italy - 28 Dec 2023
(c) Dukas -
DUK10158118_003
SPORT - Ski alpin: Marco Odermatt feiert 2. Platz bei der Abfahrt von Bormio
Mandatory Credit: Photo by Sergio Bisi/IPA Sport/ipa-agency.net/Shutterstock (14276851ad)
Alpine Skiing - Fis Wc 2023-2024
Men'S World Cup Dh
Bormio, Lombardia, Italy
2023-12-28 - Thursday
Image Shows: Odermatt Marco (Sui) Second Classified
Alpine Ski Race - Audi Fis Ski World Cup - Men'S Downhill, Bormio, Italy - 28 Dec 2023
(c) Dukas -
DUK10158118_002
SPORT - Ski alpin: Marco Odermatt feiert 2. Platz bei der Abfahrt von Bormio
Mandatory Credit: Photo by Sergio Bisi/IPA Sport/ipa-agency.net/Shutterstock (14276851ab)
Alpine Skiing - Fis Wc 2023-2024
Men'S World Cup Dh
Bormio, Lombardia, Italy
2023-12-28 - Thursday
Image Shows: Odermatt Marco (Sui) Second Classified - Sarrazin Cyprien (Fra) First Classified - Alexander Cameron (Can) 3rd Classified
Alpine Ski Race - Audi Fis Ski World Cup - Men'S Downhill, Bormio, Italy - 28 Dec 2023
(c) Dukas -
DUK10158118_001
SPORT - Ski alpin: Marco Odermatt feiert 2. Platz bei der Abfahrt von Bormio
Mandatory Credit: Photo by Sergio Bisi/IPA Sport/ipa-agency.net/Shutterstock (14276851x)
Alpine Skiing - Fis Wc 2023-2024
Men'S World Cup Dh
Bormio, Lombardia, Italy
2023-12-28 - Thursday
Image Shows: Odermatt Marco (Sui) Second Classified - Alexander Cameron (Can) 3rd Classified
Alpine Ski Race - Audi Fis Ski World Cup - Men'S Downhill, Bormio, Italy - 28 Dec 2023
(c) Dukas -
DUK10158045_006
PEOPLE - Isabelle Huppert am Les Arcs Film Festival 2023 in Bourg Saint Maurice in den französischen Alpen
Les Arcs Film Festival 2023 . Isabelle Huppert attending the 20th Les Arcs Film Festival 2023 in Bourg Saint Maurice, Les Arcs 1950 in the french Alps, France on December 20.2023.
300070 2023-12-20
(c) Dukas -
DUK10158045_005
PEOPLE - Isabelle Huppert am Les Arcs Film Festival 2023 in Bourg Saint Maurice in den französischen Alpen
Les Arcs Film Festival 2023 . Isabelle Huppert attending the 20th Les Arcs Film Festival 2023 in Bourg Saint Maurice, Les Arcs 1950 in the french Alps, France on December 20.2023.
300070 2023-12-20
(c) Dukas -
DUK10158045_004
PEOPLE - Isabelle Huppert am Les Arcs Film Festival 2023 in Bourg Saint Maurice in den französischen Alpen
Les Arcs Film Festival 2023 . Isabelle Huppert attending the 20th Les Arcs Film Festival 2023 in Bourg Saint Maurice, Les Arcs 1950 in the french Alps, France on December 20.2023.
300070 2023-12-20
(c) Dukas -
DUK10158045_003
PEOPLE - Isabelle Huppert am Les Arcs Film Festival 2023 in Bourg Saint Maurice in den französischen Alpen
Les Arcs Film Festival 2023 . Isabelle Huppert attending the 20th Les Arcs Film Festival 2023 in Bourg Saint Maurice, Les Arcs 1950 in the french Alps, France on December 20.2023.
300070 2023-12-20
(c) Dukas -
DUK10158045_002
PEOPLE - Isabelle Huppert am Les Arcs Film Festival 2023 in Bourg Saint Maurice in den französischen Alpen
Les Arcs Film Festival 2023 . Gregory Montel attending the 20th Les Arcs Film Festival 2023 in Bourg Saint Maurice, Les Arcs 1950 in the french Alps, France on December 20.2023.
300070 2023-12-20
(c) Dukas -
DUK10158045_001
PEOPLE - Isabelle Huppert am Les Arcs Film Festival 2023 in Bourg Saint Maurice in den französischen Alpen
Les Arcs Film Festival 2023 . Isabelle Huppert attending the 20th Les Arcs Film Festival 2023 in Bourg Saint Maurice, Les Arcs 1950 in the french Alps, France on December 20.2023.
300070 2023-12-20
(c) Dukas -
DUK10156021_002
NEWS - Die Schweizer PC-7-Kunstflugstaffel am Himmel beim Finale der Swiss Open Gstaad
July 23, 2023, Gstaad, Bern, Switzerland: Gstaad Switzerland, 07/23/2023: The Swiss Pc-7 team perform during final of EFG Swiss Open Gstaad-ATP 250 between Pedro Cachin of Argentina and Albert Ramos-Vinolas of Spain. EFG Swiss Open Gstaad-ATP 250 took place in Roy Emerson Arena which is located in the famous ski resort of Gstaad and which is located in the Bernese Oberland. (Credit Image: © Eric Dubost/ZUMA Press Wire (FOTO: DUKAS/ZUMA)
(c) Dukas -
DUK10156021_013
NEWS - Die Schweizer PC-7-Kunstflugstaffel am Himmel beim Finale der Swiss Open Gstaad
July 23, 2023, Gstaad, Bern, Switzerland: Gstaad Switzerland, 07/23/2023: The Swiss Pc-7 team perform during final of EFG Swiss Open Gstaad-ATP 250 between Pedro Cachin of Argentina and Albert Ramos-Vinolas of Spain. EFG Swiss Open Gstaad-ATP 250 took place in Roy Emerson Arena which is located in the famous ski resort of Gstaad and which is located in the Bernese Oberland. (Credit Image: © Eric Dubost/ZUMA Press Wire (FOTO: DUKAS/ZUMA)
(c) Dukas -
DUK10156021_012
NEWS - Die Schweizer PC-7-Kunstflugstaffel am Himmel beim Finale der Swiss Open Gstaad
July 23, 2023, Gstaad, Bern, Switzerland: Gstaad Switzerland, 07/23/2023: The Swiss Pc-7 team perform during final of EFG Swiss Open Gstaad-ATP 250 between Pedro Cachin of Argentina and Albert Ramos-Vinolas of Spain. EFG Swiss Open Gstaad-ATP 250 took place in Roy Emerson Arena which is located in the famous ski resort of Gstaad and which is located in the Bernese Oberland. (Credit Image: © Eric Dubost/ZUMA Press Wire (FOTO: DUKAS/ZUMA)
(c) Dukas -
DUK10156021_009
NEWS - Die Schweizer PC-7-Kunstflugstaffel am Himmel beim Finale der Swiss Open Gstaad
July 23, 2023, Gstaad, Bern, Switzerland: Gstaad Switzerland, 07/23/2023: The Swiss Pc-7 team perform during final of EFG Swiss Open Gstaad-ATP 250 between Pedro Cachin of Argentina and Albert Ramos-Vinolas of Spain. EFG Swiss Open Gstaad-ATP 250 took place in Roy Emerson Arena which is located in the famous ski resort of Gstaad and which is located in the Bernese Oberland. (Credit Image: © Eric Dubost/ZUMA Press Wire (FOTO: DUKAS/ZUMA)
(c) Dukas -
DUK10156021_007
NEWS - Die Schweizer PC-7-Kunstflugstaffel am Himmel beim Finale der Swiss Open Gstaad
July 23, 2023, Gstaad, Bern, Switzerland: Gstaad Switzerland, 07/23/2023: The Swiss Pc-7 team perform during final of EFG Swiss Open Gstaad-ATP 250 between Pedro Cachin of Argentina and Albert Ramos-Vinolas of Spain. EFG Swiss Open Gstaad-ATP 250 took place in Roy Emerson Arena which is located in the famous ski resort of Gstaad and which is located in the Bernese Oberland. (Credit Image: © Eric Dubost/ZUMA Press Wire (FOTO: DUKAS/ZUMA)
(c) Dukas -
