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DUKAS_190596972_NUR
Aircraft At Eindhoven Airport
Boeing 737 MAX 8 passenger aircraft of the low cost airline carrier Ryanair is flying and landing at Eindhoven Airport EIN. The Boeing 737-8200 MAX airplane has the registration tail number EI-HEN and is powered by 2x CFMI jet engines. Ryanair is an Irish ultra low cost airline with headquarters in Dublin, Ireland, subsidiaries as Ryanair DAC, Malta Air, Buzz, Lauda Europe and Ryanair UK, operating a fleet of 624 planes, serving more than 235 flight destinations. Eindhoven, the Netherlands on October 29, 2025 (Photo by Nicolas Economou/NurPhoto) -
DUKAS_190596961_NUR
Aircraft At Eindhoven Airport
Boeing 737 MAX 8 passenger aircraft of the low cost airline carrier Ryanair is flying and landing at Eindhoven Airport EIN. The Boeing 737-8200 MAX airplane has the registration tail number EI-HEN and is powered by 2x CFMI jet engines. Ryanair is an Irish ultra low cost airline with headquarters in Dublin, Ireland, subsidiaries as Ryanair DAC, Malta Air, Buzz, Lauda Europe and Ryanair UK, operating a fleet of 624 planes, serving more than 235 flight destinations. Eindhoven, the Netherlands on October 29, 2025 (Photo by Nicolas Economou/NurPhoto) -
DUKAS_190596996_NUR
Aircraft At Eindhoven Airport
Boeing 737 MAX 8 passenger aircraft of the low cost airline carrier Ryanair is flying and landing at Eindhoven Airport EIN. The Boeing 737-8200 MAX airplane has the registration tail number EI-HEN and is powered by 2x CFMI jet engines. Ryanair is an Irish ultra low cost airline with headquarters in Dublin, Ireland, subsidiaries as Ryanair DAC, Malta Air, Buzz, Lauda Europe and Ryanair UK, operating a fleet of 624 planes, serving more than 235 flight destinations. Eindhoven, the Netherlands on October 29, 2025 (Photo by Nicolas Economou/NurPhoto) -
DUK10141190_016
FEATURE - Fahrrad mit luftlosen Reifen, die für die Mond- und Mars-Rover-Missionen entwickelt wurden
Ferrari Press Agency
Tyres1
Ref 12749
18/03/2021
See Ferrari text
Pictures must credit: Smart Tire Company
Airless bike tyres using technology developed by US space agency NASA for its Mars and Moon rover missions, are coming to bicycles.The tyres use shape memory alloy technology.They will be used in a cutting edge, eco-friendly bicycle tire called METLTM. The tyres are made from advanced, lightweight alloy creating a tire that is elastic like rubber yet strong like titanium.They keep their shape without ever going flat. The tyres have the ability to undergo phase transitions at the molecular level under strain and can take thirty times the strain of ordinary steel. They are also eco-friendly, using long-lasting materials that reduce the use of rubber. The tyres are described as premier high-tech component for the modern cyclist with road, gravel, mountain and e-bike applications.The METLTM bike , which will use the technology, is to be built by US firm the Smart Tire Company.
OPS: The MELTM bike protype with NiTinol+ airless tyres
Picture supplied by Ferrari (FOTO: DUKAS/FERRARI PRESS)
(c) Dukas -
DUK10141190_015
FEATURE - Fahrrad mit luftlosen Reifen, die für die Mond- und Mars-Rover-Missionen entwickelt wurden
Ferrari Press Agency
Tyres1
Ref 12749
18/03/2021
See Ferrari text
Pictures must credit: NASA
Airless bike tyres using technology developed by US space agency NASA for its Mars and Moon rover missions, are coming to bicycles.The tyres use shape memory alloy technology.They will be used in a cutting edge, eco-friendly bicycle tire called METLTM. The tyres are made from advanced, lightweight alloy creating a tire that is elastic like rubber yet strong like titanium.They keep their shape without ever going flat. The tyres have the ability to undergo phase transitions at the molecular level under strain and can take thirty times the strain of ordinary steel. They are also eco-friendly, using long-lasting materials that reduce the use of rubber. The tyres are described as premier high-tech component for the modern cyclist with road, gravel, mountain and e-bike applications.The METLTM bike , which will use the technology, is to be built by US firm the Smart Tire Company.
OPS: The NiTinol+ airless tyre under testing by NASA for Moon and Mars rover missions. The tyres is able to negotiate rocky obstacles and still retain its shape.
Picture supplied by Ferrari
(FOTO: DUKAS/FERRARI PRESS)
(c) Dukas -
DUK10141190_014
FEATURE - Fahrrad mit luftlosen Reifen, die für die Mond- und Mars-Rover-Missionen entwickelt wurden
Ferrari Press Agency
Tyres1
Ref 12749
18/03/2021
See Ferrari text
Pictures must credit: NASA
Airless bike tyres using technology developed by US space agency NASA for its Mars and Moon rover missions, are coming to bicycles.The tyres use shape memory alloy technology.They will be used in a cutting edge, eco-friendly bicycle tire called METLTM. The tyres are made from advanced, lightweight alloy creating a tire that is elastic like rubber yet strong like titanium.They keep their shape without ever going flat. The tyres have the ability to undergo phase transitions at the molecular level under strain and can take thirty times the strain of ordinary steel. They are also eco-friendly, using long-lasting materials that reduce the use of rubber. The tyres are described as premier high-tech component for the modern cyclist with road, gravel, mountain and e-bike applications.The METLTM bike , which will use the technology, is to be built by US firm the Smart Tire Company.
OPS: The NiTinol+ airless tyre under testing by NASA for Moon and Mars rover missions. The tyres is able to negotiate rocky obstacles and still retain its shape.
Picture supplied by Ferrari
(FOTO: DUKAS/FERRARI PRESS)
(c) Dukas -
DUK10141190_013
FEATURE - Fahrrad mit luftlosen Reifen, die für die Mond- und Mars-Rover-Missionen entwickelt wurden
Ferrari Press Agency
Tyres1
Ref 12749
18/03/2021
See Ferrari text
Pictures must credit: NASA
Airless bike tyres using technology developed by US space agency NASA for its Mars and Moon rover missions, are coming to bicycles.The tyres use shape memory alloy technology.They will be used in a cutting edge, eco-friendly bicycle tire called METLTM. The tyres are made from advanced, lightweight alloy creating a tire that is elastic like rubber yet strong like titanium.They keep their shape without ever going flat. The tyres have the ability to undergo phase transitions at the molecular level under strain and can take thirty times the strain of ordinary steel. They are also eco-friendly, using long-lasting materials that reduce the use of rubber. The tyres are described as premier high-tech component for the modern cyclist with road, gravel, mountain and e-bike applications.The METLTM bike , which will use the technology, is to be built by US firm the Smart Tire Company.
OPS: The NiTinol+ airless tyre under testing by NASA for Moon and Mars rover missions on a car
Picture supplied by Ferrari
(FOTO: DUKAS/FERRARI PRESS)
(c) Dukas -
DUK10141190_012
FEATURE - Fahrrad mit luftlosen Reifen, die für die Mond- und Mars-Rover-Missionen entwickelt wurden
Ferrari Press Agency
Tyres1
Ref 12749
18/03/2021
See Ferrari text
Pictures must credit: NASA
Airless bike tyres using technology developed by US space agency NASA for its Mars and Moon rover missions, are coming to bicycles.The tyres use shape memory alloy technology.They will be used in a cutting edge, eco-friendly bicycle tire called METLTM. The tyres are made from advanced, lightweight alloy creating a tire that is elastic like rubber yet strong like titanium.They keep their shape without ever going flat. The tyres have the ability to undergo phase transitions at the molecular level under strain and can take thirty times the strain of ordinary steel. They are also eco-friendly, using long-lasting materials that reduce the use of rubber. The tyres are described as premier high-tech component for the modern cyclist with road, gravel, mountain and e-bike applications.The METLTM bike , which will use the technology, is to be built by US firm the Smart Tire Company.
OPS: A strand of alloy used in the NiTinol+ airless tyre
Picture supplied by Ferrari
(FOTO: DUKAS/FERRARI PRESS)
(c) Dukas -
DUK10141190_011
FEATURE - Fahrrad mit luftlosen Reifen, die für die Mond- und Mars-Rover-Missionen entwickelt wurden
Ferrari Press Agency
Tyres1
Ref 12749
18/03/2021
See Ferrari text
Pictures must credit: NASA
Airless bike tyres using technology developed by US space agency NASA for its Mars and Moon rover missions, are coming to bicycles.The tyres use shape memory alloy technology.They will be used in a cutting edge, eco-friendly bicycle tire called METLTM. The tyres are made from advanced, lightweight alloy creating a tire that is elastic like rubber yet strong like titanium.They keep their shape without ever going flat. The tyres have the ability to undergo phase transitions at the molecular level under strain and can take thirty times the strain of ordinary steel. They are also eco-friendly, using long-lasting materials that reduce the use of rubber. The tyres are described as premier high-tech component for the modern cyclist with road, gravel, mountain and e-bike applications.The METLTM bike , which will use the technology, is to be built by US firm the Smart Tire Company.
OPS: The NiTinol+ airless tyre under testing by NASA for Moon and Mars rover missions. The tyres is able to negotiate rocky obstacles and still retain its shape.
Picture supplied by Ferrari
(FOTO: DUKAS/FERRARI PRESS)
(c) Dukas -
DUK10141190_010
FEATURE - Fahrrad mit luftlosen Reifen, die für die Mond- und Mars-Rover-Missionen entwickelt wurden
Ferrari Press Agency
Tyres1
Ref 12749
18/03/2021
See Ferrari text
Pictures must credit: Smart Tire Company
Airless bike tyres using technology developed by US space agency NASA for its Mars and Moon rover missions, are coming to bicycles.The tyres use shape memory alloy technology.They will be used in a cutting edge, eco-friendly bicycle tire called METLTM. The tyres are made from advanced, lightweight alloy creating a tire that is elastic like rubber yet strong like titanium.They keep their shape without ever going flat. The tyres have the ability to undergo phase transitions at the molecular level under strain and can take thirty times the strain of ordinary steel. They are also eco-friendly, using long-lasting materials that reduce the use of rubber. The tyres are described as premier high-tech component for the modern cyclist with road, gravel, mountain and e-bike applications.The METLTM bike , which will use the technology, is to be built by US firm the Smart Tire Company.
OPS: The MELTM bike protype with NiTinol+ airless tyres
Picture supplied by Ferrari (FOTO: DUKAS/FERRARI PRESS)
(c) Dukas -
DUK10141190_009
FEATURE - Fahrrad mit luftlosen Reifen, die für die Mond- und Mars-Rover-Missionen entwickelt wurden
Ferrari Press Agency
Tyres1
Ref 12749
18/03/2021
See Ferrari text
Pictures must credit: Smart Tire Company
Airless bike tyres using technology developed by US space agency NASA for its Mars and Moon rover missions, are coming to bicycles.The tyres use shape memory alloy technology.They will be used in a cutting edge, eco-friendly bicycle tire called METLTM. The tyres are made from advanced, lightweight alloy creating a tire that is elastic like rubber yet strong like titanium.They keep their shape without ever going flat. The tyres have the ability to undergo phase transitions at the molecular level under strain and can take thirty times the strain of ordinary steel. They are also eco-friendly, using long-lasting materials that reduce the use of rubber. The tyres are described as premier high-tech component for the modern cyclist with road, gravel, mountain and e-bike applications.The METLTM bike , which will use the technology, is to be built by US firm the Smart Tire Company.
OPS: The MELTM bike protype with NiTinol+ airless tyres
Picture supplied by Ferrari (FOTO: DUKAS/FERRARI PRESS)
(c) Dukas -
DUK10141190_008
FEATURE - Fahrrad mit luftlosen Reifen, die für die Mond- und Mars-Rover-Missionen entwickelt wurden
Ferrari Press Agency
Tyres1
Ref 12749
18/03/2021
See Ferrari text
Pictures must credit: Smart Tire Company
Airless bike tyres using technology developed by US space agency NASA for its Mars and Moon rover missions, are coming to bicycles.The tyres use shape memory alloy technology.They will be used in a cutting edge, eco-friendly bicycle tire called METLTM. The tyres are made from advanced, lightweight alloy creating a tire that is elastic like rubber yet strong like titanium.They keep their shape without ever going flat. The tyres have the ability to undergo phase transitions at the molecular level under strain and can take thirty times the strain of ordinary steel. They are also eco-friendly, using long-lasting materials that reduce the use of rubber. The tyres are described as premier high-tech component for the modern cyclist with road, gravel, mountain and e-bike applications.The METLTM bike , which will use the technology, is to be built by US firm the Smart Tire Company.
OPS: The MELTM bike protype with NiTinol+ airless tyres
Picture supplied by Ferrari (FOTO: DUKAS/FERRARI PRESS)
(c) Dukas -
DUK10141190_007
FEATURE - Fahrrad mit luftlosen Reifen, die für die Mond- und Mars-Rover-Missionen entwickelt wurden
Ferrari Press Agency
Tyres1
Ref 12749
18/03/2021
See Ferrari text
Pictures must credit: Smart Tire Company
Airless bike tyres using technology developed by US space agency NASA for its Mars and Moon rover missions, are coming to bicycles.The tyres use shape memory alloy technology.They will be used in a cutting edge, eco-friendly bicycle tire called METLTM. The tyres are made from advanced, lightweight alloy creating a tire that is elastic like rubber yet strong like titanium.They keep their shape without ever going flat. The tyres have the ability to undergo phase transitions at the molecular level under strain and can take thirty times the strain of ordinary steel. They are also eco-friendly, using long-lasting materials that reduce the use of rubber. The tyres are described as premier high-tech component for the modern cyclist with road, gravel, mountain and e-bike applications.The METLTM bike , which will use the technology, is to be built by US firm the Smart Tire Company.
OPS: The MELTM bike protype with NiTinol+ airless tyres
Picture supplied by Ferrari (FOTO: DUKAS/FERRARI PRESS)
(c) Dukas -
DUK10141190_006
FEATURE - Fahrrad mit luftlosen Reifen, die für die Mond- und Mars-Rover-Missionen entwickelt wurden
Ferrari Press Agency
Tyres1
Ref 12749
18/03/2021
See Ferrari text
Pictures must credit: Smart Tire Company
Airless bike tyres using technology developed by US space agency NASA for its Mars and Moon rover missions, are coming to bicycles.The tyres use shape memory alloy technology.They will be used in a cutting edge, eco-friendly bicycle tire called METLTM. The tyres are made from advanced, lightweight alloy creating a tire that is elastic like rubber yet strong like titanium.They keep their shape without ever going flat. The tyres have the ability to undergo phase transitions at the molecular level under strain and can take thirty times the strain of ordinary steel. They are also eco-friendly, using long-lasting materials that reduce the use of rubber. The tyres are described as premier high-tech component for the modern cyclist with road, gravel, mountain and e-bike applications.The METLTM bike , which will use the technology, is to be built by US firm the Smart Tire Company.
OPS: The MELTM bike protype with NiTinol+ airless tyres
Picture supplied by Ferrari (FOTO: DUKAS/FERRARI PRESS)
(c) Dukas -
DUK10141190_005
FEATURE - Fahrrad mit luftlosen Reifen, die für die Mond- und Mars-Rover-Missionen entwickelt wurden
Ferrari Press Agency
Tyres1
Ref 12749
18/03/2021
See Ferrari text
Pictures must credit: Smart Tire Company
Airless bike tyres using technology developed by US space agency NASA for its Mars and Moon rover missions, are coming to bicycles.The tyres use shape memory alloy technology.They will be used in a cutting edge, eco-friendly bicycle tire called METLTM. The tyres are made from advanced, lightweight alloy creating a tire that is elastic like rubber yet strong like titanium.They keep their shape without ever going flat. The tyres have the ability to undergo phase transitions at the molecular level under strain and can take thirty times the strain of ordinary steel. They are also eco-friendly, using long-lasting materials that reduce the use of rubber. The tyres are described as premier high-tech component for the modern cyclist with road, gravel, mountain and e-bike applications.The METLTM bike , which will use the technology, is to be built by US firm the Smart Tire Company.
OPS: The MELTM bike protype with NiTinol+ airless tyres
Picture supplied by Ferrari (FOTO: DUKAS/FERRARI PRESS)
(c) Dukas -
DUK10141190_004
FEATURE - Fahrrad mit luftlosen Reifen, die für die Mond- und Mars-Rover-Missionen entwickelt wurden
Ferrari Press Agency
Tyres1
Ref 12749
18/03/2021
See Ferrari text
Pictures must credit: NASA
Airless bike tyres using technology developed by US space agency NASA for its Mars and Moon rover missions, are coming to bicycles.The tyres use shape memory alloy technology.They will be used in a cutting edge, eco-friendly bicycle tire called METLTM. The tyres are made from advanced, lightweight alloy creating a tire that is elastic like rubber yet strong like titanium.They keep their shape without ever going flat. The tyres have the ability to undergo phase transitions at the molecular level under strain and can take thirty times the strain of ordinary steel. They are also eco-friendly, using long-lasting materials that reduce the use of rubber. The tyres are described as premier high-tech component for the modern cyclist with road, gravel, mountain and e-bike applications.The METLTM bike , which will use the technology, is to be built by US firm the Smart Tire Company.
OPS: The NiTinol+ airless tyre under testing by NASA for Moon and Mars rover missions. The tyres is able to negotiate rocky obstacles and still retain its shape.
Picture supplied by Ferrari
(FOTO: DUKAS/FERRARI PRESS)
(c) Dukas -
DUK10141190_003
FEATURE - Fahrrad mit luftlosen Reifen, die für die Mond- und Mars-Rover-Missionen entwickelt wurden
Ferrari Press Agency
Tyres1
Ref 12749
18/03/2021
See Ferrari text
Pictures must credit: NASA
Airless bike tyres using technology developed by US space agency NASA for its Mars and Moon rover missions, are coming to bicycles.The tyres use shape memory alloy technology.They will be used in a cutting edge, eco-friendly bicycle tire called METLTM. The tyres are made from advanced, lightweight alloy creating a tire that is elastic like rubber yet strong like titanium.They keep their shape without ever going flat. The tyres have the ability to undergo phase transitions at the molecular level under strain and can take thirty times the strain of ordinary steel. They are also eco-friendly, using long-lasting materials that reduce the use of rubber. The tyres are described as premier high-tech component for the modern cyclist with road, gravel, mountain and e-bike applications.The METLTM bike , which will use the technology, is to be built by US firm the Smart Tire Company.
OPS: The NiTinol+ airless tyre under testing by NASA for Moon and Mars rover missions. The tyres is able to negotiate rocky obstacles and still retain its shape.
Picture supplied by Ferrari
(FOTO: DUKAS/FERRARI PRESS)
(c) Dukas -
DUK10141190_002
FEATURE - Fahrrad mit luftlosen Reifen, die für die Mond- und Mars-Rover-Missionen entwickelt wurden
Ferrari Press Agency
Tyres1
Ref 12749
18/03/2021
See Ferrari text
Pictures must credit: Smart Tire Company
Airless bike tyres using technology developed by US space agency NASA for its Mars and Moon rover missions, are coming to bicycles.The tyres use shape memory alloy technology.They will be used in a cutting edge, eco-friendly bicycle tire called METLTM. The tyres are made from advanced, lightweight alloy creating a tire that is elastic like rubber yet strong like titanium.They keep their shape without ever going flat. The tyres have the ability to undergo phase transitions at the molecular level under strain and can take thirty times the strain of ordinary steel. They are also eco-friendly, using long-lasting materials that reduce the use of rubber. The tyres are described as premier high-tech component for the modern cyclist with road, gravel, mountain and e-bike applications.The METLTM bike , which will use the technology, is to be built by US firm the Smart Tire Company.
OPS: The MELTM bike protype with NiTinol+ airless tyres
Picture supplied by Ferrari (FOTO: DUKAS/FERRARI PRESS)
(c) Dukas -
DUK10141190_001
FEATURE - Fahrrad mit luftlosen Reifen, die für die Mond- und Mars-Rover-Missionen entwickelt wurden
Ferrari Press Agency
Tyres1
Ref 12749
18/03/2021
See Ferrari text
Pictures must credit: Smart Tire Company
Airless bike tyres using technology developed by US space agency NASA for its Mars and Moon rover missions, are coming to bicycles.The tyres use shape memory alloy technology.They will be used in a cutting edge, eco-friendly bicycle tire called METLTM. The tyres are made from advanced, lightweight alloy creating a tire that is elastic like rubber yet strong like titanium.They keep their shape without ever going flat. The tyres have the ability to undergo phase transitions at the molecular level under strain and can take thirty times the strain of ordinary steel. They are also eco-friendly, using long-lasting materials that reduce the use of rubber. The tyres are described as premier high-tech component for the modern cyclist with road, gravel, mountain and e-bike applications.The METLTM bike , which will use the technology, is to be built by US firm the Smart Tire Company.
OPS: The MELTM bike protype with NiTinol+ airless tyres
Picture supplied by Ferrari (FOTO: DUKAS/FERRARI PRESS)
(c) Dukas -
DUK10136220_018
NEWS - Grossbrand im Hafen von Beirut
Beirut, Lebanon, 10 September 2020. A fire broke out at a warehouse in the capital's blast devatsted port early afternoon, spreading to a second warehouse and igniting several smaller blazes. Helicopters dumped sea water onto the flames as firefighters did their best to get the situation under control.
(c) Dukas -
DUK10136220_017
NEWS - Grossbrand im Hafen von Beirut
Beirut, Lebanon, 10 September 2020. A fire broke out at a warehouse in the capital's blast devatsted port early afternoon, spreading to a second warehouse and igniting several smaller blazes. Helicopters dumped sea water onto the flames as firefighters did their best to get the situation under control.
(c) Dukas -
DUK10136220_016
NEWS - Grossbrand im Hafen von Beirut
Beirut, Lebanon, 10 September 2020. A fire broke out at a warehouse in the capital's blast devatsted port early afternoon, spreading to a second warehouse and igniting several smaller blazes. Helicopters dumped sea water onto the flames as firefighters did their best to get the situation under control.
(c) Dukas -
DUK10136220_014
NEWS - Grossbrand im Hafen von Beirut
Beirut, Lebanon, 10 September 2020. A fire broke out at a warehouse in the capital's blast devatsted port early afternoon, spreading to a second warehouse and igniting several smaller blazes. Helicopters dumped sea water onto the flames as firefighters did their best to get the situation under control.
(c) Dukas -
DUK10136220_013
NEWS - Grossbrand im Hafen von Beirut
Beirut, Lebanon, 10 September 2020. A fire broke out at a warehouse in the capital's blast devatsted port early afternoon, spreading to a second warehouse and igniting several smaller blazes. Helicopters dumped sea water onto the flames as firefighters did their best to get the situation under control.
(c) Dukas -
DUK10136220_012
NEWS - Grossbrand im Hafen von Beirut
Beirut, Lebanon, 10 September 2020. A fire broke out at a warehouse in the capital's blast devatsted port early afternoon, spreading to a second warehouse and igniting several smaller blazes. Helicopters dumped sea water onto the flames as firefighters did their best to get the situation under control.
(c) Dukas -
DUK10136220_011
NEWS - Grossbrand im Hafen von Beirut
Beirut, Lebanon, 10 September 2020. A fire broke out at a warehouse in the capital's blast devatsted port early afternoon, spreading to a second warehouse and igniting several smaller blazes. Helicopters dumped sea water onto the flames as firefighters did their best to get the situation under control.
(c) Dukas -
DUK10136220_010
NEWS - Grossbrand im Hafen von Beirut
Beirut, Lebanon, 10 September 2020. A fire broke out at a warehouse in the capital's blast devatsted port early afternoon, spreading to a second warehouse and igniting several smaller blazes. Helicopters dumped sea water onto the flames as firefighters did their best to get the situation under control.
(c) Dukas -
DUK10136220_009
NEWS - Grossbrand im Hafen von Beirut
Beirut, Lebanon, 10 September 2020. A fire broke out at a warehouse in the capital's blast devatsted port early afternoon, spreading to a second warehouse and igniting several smaller blazes. Helicopters dumped sea water onto the flames as firefighters did their best to get the situation under control.
(c) Dukas -
DUK10136220_008
NEWS - Grossbrand im Hafen von Beirut
Beirut, Lebanon, 10 September 2020. A fire broke out at a warehouse in the capital's blast devatsted port early afternoon, spreading to a second warehouse and igniting several smaller blazes. Helicopters dumped sea water onto the flames as firefighters did their best to get the situation under control.
(c) Dukas -
DUK10136220_007
NEWS - Grossbrand im Hafen von Beirut
Beirut, Lebanon, 10 September 2020. A fire broke out at a warehouse in the capital's blast devatsted port early afternoon, spreading to a second warehouse and igniting several smaller blazes. Helicopters dumped sea water onto the flames as firefighters did their best to get the situation under control.
(c) Dukas -
DUK10136220_006
NEWS - Grossbrand im Hafen von Beirut
Beirut, Lebanon, 10 September 2020. A fire broke out at a warehouse in the capital's blast devatsted port early afternoon, spreading to a second warehouse and igniting several smaller blazes. Helicopters dumped sea water onto the flames as firefighters did their best to get the situation under control.
(c) Dukas -
DUK10136220_005
NEWS - Grossbrand im Hafen von Beirut
Beirut, Lebanon, 10 September 2020. A fire broke out at a warehouse in the capital's blast devatsted port early afternoon, spreading to a second warehouse and igniting several smaller blazes. Helicopters dumped sea water onto the flames as firefighters did their best to get the situation under control.
(c) Dukas -
DUK10136220_004
NEWS - Grossbrand im Hafen von Beirut
Beirut, Lebanon, 10 September 2020. A fire broke out at a warehouse in the capital's blast devatsted port early afternoon, spreading to a second warehouse and igniting several smaller blazes. Helicopters dumped sea water onto the flames as firefighters did their best to get the situation under control.
(c) Dukas -
DUK10136220_003
NEWS - Grossbrand im Hafen von Beirut
Beirut, Lebanon, 10 September 2020. A fire broke out at a warehouse in the capital's blast devatsted port early afternoon, spreading to a second warehouse and igniting several smaller blazes. Helicopters dumped sea water onto the flames as firefighters did their best to get the situation under control.
(c) Dukas -
DUK10136220_002
NEWS - Grossbrand im Hafen von Beirut
Beirut, Lebanon, 10 September 2020. A fire broke out at a warehouse in the capital's blast devatsted port early afternoon, spreading to a second warehouse and igniting several smaller blazes. Helicopters dumped sea water onto the flames as firefighters did their best to get the situation under control.
(c) Dukas -
DUK10136220_001
NEWS - Grossbrand im Hafen von Beirut
Beirut, Lebanon, 10 September 2020. A fire broke out at a warehouse in the capital's blast devatsted port early afternoon, spreading to a second warehouse and igniting several smaller blazes. Helicopters dumped sea water onto the flames as firefighters did their best to get the situation under control.
(c) Dukas -
DUK10091137_072
FEATURE - Pix of the Day: Bilder des Tages
Mandatory Credit: Photo by Mark Sutton/Sutton Images/REX/Shutterstock (9645075db)
Pirelli tyres during the Azerbaijan GP at Baku City Circuit on April 27, 2018 in Baku City Circuit, Azerbaijan.
2018 Azerbaijan GP - 28 Apr 2018
(c) Dukas -
DUK10091137_071
FEATURE - Pix of the Day: Bilder des Tages
Mandatory Credit: Photo by Mark Sutton/Sutton Images/REX/Shutterstock (9645075df)
Ferrari mechanics and Pirelli tyres during the Azerbaijan GP at Baku City Circuit on April 27, 2018 in Baku City Circuit, Azerbaijan.
2018 Azerbaijan GP - 28 Apr 2018
(c) Dukas -
DUK10084931_037
FEATURE - Best of: Bilder des Tages
Editorial Use Only
Mandatory Credit: Photo by Jon Super for FA/REX/Shutterstock (9360131am)
Liverpool players warm up
Liverpool Ladies FC v Arsenal FA WSL football match, Continental Tyres Cup, Select Security Stadium, Widnes, Cheshire, UK - 07 Feb 2018
(c) Dukas -
DUK10084712_041
FEATURE - Best of: Die Bilder des Tages
Mandatory Credit: Photo by Phil Mingo/PPAUK/REX/Shutterstock (9353176ba)
Race winner, Cloudy Bob ridden by Aidan Coleman (R) jumps the last with Private Malone ridden by Gavin Sheehan (L). - RACE 5 - 3:25 Taunton 4 Feb 2018 - Bathwick Tyres Handicap Chase (Class 3) at Taunton Racecourse, Taunton, Somerset, England
Taunton Races, Taunton, UK - 4 Feb 2018
(c) Dukas -
DUK10083594_010
FEATURE - Best of: Bilder des Tages
Mandatory Credit: Photo by WittWooPhoto/REX/Shutterstock (9325119l)
Drone shot of a stack of snow covered vehicle tyres.
Seasonal weather, Cumbria, UK - 18 Jan 2018
(c) Dukas -
DUK10076844_069
FEATURE - Pix of the Day - Bilder des Tages
November 9, 2017 - Sao Paulo, Sao Paulo, Brazil - Preparation day for the Formula One Grand Prix of Brazil at Interlagos circuit, in Sao Paulo, Brazil. The grand prix will be celebrated next Sunday, November 12 (FOTO: DUKAS/ZUMA)
(c) Dukas -
DUK10074698_062
PEOPLE - Texas: Formel 1 Zirkus in Austin
Mandatory Credit: Photo by Hone/LAT/REX/Shutterstock (9159436l)
Pirelli tyres with pink markings in support of raising awareness of breast cancer.
Formula One 1 United States Grand Prix, Circuit of the Americas, Austin, Texas, USA. 19 Oct 2017.
(c) Dukas -
DUK10074698_060
PEOPLE - Texas: Formel 1 Zirkus in Austin
Mandatory Credit: Photo by Hone/LAT/REX/Shutterstock (9159436g)
Pirelli tyres with pink markings in support of raising awareness of breast cancer.
Formula One 1 United States Grand Prix, Circuit of the Americas, Austin, Texas, USA. 19 Oct 2017.
(c) Dukas -
DUKAS_27834270_REX
Protest against municipal demarcation plans, Sasolburg, South Africa - 21 Jan 2013
Mandatory Credit: Photo by Gallo Images / Rex Features (2093336a)
Tyres set on fire
Protest against municipal demarcation plans, Sasolburg, South Africa - 21 Jan 2013
Protest broke out as a result of the announcement of the intention to integrate municipal systems from Sasol to Parys
(FOTO:DUKAS/REX)
DUKAS/REX -
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Gaza Conflict - 16 Nov 2012
Mandatory Credit: Photo by APAimages / Rex Features (1975205g)
A Palestinian stone-thrower walks past smoke from burning tyres during clashes with Israeli security forces against Israel's military operation in Gaza, at Qalandia checkpoint near the West Bank city of Ramallah
Gaza Conflict - 16 Nov 2012
Palestinian militants nearly hit Jerusalem with a rocket for the first time in decades on Friday and fired at Tel Aviv for a second day, in a stinging challenge to Israel's Gaza offensive after an Egyptian bid to broker a truce.
(FOTO:DUKAS/REX) -
DUKAS_26830782_REX
Gaza Conflict - 16 Nov 2012
Mandatory Credit: Photo by APAimages / Rex Features (1975205f)
A Palestinian stone-thrower walks past smoke from burning tyres during clashes with Israeli security forces against Israel's military operation in Gaza, at Qalandia checkpoint near the West Bank city of Ramallah
Gaza Conflict - 16 Nov 2012
Palestinian militants nearly hit Jerusalem with a rocket for the first time in decades on Friday and fired at Tel Aviv for a second day, in a stinging challenge to Israel's Gaza offensive after an Egyptian bid to broker a truce.
(FOTO:DUKAS/REX) -
DUKAS_26830781_REX
Gaza Conflict - 16 Nov 2012
Mandatory Credit: Photo by APAimages / Rex Features (1975205e)
A Palestinian stone-thrower walks past smoke from burning tyres during clashes with Israeli security forces against Israel's military operation in Gaza, at Qalandia checkpoint near the West Bank city of Ramallah
Gaza Conflict - 16 Nov 2012
Palestinian militants nearly hit Jerusalem with a rocket for the first time in decades on Friday and fired at Tel Aviv for a second day, in a stinging challenge to Israel's Gaza offensive after an Egyptian bid to broker a truce.
(FOTO:DUKAS/REX) -
DUKAS_26830780_REX
Gaza Conflict - 16 Nov 2012
Mandatory Credit: Photo by APAimages / Rex Features (1975205c)
A Palestinian stone-thrower walks past smoke from burning tyres during clashes with Israeli security forces against Israel's military operation in Gaza, at Qalandia checkpoint near the West Bank city of Ramallah
Gaza Conflict - 16 Nov 2012
Palestinian militants nearly hit Jerusalem with a rocket for the first time in decades on Friday and fired at Tel Aviv for a second day, in a stinging challenge to Israel's Gaza offensive after an Egyptian bid to broker a truce.
(FOTO:DUKAS/REX) -
DUKAS_26830779_REX
Gaza Conflict - 16 Nov 2012
Mandatory Credit: Photo by APAimages / Rex Features (1975205b)
A Palestinian stone-thrower walks past smoke from burning tyres during clashes with Israeli security forces against Israel's military operation in Gaza, at Qalandia checkpoint near the West Bank city of Ramallah
Gaza Conflict - 16 Nov 2012
Palestinian militants nearly hit Jerusalem with a rocket for the first time in decades on Friday and fired at Tel Aviv for a second day, in a stinging challenge to Israel's Gaza offensive after an Egyptian bid to broker a truce.
(FOTO:DUKAS/REX) -
