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BES00738761_000005
Parapluie volant autonome
Picture MUST credit: John Tse / I Build Stuff A young inventor has come up with a hands free umbrella — that floats and follows the owner around The autonomous flying device hovers above the user and trails them wherever they go, keeping them dry and cool while they have both hands free. Under the canopy is a small quadcopter drone. To follow the user, the umbrella uses a time-of-flight depth camera. This works by sending out light and measuring how it reflects back, creating a depth image instead of a flat picture. It allows the system to detect a person’s position in 3D, even in low light. A Raspberry Pi processes this depth data and figures out where the person’s head is. It then sends instructions to the flight controller, telling the umbrella which direction to move so it stays centred above the person. Advanced 3D printers made it possible to produce precise hinges, locking mechanisms, and a central hub that connects the whole system to the umbrella. Under the umbrella is a flight controller that acts as the brain, keeping the device balanced in the air while an embedded GPS helps it hold position outdoors. Picture supplied by JLPPA
(c) Dukas - Online: Double Fee! -
BES00738761_000003
Parapluie volant autonome
Picture MUST credit: John Tse / I Build Stuff A young inventor has come up with a hands free umbrella — that floats and follows the owner around The autonomous flying device hovers above the user and trails them wherever they go, keeping them dry and cool while they have both hands free. Under the canopy is a small quadcopter drone. To follow the user, the umbrella uses a time-of-flight depth camera. This works by sending out light and measuring how it reflects back, creating a depth image instead of a flat picture. It allows the system to detect a person’s position in 3D, even in low light. A Raspberry Pi processes this depth data and figures out where the person’s head is. It then sends instructions to the flight controller, telling the umbrella which direction to move so it stays centred above the person. Advanced 3D printers made it possible to produce precise hinges, locking mechanisms, and a central hub that connects the whole system to the umbrella. Under the umbrella is a flight controller that acts as the brain, keeping the device balanced in the air while an embedded GPS helps it hold position outdoors. Picture supplied by JLPPA
(c) Dukas - Online: Double Fee! -
BES00738761_000002
Parapluie volant autonome
Picture MUST credit: John Tse / I Build Stuff A young inventor has come up with a hands free umbrella — that floats and follows the owner around The autonomous flying device hovers above the user and trails them wherever they go, keeping them dry and cool while they have both hands free. Under the canopy is a small quadcopter drone. To follow the user, the umbrella uses a time-of-flight depth camera. This works by sending out light and measuring how it reflects back, creating a depth image instead of a flat picture. It allows the system to detect a person’s position in 3D, even in low light. A Raspberry Pi processes this depth data and figures out where the person’s head is. It then sends instructions to the flight controller, telling the umbrella which direction to move so it stays centred above the person. Advanced 3D printers made it possible to produce precise hinges, locking mechanisms, and a central hub that connects the whole system to the umbrella. Under the umbrella is a flight controller that acts as the brain, keeping the device balanced in the air while an embedded GPS helps it hold position outdoors. Picture supplied by JLPPA
(c) Dukas - Online: Double Fee! -
BES00738761_000001
Parapluie volant autonome
Picture MUST credit: John Tse / I Build Stuff A young inventor has come up with a hands free umbrella — that floats and follows the owner around The autonomous flying device hovers above the user and trails them wherever they go, keeping them dry and cool while they have both hands free. Under the canopy is a small quadcopter drone. To follow the user, the umbrella uses a time-of-flight depth camera. This works by sending out light and measuring how it reflects back, creating a depth image instead of a flat picture. It allows the system to detect a person’s position in 3D, even in low light. A Raspberry Pi processes this depth data and figures out where the person’s head is. It then sends instructions to the flight controller, telling the umbrella which direction to move so it stays centred above the person. Advanced 3D printers made it possible to produce precise hinges, locking mechanisms, and a central hub that connects the whole system to the umbrella. Under the umbrella is a flight controller that acts as the brain, keeping the device balanced in the air while an embedded GPS helps it hold position outdoors. Picture supplied by JLPPA
(c) Dukas - Online: Double Fee! -
DUKAS_192675127_FER
Autonomous flying umbrella
Ferrari Press Agency
Umbrella 1
Ref 17467
13/01/2026
See Ferrari text
Picture MUST credit: John Tse / I Build Stuff
A young inventor has come up with a hands free umbrella — that floats and follows the owner around
The autonomous flying device hovers above the user and trails them wherever they go, keeping them dry and cool while they have both hands free.
Under the canopy is a small quadcopter drone.
To follow the user, the umbrella uses a time-of-flight depth camera.
This works by sending out light and measuring how it reflects back, creating a depth image instead of a flat picture.
It allows the system to detect a person’s position in 3D, even in low light.
A Raspberry Pi processes this depth data and figures out where the person’s head is.
It then sends instructions to the flight controller, telling the umbrella which direction to move so it stays centred above the person.
Advanced 3D printers made it possible to produce precise hinges, locking mechanisms, and a central hub that connects the whole system to the umbrella.
Under the umbrella is a flight controller that acts as the brain, keeping the device balanced in the air while an embedded GPS helps it hold position outdoors.
OPS: John Tse and his umbrella.
Picture supplied by Ferrari (FOTO: DUKAS/FERRARI PRESS) -
DUKAS_192675126_FER
Autonomous flying umbrella
Ferrari Press Agency
Umbrella 1
Ref 17467
13/01/2026
See Ferrari text
Picture MUST credit: John Tse / I Build Stuff
A young inventor has come up with a hands free umbrella — that floats and follows the owner around
The autonomous flying device hovers above the user and trails them wherever they go, keeping them dry and cool while they have both hands free.
Under the canopy is a small quadcopter drone.
To follow the user, the umbrella uses a time-of-flight depth camera.
This works by sending out light and measuring how it reflects back, creating a depth image instead of a flat picture.
It allows the system to detect a person’s position in 3D, even in low light.
A Raspberry Pi processes this depth data and figures out where the person’s head is.
It then sends instructions to the flight controller, telling the umbrella which direction to move so it stays centred above the person.
Advanced 3D printers made it possible to produce precise hinges, locking mechanisms, and a central hub that connects the whole system to the umbrella.
Under the umbrella is a flight controller that acts as the brain, keeping the device balanced in the air while an embedded GPS helps it hold position outdoors.
OPS: John Tse and his umbrella.
Picture supplied by Ferrari (FOTO: DUKAS/FERRARI PRESS) -
DUKAS_192675125_FER
Autonomous flying umbrella
Ferrari Press Agency
Umbrella 1
Ref 17467
13/01/2026
See Ferrari text
Picture MUST credit: John Tse / I Build Stuff
A young inventor has come up with a hands free umbrella — that floats and follows the owner around
The autonomous flying device hovers above the user and trails them wherever they go, keeping them dry and cool while they have both hands free.
Under the canopy is a small quadcopter drone.
To follow the user, the umbrella uses a time-of-flight depth camera.
This works by sending out light and measuring how it reflects back, creating a depth image instead of a flat picture.
It allows the system to detect a person’s position in 3D, even in low light.
A Raspberry Pi processes this depth data and figures out where the person’s head is.
It then sends instructions to the flight controller, telling the umbrella which direction to move so it stays centred above the person.
Advanced 3D printers made it possible to produce precise hinges, locking mechanisms, and a central hub that connects the whole system to the umbrella.
Under the umbrella is a flight controller that acts as the brain, keeping the device balanced in the air while an embedded GPS helps it hold position outdoors.
OPS: John Tse and his umbrella.
Picture supplied by Ferrari (FOTO: DUKAS/FERRARI PRESS) -
DUKAS_192675124_FER
Autonomous flying umbrella
Ferrari Press Agency
Umbrella 1
Ref 17467
13/01/2026
See Ferrari text
Picture MUST credit: John Tse / I Build Stuff
A young inventor has come up with a hands free umbrella — that floats and follows the owner around
The autonomous flying device hovers above the user and trails them wherever they go, keeping them dry and cool while they have both hands free.
Under the canopy is a small quadcopter drone.
To follow the user, the umbrella uses a time-of-flight depth camera.
This works by sending out light and measuring how it reflects back, creating a depth image instead of a flat picture.
It allows the system to detect a person’s position in 3D, even in low light.
A Raspberry Pi processes this depth data and figures out where the person’s head is.
It then sends instructions to the flight controller, telling the umbrella which direction to move so it stays centred above the person.
Advanced 3D printers made it possible to produce precise hinges, locking mechanisms, and a central hub that connects the whole system to the umbrella.
Under the umbrella is a flight controller that acts as the brain, keeping the device balanced in the air while an embedded GPS helps it hold position outdoors.
OPS: John Tse and his umbrella.
Picture supplied by Ferrari (FOTO: DUKAS/FERRARI PRESS) -
DUKAS_192675123_FER
Autonomous flying umbrella
Ferrari Press Agency
Umbrella 1
Ref 17467
13/01/2026
See Ferrari text
Picture MUST credit: John Tse / I Build Stuff
A young inventor has come up with a hands free umbrella — that floats and follows the owner around
The autonomous flying device hovers above the user and trails them wherever they go, keeping them dry and cool while they have both hands free.
Under the canopy is a small quadcopter drone.
To follow the user, the umbrella uses a time-of-flight depth camera.
This works by sending out light and measuring how it reflects back, creating a depth image instead of a flat picture.
It allows the system to detect a person’s position in 3D, even in low light.
A Raspberry Pi processes this depth data and figures out where the person’s head is.
It then sends instructions to the flight controller, telling the umbrella which direction to move so it stays centred above the person.
Advanced 3D printers made it possible to produce precise hinges, locking mechanisms, and a central hub that connects the whole system to the umbrella.
Under the umbrella is a flight controller that acts as the brain, keeping the device balanced in the air while an embedded GPS helps it hold position outdoors.
OPS: John Tse and his umbrella.
Picture supplied by Ferrari (FOTO: DUKAS/FERRARI PRESS) -
DUKAS_192675122_FER
Autonomous flying umbrella
Ferrari Press Agency
Umbrella 1
Ref 17467
13/01/2026
See Ferrari text
Picture MUST credit: John Tse / I Build Stuff
A young inventor has come up with a hands free umbrella — that floats and follows the owner around
The autonomous flying device hovers above the user and trails them wherever they go, keeping them dry and cool while they have both hands free.
Under the canopy is a small quadcopter drone.
To follow the user, the umbrella uses a time-of-flight depth camera.
This works by sending out light and measuring how it reflects back, creating a depth image instead of a flat picture.
It allows the system to detect a person’s position in 3D, even in low light.
A Raspberry Pi processes this depth data and figures out where the person’s head is.
It then sends instructions to the flight controller, telling the umbrella which direction to move so it stays centred above the person.
Advanced 3D printers made it possible to produce precise hinges, locking mechanisms, and a central hub that connects the whole system to the umbrella.
Under the umbrella is a flight controller that acts as the brain, keeping the device balanced in the air while an embedded GPS helps it hold position outdoors.
OPS: John Tse and his umbrella.
Picture supplied by Ferrari (FOTO: DUKAS/FERRARI PRESS) -
DUK10155588_008
FEATURE - Unterwasserantrieb sorgt für zusätzliche Schwimmkraft beim Tauchen
Pictures must credit: HighGreat Underwater thrusters to send scuba divers under the waves with added swimming power, has been unveiled. The twin-thruster Seakool D2 is worn around the waist, keeping the user's hands free and giving unobstructed views. That makes it different to current rivals which users must hold out in front of themselves. It incorporates a belt equipped with a pushbutton control unit and a removable lithium-polymer battery.? Extending down from the belt on either side are two electric thrusters, which are strapped to the user's thighs like gun holsters. Each thruster delivers 13 kg of thrust with a claimed top speed of? 7.2 km/h.? A fully charged battery is said to give just over 30 minutes of use at full speed. There are two lower speeds, which are selected via the controller. ?One lets the user cruise at 5.5 km/h for up to one hour or 3.5 km/h for two hours. Des propulseurs sous-marins pour envoyer les plongeurs sous les vagues avec une puissance de nage supplémentaire ont été dévoilés Pictures must credit: HighGreat All the times are doubled by opting for a second battery. The D2? is rated to a maximum depth of 20 m and is made by Chinese drone manufacturer HighGreat.
(c) Dukas -
DUK10155588_001
FEATURE - Unterwasserantrieb sorgt für zusätzliche Schwimmkraft beim Tauchen
Pictures must credit: HighGreat Underwater thrusters to send scuba divers under the waves with added swimming power, has been unveiled. The twin-thruster Seakool D2 is worn around the waist, keeping the user's hands free and giving unobstructed views. That makes it different to current rivals which users must hold out in front of themselves. It incorporates a belt equipped with a pushbutton control unit and a removable lithium-polymer battery.? Extending down from the belt on either side are two electric thrusters, which are strapped to the user's thighs like gun holsters. Each thruster delivers 13 kg of thrust with a claimed top speed of? 7.2 km/h.? A fully charged battery is said to give just over 30 minutes of use at full speed. There are two lower speeds, which are selected via the controller. ?One lets the user cruise at 5.5 km/h for up to one hour or 3.5 km/h for two hours. Des propulseurs sous-marins pour envoyer les plongeurs sous les vagues avec une puissance de nage supplémentaire ont été dévoilés Pictures must credit: HighGreat All the times are doubled by opting for a second battery. The D2? is rated to a maximum depth of 20 m and is made by Chinese drone manufacturer HighGreat.
(c) Dukas -
DUKAS_3749420_EYE
ABU HAMZA
MUSLIM CLERIC ABU HAMZA PREACHES BEFORE FRIDAY PRAYERS ON THE ROAD OUTSIDE THE FINSBURY PARK MOSQUE , NORTH LONDON
PIC: COPYRIGHT TIMOTHY ALLEN
02/04/2004
ISLAM MUSLIM PREACH EXTREMIST RELIGIOUS EXTREMISM
RELIGION
Credit: Timothy Allen / eyevine
For further information please contact eyevine
tel: +44 (0) 20 8709 8709
e-mail: info@eyevine.com
www.eyevine.com (FOTO: DUKAS/EYEVINE)
DUKAS/EYEVINE -
DUKAS_3749172_EYE
ABU HAMZA
MUSLIM CLERIC ABU HAMZA PREACHES BEFORE FRIDAY PRAYERS ON THE ROAD OUTSIDE THE FINSBURY PARK MOSQUE , NORTH LONDON
PIC: COPYRIGHT TIMOTHY ALLEN
02/04/2004
ISLAM MUSLIM PREACH EXTREMIST RELIGIOUS EXTREMISM
RELIGION
Credit: Timothy Allen / eyevine
For further information please contact eyevine
tel: +44 (0) 20 8709 8709
e-mail: info@eyevine.com
www.eyevine.com (FOTO: DUKAS/EYEVINE)
DUKAS/EYEVINE -
DUK10155588_003
FEATURE - Unterwasserantrieb sorgt für zusätzliche Schwimmkraft beim Tauchen
Pictures must credit: HighGreat Underwater thrusters to send scuba divers under the waves with added swimming power, has been unveiled. The twin-thruster Seakool D2 is worn around the waist, keeping the user's hands free and giving unobstructed views. That makes it different to current rivals which users must hold out in front of themselves. It incorporates a belt equipped with a pushbutton control unit and a removable lithium-polymer battery.? Extending down from the belt on either side are two electric thrusters, which are strapped to the user's thighs like gun holsters. Each thruster delivers 13 kg of thrust with a claimed top speed of? 7.2 km/h.? A fully charged battery is said to give just over 30 minutes of use at full speed. There are two lower speeds, which are selected via the controller. ?One lets the user cruise at 5.5 km/h for up to one hour or 3.5 km/h for two hours. Des propulseurs sous-marins pour envoyer les plongeurs sous les vagues avec une puissance de nage supplémentaire ont été dévoilés Pictures must credit: HighGreat All the times are doubled by opting for a second battery. The D2? is rated to a maximum depth of 20 m and is made by Chinese drone manufacturer HighGreat.
(c) Dukas -
DUK10155588_004
FEATURE - Unterwasserantrieb sorgt für zusätzliche Schwimmkraft beim Tauchen
Pictures must credit: HighGreat Underwater thrusters to send scuba divers under the waves with added swimming power, has been unveiled. The twin-thruster Seakool D2 is worn around the waist, keeping the user's hands free and giving unobstructed views. That makes it different to current rivals which users must hold out in front of themselves. It incorporates a belt equipped with a pushbutton control unit and a removable lithium-polymer battery.? Extending down from the belt on either side are two electric thrusters, which are strapped to the user's thighs like gun holsters. Each thruster delivers 13 kg of thrust with a claimed top speed of? 7.2 km/h.? A fully charged battery is said to give just over 30 minutes of use at full speed. There are two lower speeds, which are selected via the controller. ?One lets the user cruise at 5.5 km/h for up to one hour or 3.5 km/h for two hours. Des propulseurs sous-marins pour envoyer les plongeurs sous les vagues avec une puissance de nage supplémentaire ont été dévoilés Pictures must credit: HighGreat All the times are doubled by opting for a second battery. The D2? is rated to a maximum depth of 20 m and is made by Chinese drone manufacturer HighGreat.
(c) Dukas -
DUK10155588_007
FEATURE - Unterwasserantrieb sorgt für zusätzliche Schwimmkraft beim Tauchen
Pictures must credit: HighGreat Underwater thrusters to send scuba divers under the waves with added swimming power, has been unveiled. The twin-thruster Seakool D2 is worn around the waist, keeping the user's hands free and giving unobstructed views. That makes it different to current rivals which users must hold out in front of themselves. It incorporates a belt equipped with a pushbutton control unit and a removable lithium-polymer battery.? Extending down from the belt on either side are two electric thrusters, which are strapped to the user's thighs like gun holsters. Each thruster delivers 13 kg of thrust with a claimed top speed of? 7.2 km/h.? A fully charged battery is said to give just over 30 minutes of use at full speed. There are two lower speeds, which are selected via the controller. ?One lets the user cruise at 5.5 km/h for up to one hour or 3.5 km/h for two hours. Des propulseurs sous-marins pour envoyer les plongeurs sous les vagues avec une puissance de nage supplémentaire ont été dévoilés Pictures must credit: HighGreat All the times are doubled by opting for a second battery. The D2? is rated to a maximum depth of 20 m and is made by Chinese drone manufacturer HighGreat.
(c) Dukas -
DUK10155588_006
FEATURE - Unterwasserantrieb sorgt für zusätzliche Schwimmkraft beim Tauchen
Pictures must credit: HighGreat Underwater thrusters to send scuba divers under the waves with added swimming power, has been unveiled. The twin-thruster Seakool D2 is worn around the waist, keeping the user's hands free and giving unobstructed views. That makes it different to current rivals which users must hold out in front of themselves. It incorporates a belt equipped with a pushbutton control unit and a removable lithium-polymer battery.? Extending down from the belt on either side are two electric thrusters, which are strapped to the user's thighs like gun holsters. Each thruster delivers 13 kg of thrust with a claimed top speed of? 7.2 km/h.? A fully charged battery is said to give just over 30 minutes of use at full speed. There are two lower speeds, which are selected via the controller. ?One lets the user cruise at 5.5 km/h for up to one hour or 3.5 km/h for two hours. Des propulseurs sous-marins pour envoyer les plongeurs sous les vagues avec une puissance de nage supplémentaire ont été dévoilés Pictures must credit: HighGreat All the times are doubled by opting for a second battery. The D2? is rated to a maximum depth of 20 m and is made by Chinese drone manufacturer HighGreat.
(c) Dukas -
BES00738761_000006
Parapluie volant autonome
Picture MUST credit: John Tse / I Build Stuff A young inventor has come up with a hands free umbrella — that floats and follows the owner around The autonomous flying device hovers above the user and trails them wherever they go, keeping them dry and cool while they have both hands free. Under the canopy is a small quadcopter drone. To follow the user, the umbrella uses a time-of-flight depth camera. This works by sending out light and measuring how it reflects back, creating a depth image instead of a flat picture. It allows the system to detect a person’s position in 3D, even in low light. A Raspberry Pi processes this depth data and figures out where the person’s head is. It then sends instructions to the flight controller, telling the umbrella which direction to move so it stays centred above the person. Advanced 3D printers made it possible to produce precise hinges, locking mechanisms, and a central hub that connects the whole system to the umbrella. Under the umbrella is a flight controller that acts as the brain, keeping the device balanced in the air while an embedded GPS helps it hold position outdoors. Picture supplied by JLPPA
(c) Dukas - Online: Double Fee! -
BES00738761_000004
Parapluie volant autonome
Picture MUST credit: John Tse / I Build Stuff A young inventor has come up with a hands free umbrella — that floats and follows the owner around The autonomous flying device hovers above the user and trails them wherever they go, keeping them dry and cool while they have both hands free. Under the canopy is a small quadcopter drone. To follow the user, the umbrella uses a time-of-flight depth camera. This works by sending out light and measuring how it reflects back, creating a depth image instead of a flat picture. It allows the system to detect a person’s position in 3D, even in low light. A Raspberry Pi processes this depth data and figures out where the person’s head is. It then sends instructions to the flight controller, telling the umbrella which direction to move so it stays centred above the person. Advanced 3D printers made it possible to produce precise hinges, locking mechanisms, and a central hub that connects the whole system to the umbrella. Under the umbrella is a flight controller that acts as the brain, keeping the device balanced in the air while an embedded GPS helps it hold position outdoors. Picture supplied by JLPPA
(c) Dukas - Online: Double Fee! -
DUK10155588_012
FEATURE - Unterwasserantrieb sorgt für zusätzliche Schwimmkraft beim Tauchen
Pictures must credit: HighGreat Underwater thrusters to send scuba divers under the waves with added swimming power, has been unveiled. The twin-thruster Seakool D2 is worn around the waist, keeping the user's hands free and giving unobstructed views. That makes it different to current rivals which users must hold out in front of themselves. It incorporates a belt equipped with a pushbutton control unit and a removable lithium-polymer battery.? Extending down from the belt on either side are two electric thrusters, which are strapped to the user's thighs like gun holsters. Each thruster delivers 13 kg of thrust with a claimed top speed of? 7.2 km/h.? A fully charged battery is said to give just over 30 minutes of use at full speed. There are two lower speeds, which are selected via the controller. ?One lets the user cruise at 5.5 km/h for up to one hour or 3.5 km/h for two hours. Des propulseurs sous-marins pour envoyer les plongeurs sous les vagues avec une puissance de nage supplémentaire ont été dévoilés Pictures must credit: HighGreat All the times are doubled by opting for a second battery. The D2? is rated to a maximum depth of 20 m and is made by Chinese drone manufacturer HighGreat.
(c) Dukas -
DUK10155588_011
FEATURE - Unterwasserantrieb sorgt für zusätzliche Schwimmkraft beim Tauchen
Pictures must credit: HighGreat Underwater thrusters to send scuba divers under the waves with added swimming power, has been unveiled. The twin-thruster Seakool D2 is worn around the waist, keeping the user's hands free and giving unobstructed views. That makes it different to current rivals which users must hold out in front of themselves. It incorporates a belt equipped with a pushbutton control unit and a removable lithium-polymer battery.? Extending down from the belt on either side are two electric thrusters, which are strapped to the user's thighs like gun holsters. Each thruster delivers 13 kg of thrust with a claimed top speed of? 7.2 km/h.? A fully charged battery is said to give just over 30 minutes of use at full speed. There are two lower speeds, which are selected via the controller. ?One lets the user cruise at 5.5 km/h for up to one hour or 3.5 km/h for two hours. Des propulseurs sous-marins pour envoyer les plongeurs sous les vagues avec une puissance de nage supplémentaire ont été dévoilés Pictures must credit: HighGreat All the times are doubled by opting for a second battery. The D2? is rated to a maximum depth of 20 m and is made by Chinese drone manufacturer HighGreat.
(c) Dukas -
DUK10155588_010
FEATURE - Unterwasserantrieb sorgt für zusätzliche Schwimmkraft beim Tauchen
Pictures must credit: HighGreat Underwater thrusters to send scuba divers under the waves with added swimming power, has been unveiled. The twin-thruster Seakool D2 is worn around the waist, keeping the user's hands free and giving unobstructed views. That makes it different to current rivals which users must hold out in front of themselves. It incorporates a belt equipped with a pushbutton control unit and a removable lithium-polymer battery.? Extending down from the belt on either side are two electric thrusters, which are strapped to the user's thighs like gun holsters. Each thruster delivers 13 kg of thrust with a claimed top speed of? 7.2 km/h.? A fully charged battery is said to give just over 30 minutes of use at full speed. There are two lower speeds, which are selected via the controller. ?One lets the user cruise at 5.5 km/h for up to one hour or 3.5 km/h for two hours. Des propulseurs sous-marins pour envoyer les plongeurs sous les vagues avec une puissance de nage supplémentaire ont été dévoilés Pictures must credit: HighGreat All the times are doubled by opting for a second battery. The D2? is rated to a maximum depth of 20 m and is made by Chinese drone manufacturer HighGreat.
(c) Dukas -
DUK10155588_009
FEATURE - Unterwasserantrieb sorgt für zusätzliche Schwimmkraft beim Tauchen
Pictures must credit: HighGreat Underwater thrusters to send scuba divers under the waves with added swimming power, has been unveiled. The twin-thruster Seakool D2 is worn around the waist, keeping the user's hands free and giving unobstructed views. That makes it different to current rivals which users must hold out in front of themselves. It incorporates a belt equipped with a pushbutton control unit and a removable lithium-polymer battery.? Extending down from the belt on either side are two electric thrusters, which are strapped to the user's thighs like gun holsters. Each thruster delivers 13 kg of thrust with a claimed top speed of? 7.2 km/h.? A fully charged battery is said to give just over 30 minutes of use at full speed. There are two lower speeds, which are selected via the controller. ?One lets the user cruise at 5.5 km/h for up to one hour or 3.5 km/h for two hours. Des propulseurs sous-marins pour envoyer les plongeurs sous les vagues avec une puissance de nage supplémentaire ont été dévoilés Pictures must credit: HighGreat All the times are doubled by opting for a second battery. The D2? is rated to a maximum depth of 20 m and is made by Chinese drone manufacturer HighGreat.
(c) Dukas -
DUK10155588_002
FEATURE - Unterwasserantrieb sorgt für zusätzliche Schwimmkraft beim Tauchen
Pictures must credit: HighGreat Underwater thrusters to send scuba divers under the waves with added swimming power, has been unveiled. The twin-thruster Seakool D2 is worn around the waist, keeping the user's hands free and giving unobstructed views. That makes it different to current rivals which users must hold out in front of themselves. It incorporates a belt equipped with a pushbutton control unit and a removable lithium-polymer battery.? Extending down from the belt on either side are two electric thrusters, which are strapped to the user's thighs like gun holsters. Each thruster delivers 13 kg of thrust with a claimed top speed of? 7.2 km/h.? A fully charged battery is said to give just over 30 minutes of use at full speed. There are two lower speeds, which are selected via the controller. ?One lets the user cruise at 5.5 km/h for up to one hour or 3.5 km/h for two hours. Des propulseurs sous-marins pour envoyer les plongeurs sous les vagues avec une puissance de nage supplémentaire ont été dévoilés Pictures must credit: HighGreat All the times are doubled by opting for a second battery. The D2? is rated to a maximum depth of 20 m and is made by Chinese drone manufacturer HighGreat.
(c) Dukas