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DUKAS_187137832_FER
New laser knockout blow for missiles
Ferrari Press Agency
Laser 1
Ref 17006
21/07/2025
See Ferrari pictures
Picture MUST credit: Aselsan
A new laser weapon doesn't destroy incoming missiles but instead blinds them before they have a chance to lock on target.
Turkey-based arms manufacturer Aselsan says it has successfully completed testing of the countermeasure Yildirim 100 system.
It is said to be capable of detecting, tracking, and neutralising multiple missile threats simultaneously.
It uses multi-band laser technology to jam and dazzle the seeker mechanisms of infrared-guided missiles.
During the test, Yildirim 100 was able to consistently knock out infrared-guided missiles.
The system was developed to be retrofitted to planes and helicopters and can handle multiple targets simultaneously,
It is a dual-turret design incorporating advanced sensors and an integrated control unit said to be capable of fast, synchronised responses and flawless communication with missile warning systems.
A spokesperson said: “ It is fully compatible with various platforms and is optimised to counter both current and emerging missile threats."
OPS: Render of the Yildirim 100 in action from a helicopter.
Picture supplied by Ferrari
(FOTO: DUKAS/FERRARI PRESS) -
DUKAS_186613842_FER
Laser guided mosquito zapper
Ferrari Press Agency
Mosquito 1
Ref 16957
03/07/2025
See Ferrari text
Picture MUST credit: Photon Matrix
A tiny laser designed to zap mosquitoes dead in the home and outdoors has been unveiled.
The Photon Matrix is said to be capable of detecting a mosquito and gauging its distance, orientation and body size within just 3 milliseconds.
It also knows not to target anything larger than 2cm.
The makers claim it can effectively target mosquitoes with a flight speed of no more than one meter a second and between 2mm and 20mm long.
But it is admitted its efficacy on house flies and similarly fast-moving insects is “significantly diminished.”
The device uses a LiDAR light detection and ranging module which determines the locations of objects by emitting laser light pulses.
It then measures how long it takes that laser light to be reflected back by whatever it hits.
When a mosquito is detected, a second laser is instantaneously used to fatally zap the insect.
The basic Photon Matrix has a 90-degree, 3-meter scanning and killing range, which is boosted to 6 meters in a Pro version.
Both models are claimed to be capable of dispatching up to 30 mosquitoes per second even in the dark.
OPS: The Photon Matrix mosquito killer.
Picture supplied by Ferrari (FOTO: DUKAS/FERRARI PRESS) -
DUKAS_186613841_FER
Laser guided mosquito zapper
Ferrari Press Agency
Mosquito 1
Ref 16957
03/07/2025
See Ferrari text
Picture MUST credit: Photon Matrix
A tiny laser designed to zap mosquitoes dead in the home and outdoors has been unveiled.
The Photon Matrix is said to be capable of detecting a mosquito and gauging its distance, orientation and body size within just 3 milliseconds.
It also knows not to target anything larger than 2cm.
The makers claim it can effectively target mosquitoes with a flight speed of no more than one meter a second and between 2mm and 20mm long.
But it is admitted its efficacy on house flies and similarly fast-moving insects is “significantly diminished.”
The device uses a LiDAR light detection and ranging module which determines the locations of objects by emitting laser light pulses.
It then measures how long it takes that laser light to be reflected back by whatever it hits.
When a mosquito is detected, a second laser is instantaneously used to fatally zap the insect.
The basic Photon Matrix has a 90-degree, 3-meter scanning and killing range, which is boosted to 6 meters in a Pro version.
Both models are claimed to be capable of dispatching up to 30 mosquitoes per second even in the dark.
OPS: A mosquito zapped by the Photon Matrix
Picture supplied by Ferrari (FOTO: DUKAS/FERRARI PRESS) -
DUKAS_186613840_FER
Laser guided mosquito zapper
Ferrari Press Agency
Mosquito 1
Ref 16957
03/07/2025
See Ferrari text
Picture MUST credit: Photon Matrix
A tiny laser designed to zap mosquitoes dead in the home and outdoors has been unveiled.
The Photon Matrix is said to be capable of detecting a mosquito and gauging its distance, orientation and body size within just 3 milliseconds.
It also knows not to target anything larger than 2cm.
The makers claim it can effectively target mosquitoes with a flight speed of no more than one meter a second and between 2mm and 20mm long.
But it is admitted its efficacy on house flies and similarly fast-moving insects is “significantly diminished.”
The device uses a LiDAR light detection and ranging module which determines the locations of objects by emitting laser light pulses.
It then measures how long it takes that laser light to be reflected back by whatever it hits.
When a mosquito is detected, a second laser is instantaneously used to fatally zap the insect.
The basic Photon Matrix has a 90-degree, 3-meter scanning and killing range, which is boosted to 6 meters in a Pro version.
Both models are claimed to be capable of dispatching up to 30 mosquitoes per second even in the dark.
OPS: The Photon Matrix mosquito killer.
Picture supplied by Ferrari (FOTO: DUKAS/FERRARI PRESS) -
DUKAS_186613839_FER
Laser guided mosquito zapper
Ferrari Press Agency
Mosquito 1
Ref 16957
03/07/2025
See Ferrari text
Picture MUST credit: Photon Matrix
A tiny laser designed to zap mosquitoes dead in the home and outdoors has been unveiled.
The Photon Matrix is said to be capable of detecting a mosquito and gauging its distance, orientation and body size within just 3 milliseconds.
It also knows not to target anything larger than 2cm.
The makers claim it can effectively target mosquitoes with a flight speed of no more than one meter a second and between 2mm and 20mm long.
But it is admitted its efficacy on house flies and similarly fast-moving insects is “significantly diminished.”
The device uses a LiDAR light detection and ranging module which determines the locations of objects by emitting laser light pulses.
It then measures how long it takes that laser light to be reflected back by whatever it hits.
When a mosquito is detected, a second laser is instantaneously used to fatally zap the insect.
The basic Photon Matrix has a 90-degree, 3-meter scanning and killing range, which is boosted to 6 meters in a Pro version.
Both models are claimed to be capable of dispatching up to 30 mosquitoes per second even in the dark.
OPS: The Photon Matrix mosquito killer.
Picture supplied by Ferrari (FOTO: DUKAS/FERRARI PRESS) -
DUKAS_186613838_FER
Laser guided mosquito zapper
Ferrari Press Agency
Mosquito 1
Ref 16957
03/07/2025
See Ferrari text
Picture MUST credit: Photon Matrix
A tiny laser designed to zap mosquitoes dead in the home and outdoors has been unveiled.
The Photon Matrix is said to be capable of detecting a mosquito and gauging its distance, orientation and body size within just 3 milliseconds.
It also knows not to target anything larger than 2cm.
The makers claim it can effectively target mosquitoes with a flight speed of no more than one meter a second and between 2mm and 20mm long.
But it is admitted its efficacy on house flies and similarly fast-moving insects is “significantly diminished.”
The device uses a LiDAR light detection and ranging module which determines the locations of objects by emitting laser light pulses.
It then measures how long it takes that laser light to be reflected back by whatever it hits.
When a mosquito is detected, a second laser is instantaneously used to fatally zap the insect.
The basic Photon Matrix has a 90-degree, 3-meter scanning and killing range, which is boosted to 6 meters in a Pro version.
Both models are claimed to be capable of dispatching up to 30 mosquitoes per second even in the dark.
OPS: The Photon Matrix mosquito killer.
Picture supplied by Ferrari (FOTO: DUKAS/FERRARI PRESS) -
DUKAS_186613837_FER
Laser guided mosquito zapper
Ferrari Press Agency
Mosquito 1
Ref 16957
03/07/2025
See Ferrari text
Picture MUST credit: Photon Matrix
A tiny laser designed to zap mosquitoes dead in the home and outdoors has been unveiled.
The Photon Matrix is said to be capable of detecting a mosquito and gauging its distance, orientation and body size within just 3 milliseconds.
It also knows not to target anything larger than 2cm.
The makers claim it can effectively target mosquitoes with a flight speed of no more than one meter a second and between 2mm and 20mm long.
But it is admitted its efficacy on house flies and similarly fast-moving insects is “significantly diminished.”
The device uses a LiDAR light detection and ranging module which determines the locations of objects by emitting laser light pulses.
It then measures how long it takes that laser light to be reflected back by whatever it hits.
When a mosquito is detected, a second laser is instantaneously used to fatally zap the insect.
The basic Photon Matrix has a 90-degree, 3-meter scanning and killing range, which is boosted to 6 meters in a Pro version.
Both models are claimed to be capable of dispatching up to 30 mosquitoes per second even in the dark.
OPS: The Photon Matrix mosquito killer.
Picture supplied by Ferrari (FOTO: DUKAS/FERRARI PRESS) -
DUKAS_186613836_FER
Laser guided mosquito zapper
Ferrari Press Agency
Mosquito 1
Ref 16957
03/07/2025
See Ferrari text
Picture MUST credit: Photon Matrix
A tiny laser designed to zap mosquitoes dead in the home and outdoors has been unveiled.
The Photon Matrix is said to be capable of detecting a mosquito and gauging its distance, orientation and body size within just 3 milliseconds.
It also knows not to target anything larger than 2cm.
The makers claim it can effectively target mosquitoes with a flight speed of no more than one meter a second and between 2mm and 20mm long.
But it is admitted its efficacy on house flies and similarly fast-moving insects is “significantly diminished.”
The device uses a LiDAR light detection and ranging module which determines the locations of objects by emitting laser light pulses.
It then measures how long it takes that laser light to be reflected back by whatever it hits.
When a mosquito is detected, a second laser is instantaneously used to fatally zap the insect.
The basic Photon Matrix has a 90-degree, 3-meter scanning and killing range, which is boosted to 6 meters in a Pro version.
Both models are claimed to be capable of dispatching up to 30 mosquitoes per second even in the dark.
OPS: The Photon Matrix mosquito killer.
Picture supplied by Ferrari (FOTO: DUKAS/FERRARI PRESS) -
DUKAS_186613835_FER
Laser guided mosquito zapper
Ferrari Press Agency
Mosquito 1
Ref 16957
03/07/2025
See Ferrari text
Picture MUST credit: Photon Matrix
A tiny laser designed to zap mosquitoes dead in the home and outdoors has been unveiled.
The Photon Matrix is said to be capable of detecting a mosquito and gauging its distance, orientation and body size within just 3 milliseconds.
It also knows not to target anything larger than 2cm.
The makers claim it can effectively target mosquitoes with a flight speed of no more than one meter a second and between 2mm and 20mm long.
But it is admitted its efficacy on house flies and similarly fast-moving insects is “significantly diminished.”
The device uses a LiDAR light detection and ranging module which determines the locations of objects by emitting laser light pulses.
It then measures how long it takes that laser light to be reflected back by whatever it hits.
When a mosquito is detected, a second laser is instantaneously used to fatally zap the insect.
The basic Photon Matrix has a 90-degree, 3-meter scanning and killing range, which is boosted to 6 meters in a Pro version.
Both models are claimed to be capable of dispatching up to 30 mosquitoes per second even in the dark.
OPS: A mosquito zapped by the Photon Matrix
Picture supplied by Ferrari (FOTO: DUKAS/FERRARI PRESS) -
DUKAS_186613833_FER
Laser guided mosquito zapper
Ferrari Press Agency
Mosquito 1
Ref 16957
03/07/2025
See Ferrari text
Picture MUST credit: Photon Matrix
A tiny laser designed to zap mosquitoes dead in the home and outdoors has been unveiled.
The Photon Matrix is said to be capable of detecting a mosquito and gauging its distance, orientation and body size within just 3 milliseconds.
It also knows not to target anything larger than 2cm.
The makers claim it can effectively target mosquitoes with a flight speed of no more than one meter a second and between 2mm and 20mm long.
But it is admitted its efficacy on house flies and similarly fast-moving insects is “significantly diminished.”
The device uses a LiDAR light detection and ranging module which determines the locations of objects by emitting laser light pulses.
It then measures how long it takes that laser light to be reflected back by whatever it hits.
When a mosquito is detected, a second laser is instantaneously used to fatally zap the insect.
The basic Photon Matrix has a 90-degree, 3-meter scanning and killing range, which is boosted to 6 meters in a Pro version.
Both models are claimed to be capable of dispatching up to 30 mosquitoes per second even in the dark.
OPS: The Photon Matrix mosquito killer.
Picture supplied by Ferrari (FOTO: DUKAS/FERRARI PRESS) -
DUKAS_186132957_FER
Record power transmit through the air by laser
Ferrari Press Agency
Wireless 1
Ref 16910
18/06/2025
See Ferrari text
Picture MUST credit: DARPA
The US military has set a record for transmitting power wirelessly over long distance using laser beams.The tech is being developed to provide reliable power sources to the military as well as humanitarian operations. By sending power through the air it does away with increasingly complex supply lines.The US defence agency DARPA which is responsible for the development of emerging technologies is working on the programme codenamed POWER to build transmission lines of light using laser beams to carry power as required.Previously, the POWER system managed to use a laser to beam 230 watts 1.7 km for 25 seconds, and an undisclosed lesser amount of power as far as 3.7 km. Now, DARPA has managed to increase this to 800 watts for 30 seconds at a distance of 8.6 km.The system is built around a ball-like structure called the Power Receiver Array Demo.It has a compact aperture that allows a laser beam to enter. This beam strikes a parabolic mirror that scatters the light and shines it on an array of dozens of photovoltaic cells. These convert the laser light into electricity.Both the emitter and the receptor were situated on the ground for the test which was done at a laser systems test facility at the U.S. Army’s White Sands Missile Range in New Mexico.
OPS: Artist's concept of the laser power relay in action using a drone. The current record was done from a ground based laser and receiver.
Picture supplied by Ferrari (FOTO: DUKAS/FERRARI PRESS) -
DUKAS_186132956_FER
Record power transmit through the air by laser
Ferrari Press Agency
Wireless 1
Ref 16910
18/06/2025
See Ferrari text
Picture MUST credit: DARPA
The US military has set a record for transmitting power wirelessly over long distance using laser beams.The tech is being developed to provide reliable power sources to the military as well as humanitarian operations. By sending power through the air it does away with increasingly complex supply lines.The US defence agency DARPA which is responsible for the development of emerging technologies is working on the programme codenamed POWER to build transmission lines of light using laser beams to carry power as required.Previously, the POWER system managed to use a laser to beam 230 watts 1.7 km for 25 seconds, and an undisclosed lesser amount of power as far as 3.7 km. Now, DARPA has managed to increase this to 800 watts for 30 seconds at a distance of 8.6 km.The system is built around a ball-like structure called the Power Receiver Array Demo.It has a compact aperture that allows a laser beam to enter. This beam strikes a parabolic mirror that scatters the light and shines it on an array of dozens of photovoltaic cells. These convert the laser light into electricity.Both the emitter and the receptor were situated on the ground for the test which was done at a laser systems test facility at the U.S. Army’s White Sands Missile Range in New Mexico.
OPS: Artist's concept of the laser power relay in action using a drone. The current record was done from a ground based laser and receiver.
Picture supplied by Ferrari (FOTO: DUKAS/FERRARI PRESS) -
DUKAS_185410202_FER
Military laser downs drones in world first
Ferrari Press Agency
Laser 1
Ref 16858
29/05/2025
See Ferrari text
Picture MUST credit: Rafael Advanced Defense Systems
A military laser system has been used to destroy multiple drone targets in combat for the first time, according to the maker.
Israel-based Rafael Advanced Defense Systems produced footage of a drone being struck on the wing by the high intensity beam and bursting into flames.
The company has not detailed when and where the engagement took place.
It was used as part of Israel's conflict with Hamas in Gaza known as the Swords of Iron operation.
A Rafael spokesperson said during the Swords of Iron war, soldiers from the Israel Air Force air defence unit “operated high-power laser system prototypes in the field, successfully intercepting scores of enemy threats.”
The system used to down the drones complements a more powerful laser weapon known as Iron Beam currently under development.
This is expected to be delivered to the Israeli Defence Force later this year.
OPS: The laser system used in the drone operation
Picture supplied by Ferrari (FOTO: DUKAS/FERRARI PRESS) -
DUKAS_185410200_FER
Military laser downs drones in world first
Ferrari Press Agency
Laser 1
Ref 16858
29/05/2025
See Ferrari text
Picture MUST credit: Rafael Advanced Defense Systems
A military laser system has been used to destroy multiple drone targets in combat for the first time, according to the maker.
Israel-based Rafael Advanced Defense Systems produced footage of a drone being struck on the wing by the high intensity beam and bursting into flames.
The company has not detailed when and where the engagement took place.
It was used as part of Israel's conflict with Hamas in Gaza known as the Swords of Iron operation.
A Rafael spokesperson said during the Swords of Iron war, soldiers from the Israel Air Force air defence unit “operated high-power laser system prototypes in the field, successfully intercepting scores of enemy threats.”
The system used to down the drones complements a more powerful laser weapon known as Iron Beam currently under development.
This is expected to be delivered to the Israeli Defence Force later this year.
OPS: The laser locks onto an enemy done which eventually bursts into flames.
Picture supplied by Ferrari (FOTO: DUKAS/FERRARI PRESS) -
DUKAS_185410198_FER
Military laser downs drones in world first
Ferrari Press Agency
Laser 1
Ref 16858
29/05/2025
See Ferrari text
Picture MUST credit: Rafael Advanced Defense Systems
A military laser system has been used to destroy multiple drone targets in combat for the first time, according to the maker.
Israel-based Rafael Advanced Defense Systems produced footage of a drone being struck on the wing by the high intensity beam and bursting into flames.
The company has not detailed when and where the engagement took place.
It was used as part of Israel's conflict with Hamas in Gaza known as the Swords of Iron operation.
A Rafael spokesperson said during the Swords of Iron war, soldiers from the Israel Air Force air defence unit “operated high-power laser system prototypes in the field, successfully intercepting scores of enemy threats.”
The system used to down the drones complements a more powerful laser weapon known as Iron Beam currently under development.
This is expected to be delivered to the Israeli Defence Force later this year.
OPS: The laser locks onto an enemy done which eventually bursts into flames.
Picture supplied by Ferrari (FOTO: DUKAS/FERRARI PRESS) -
DUKAS_185410197_FER
Military laser downs drones in world first
Ferrari Press Agency
Laser 1
Ref 16858
29/05/2025
See Ferrari text
Picture MUST credit: Rafael Advanced Defense Systems
A military laser system has been used to destroy multiple drone targets in combat for the first time, according to the maker.
Israel-based Rafael Advanced Defense Systems produced footage of a drone being struck on the wing by the high intensity beam and bursting into flames.
The company has not detailed when and where the engagement took place.
It was used as part of Israel's conflict with Hamas in Gaza known as the Swords of Iron operation.
A Rafael spokesperson said during the Swords of Iron war, soldiers from the Israel Air Force air defence unit “operated high-power laser system prototypes in the field, successfully intercepting scores of enemy threats.”
The system used to down the drones complements a more powerful laser weapon known as Iron Beam currently under development.
This is expected to be delivered to the Israeli Defence Force later this year.
OPS: The laser locks onto an enemy done which eventually bursts into flames.
Picture supplied by Ferrari (FOTO: DUKAS/FERRARI PRESS) -
DUKAS_185410210_FER
Military laser downs drones in world first
Ferrari Press Agency
Laser 1
Ref 16858
29/05/2025
See Ferrari text
Picture MUST credit: Rafael Advanced Defense Systems
A military laser system has been used to destroy multiple drone targets in combat for the first time, according to the maker.
Israel-based Rafael Advanced Defense Systems produced footage of a drone being struck on the wing by the high intensity beam and bursting into flames.
The company has not detailed when and where the engagement took place.
It was used as part of Israel's conflict with Hamas in Gaza known as the Swords of Iron operation.
A Rafael spokesperson said during the Swords of Iron war, soldiers from the Israel Air Force air defence unit “operated high-power laser system prototypes in the field, successfully intercepting scores of enemy threats.”
The system used to down the drones complements a more powerful laser weapon known as Iron Beam currently under development.
This is expected to be delivered to the Israeli Defence Force later this year.
OPS: The laser locks onto an enemy done which eventually bursts into flames.
Picture supplied by Ferrari (FOTO: DUKAS/FERRARI PRESS) -
DUKAS_185410207_FER
Military laser downs drones in world first
Ferrari Press Agency
Laser 1
Ref 16858
29/05/2025
See Ferrari text
Picture MUST credit: Rafael Advanced Defense Systems
A military laser system has been used to destroy multiple drone targets in combat for the first time, according to the maker.
Israel-based Rafael Advanced Defense Systems produced footage of a drone being struck on the wing by the high intensity beam and bursting into flames.
The company has not detailed when and where the engagement took place.
It was used as part of Israel's conflict with Hamas in Gaza known as the Swords of Iron operation.
A Rafael spokesperson said during the Swords of Iron war, soldiers from the Israel Air Force air defence unit “operated high-power laser system prototypes in the field, successfully intercepting scores of enemy threats.”
The system used to down the drones complements a more powerful laser weapon known as Iron Beam currently under development.
This is expected to be delivered to the Israeli Defence Force later this year.
OPS: The laser locks onto an enemy done which eventually bursts into flames.
Picture supplied by Ferrari (FOTO: DUKAS/FERRARI PRESS) -
DUKAS_185410206_FER
Military laser downs drones in world first
Ferrari Press Agency
Laser 1
Ref 16858
29/05/2025
See Ferrari text
Picture MUST credit: Rafael Advanced Defense Systems
A military laser system has been used to destroy multiple drone targets in combat for the first time, according to the maker.
Israel-based Rafael Advanced Defense Systems produced footage of a drone being struck on the wing by the high intensity beam and bursting into flames.
The company has not detailed when and where the engagement took place.
It was used as part of Israel's conflict with Hamas in Gaza known as the Swords of Iron operation.
A Rafael spokesperson said during the Swords of Iron war, soldiers from the Israel Air Force air defence unit “operated high-power laser system prototypes in the field, successfully intercepting scores of enemy threats.”
The system used to down the drones complements a more powerful laser weapon known as Iron Beam currently under development.
This is expected to be delivered to the Israeli Defence Force later this year.
OPS: The laser system used in the drone operation
Picture supplied by Ferrari (FOTO: DUKAS/FERRARI PRESS) -
DUKAS_185410205_FER
Military laser downs drones in world first
Ferrari Press Agency
Laser 1
Ref 16858
29/05/2025
See Ferrari text
Picture MUST credit: Rafael Advanced Defense Systems
A military laser system has been used to destroy multiple drone targets in combat for the first time, according to the maker.
Israel-based Rafael Advanced Defense Systems produced footage of a drone being struck on the wing by the high intensity beam and bursting into flames.
The company has not detailed when and where the engagement took place.
It was used as part of Israel's conflict with Hamas in Gaza known as the Swords of Iron operation.
A Rafael spokesperson said during the Swords of Iron war, soldiers from the Israel Air Force air defence unit “operated high-power laser system prototypes in the field, successfully intercepting scores of enemy threats.”
The system used to down the drones complements a more powerful laser weapon known as Iron Beam currently under development.
This is expected to be delivered to the Israeli Defence Force later this year.
OPS: The laser system control room.
Picture supplied by Ferrari (FOTO: DUKAS/FERRARI PRESS) -
DUKAS_185410204_FER
Military laser downs drones in world first
Ferrari Press Agency
Laser 1
Ref 16858
29/05/2025
See Ferrari text
Picture MUST credit: Rafael Advanced Defense Systems
A military laser system has been used to destroy multiple drone targets in combat for the first time, according to the maker.
Israel-based Rafael Advanced Defense Systems produced footage of a drone being struck on the wing by the high intensity beam and bursting into flames.
The company has not detailed when and where the engagement took place.
It was used as part of Israel's conflict with Hamas in Gaza known as the Swords of Iron operation.
A Rafael spokesperson said during the Swords of Iron war, soldiers from the Israel Air Force air defence unit “operated high-power laser system prototypes in the field, successfully intercepting scores of enemy threats.”
The system used to down the drones complements a more powerful laser weapon known as Iron Beam currently under development.
This is expected to be delivered to the Israeli Defence Force later this year.
OPS: The laser system used in the drone operation
Picture supplied by Ferrari (FOTO: DUKAS/FERRARI PRESS) -
DUKAS_185410203_FER
Military laser downs drones in world first
Ferrari Press Agency
Laser 1
Ref 16858
29/05/2025
See Ferrari text
Picture MUST credit: Rafael Advanced Defense Systems
A military laser system has been used to destroy multiple drone targets in combat for the first time, according to the maker.
Israel-based Rafael Advanced Defense Systems produced footage of a drone being struck on the wing by the high intensity beam and bursting into flames.
The company has not detailed when and where the engagement took place.
It was used as part of Israel's conflict with Hamas in Gaza known as the Swords of Iron operation.
A Rafael spokesperson said during the Swords of Iron war, soldiers from the Israel Air Force air defence unit “operated high-power laser system prototypes in the field, successfully intercepting scores of enemy threats.”
The system used to down the drones complements a more powerful laser weapon known as Iron Beam currently under development.
This is expected to be delivered to the Israeli Defence Force later this year.
OPS: The laser system used in the drone operation
Picture supplied by Ferrari (FOTO: DUKAS/FERRARI PRESS) -
DUKAS_185410201_FER
Military laser downs drones in world first
Ferrari Press Agency
Laser 1
Ref 16858
29/05/2025
See Ferrari text
Picture MUST credit: Rafael Advanced Defense Systems
A military laser system has been used to destroy multiple drone targets in combat for the first time, according to the maker.
Israel-based Rafael Advanced Defense Systems produced footage of a drone being struck on the wing by the high intensity beam and bursting into flames.
The company has not detailed when and where the engagement took place.
It was used as part of Israel's conflict with Hamas in Gaza known as the Swords of Iron operation.
A Rafael spokesperson said during the Swords of Iron war, soldiers from the Israel Air Force air defence unit “operated high-power laser system prototypes in the field, successfully intercepting scores of enemy threats.”
The system used to down the drones complements a more powerful laser weapon known as Iron Beam currently under development.
This is expected to be delivered to the Israeli Defence Force later this year.
OPS: The laser locks onto an enemy done which eventually bursts into flames.
Picture supplied by Ferrari (FOTO: DUKAS/FERRARI PRESS) -
DUKAS_177148656_POL
EXCLUSIVE: Israel special commando unit Shayetet 13
EXCLUSIVE:
2022-2023 - Israel: An exclusive full year reportage of Shayetet 13 in training and in operations. A team of combatants in breaking in and shooting training. Shayetet 13 is a unit of the Israeli Navy and one of the primary sayeret (reconnaissance) units of the Israel Defense Forces. Shayetet 13 specializes in sea-to-land incursions, counter-terrorism, sabotage, maritime intelligence gathering, maritime hostage rescue, and boarding. The unit is trained for sea, air and land actions. The unit has taken part in almost all of Israel's major wars, as well as other actions. (Ziv Koren/Polaris) (FOTO:DUKAS/POLARIS)
Ziv Koren -
DUKAS_177148618_POL
EXCLUSIVE: Israel special commando unit Shayetet 13
EXCLUSIVE:
2022-2023 - Israel: An exclusive full year reportage of Shayetet 13 in training and in operations. A team of combatants in breaking in and shooting training. Shayetet 13 is a unit of the Israeli Navy and one of the primary sayeret (reconnaissance) units of the Israel Defense Forces. Shayetet 13 specializes in sea-to-land incursions, counter-terrorism, sabotage, maritime intelligence gathering, maritime hostage rescue, and boarding. The unit is trained for sea, air and land actions. The unit has taken part in almost all of Israel's major wars, as well as other actions. (Ziv Koren/Polaris) (FOTO:DUKAS/POLARIS)
Ziv Koren -
DUKAS_176184415_BES
Une start-up technologique a annoncé un projet visant à récolter l'énergie solaire dans l'espace et à la renvoyer là où elle est nécessaire sur Terre
Picture MUST credit: Aetherflux. A plan to harvest solar power in space and beam it back to where it is needed on Earth, has been announced by a tech startup. The US based company, called Aetherflux, plans to set up a swarm of satellites in low Earth orbit. Each one would be each equipped with a solar panel, a battery and an infrared laser to transmit the power down to the ground. The company wants to put up thousands of these satellites up to accumulate massive amounts of energy. The concept of space-based solar power is not new but ideas on how to harvest it have involved large spacecraft in geostationary orbit using radio waves to transmit back to Earth. Aetherflux is working toward its first mission now, with the aim of sending up a demonstration spacecraft in late 2025 or early 2026. It is already under construction and will aim to demonstrate solar energy transmission using the infrared laser is possible. Picture supplied by JLPPA
JLPPA / Bestimage -
DUK10142220_009
FEATURE - Laserbewaffnetes autonomes Landwirtschaftsfahrzeug zupft bis zu 100'000 Unkräuter pro Stunde
Ferrari Press Agency
Weeder 1
Ref 12871
27/04/2021
See Ferrari text
Pictures must credit: Carbon Robotics
An autonomous farm vehicle that can take out thousands of weeds in an hour using a laser.And it is set to make the industry less reliant on chemicals.It can seek out invasive, undesirable plants leaving the crops healthy and , it is claimed, leave farmers with more money and time on their hands.US company Carbon Robotics based in Seattle has developed a 4,300-kg four-wheeled robot that uses GPS and computer vision to criss-cross fields.It uses an onboard supercomputer and high-resolution cameras to identify unwanted plants, and then eight 150-W lasers to kill them off with thermal energy by targeting a plant tissue called the meristem.They are only found is certain parts of the plant such as the tip of roots and shoots and are capable of cell division.Once the meristem is destroyed the plant cannot survive and dies.The machine is able to destroy up to100,000 weeds an hour.
OPS:The Carbon Robotics autonomous weeder in action
Picture supplied by Ferrari (FOTO: DUKAS/FERRARI PRESS)
(c) Dukas -
DUK10142220_008
FEATURE - Laserbewaffnetes autonomes Landwirtschaftsfahrzeug zupft bis zu 100'000 Unkräuter pro Stunde
Ferrari Press Agency
Weeder 1
Ref 12871
27/04/2021
See Ferrari text
Pictures must credit: Carbon Robotics
An autonomous farm vehicle that can take out thousands of weeds in an hour using a laser.And it is set to make the industry less reliant on chemicals.It can seek out invasive, undesirable plants leaving the crops healthy and , it is claimed, leave farmers with more money and time on their hands.US company Carbon Robotics based in Seattle has developed a 4,300-kg four-wheeled robot that uses GPS and computer vision to criss-cross fields.It uses an onboard supercomputer and high-resolution cameras to identify unwanted plants, and then eight 150-W lasers to kill them off with thermal energy by targeting a plant tissue called the meristem.They are only found is certain parts of the plant such as the tip of roots and shoots and are capable of cell division.Once the meristem is destroyed the plant cannot survive and dies.The machine is able to destroy up to100,000 weeds an hour.
OPS:The Carbon Robotics autonomous weeder in action. Scanning for weeds. It uses AI to pinpoint them for a laser blast (Left, top image)
Picture supplied by Ferrari (FOTO: DUKAS/FERRARI PRESS)
(c) Dukas -
DUK10142220_007
FEATURE - Laserbewaffnetes autonomes Landwirtschaftsfahrzeug zupft bis zu 100'000 Unkräuter pro Stunde
Ferrari Press Agency
Weeder 1
Ref 12871
27/04/2021
See Ferrari text
Pictures must credit: Carbon Robotics
An autonomous farm vehicle that can take out thousands of weeds in an hour using a laser.And it is set to make the industry less reliant on chemicals.It can seek out invasive, undesirable plants leaving the crops healthy and , it is claimed, leave farmers with more money and time on their hands.US company Carbon Robotics based in Seattle has developed a 4,300-kg four-wheeled robot that uses GPS and computer vision to criss-cross fields.It uses an onboard supercomputer and high-resolution cameras to identify unwanted plants, and then eight 150-W lasers to kill them off with thermal energy by targeting a plant tissue called the meristem.They are only found is certain parts of the plant such as the tip of roots and shoots and are capable of cell division.Once the meristem is destroyed the plant cannot survive and dies.The machine is able to destroy up to100,000 weeds an hour.
OPS:The Carbon Robotics autonomous weeder in action. Turning around at the end of a run
Picture supplied by Ferrari (FOTO: DUKAS/FERRARI PRESS)
(c) Dukas -
DUK10142220_006
FEATURE - Laserbewaffnetes autonomes Landwirtschaftsfahrzeug zupft bis zu 100'000 Unkräuter pro Stunde
Ferrari Press Agency
Weeder 1
Ref 12871
27/04/2021
See Ferrari text
Pictures must credit: Carbon Robotics
An autonomous farm vehicle that can take out thousands of weeds in an hour using a laser.And it is set to make the industry less reliant on chemicals.It can seek out invasive, undesirable plants leaving the crops healthy and , it is claimed, leave farmers with more money and time on their hands.US company Carbon Robotics based in Seattle has developed a 4,300-kg four-wheeled robot that uses GPS and computer vision to criss-cross fields.It uses an onboard supercomputer and high-resolution cameras to identify unwanted plants, and then eight 150-W lasers to kill them off with thermal energy by targeting a plant tissue called the meristem.They are only found is certain parts of the plant such as the tip of roots and shoots and are capable of cell division.Once the meristem is destroyed the plant cannot survive and dies.The machine is able to destroy up to100,000 weeds an hour.
OPS:The Carbon Robotics autonomous weeder in action
Picture supplied by Ferrari (FOTO: DUKAS/FERRARI PRESS)
(c) Dukas -
DUK10142220_005
FEATURE - Laserbewaffnetes autonomes Landwirtschaftsfahrzeug zupft bis zu 100'000 Unkräuter pro Stunde
Ferrari Press Agency
Weeder 1
Ref 12871
27/04/2021
See Ferrari text
Pictures must credit: Carbon Robotics
An autonomous farm vehicle that can take out thousands of weeds in an hour using a laser.And it is set to make the industry less reliant on chemicals.It can seek out invasive, undesirable plants leaving the crops healthy and , it is claimed, leave farmers with more money and time on their hands.US company Carbon Robotics based in Seattle has developed a 4,300-kg four-wheeled robot that uses GPS and computer vision to criss-cross fields.It uses an onboard supercomputer and high-resolution cameras to identify unwanted plants, and then eight 150-W lasers to kill them off with thermal energy by targeting a plant tissue called the meristem.They are only found is certain parts of the plant such as the tip of roots and shoots and are capable of cell division.Once the meristem is destroyed the plant cannot survive and dies.The machine is able to destroy up to100,000 weeds an hour.
OPS:The Carbon Robotics autonomous weeder in action
Picture supplied by Ferrari (FOTO: DUKAS/FERRARI PRESS)
(c) Dukas -
DUK10142220_004
FEATURE - Laserbewaffnetes autonomes Landwirtschaftsfahrzeug zupft bis zu 100'000 Unkräuter pro Stunde
Ferrari Press Agency
Weeder 1
Ref 12871
27/04/2021
See Ferrari text
Pictures must credit: Carbon Robotics
An autonomous farm vehicle that can take out thousands of weeds in an hour using a laser.And it is set to make the industry less reliant on chemicals.It can seek out invasive, undesirable plants leaving the crops healthy and , it is claimed, leave farmers with more money and time on their hands.US company Carbon Robotics based in Seattle has developed a 4,300-kg four-wheeled robot that uses GPS and computer vision to criss-cross fields.It uses an onboard supercomputer and high-resolution cameras to identify unwanted plants, and then eight 150-W lasers to kill them off with thermal energy by targeting a plant tissue called the meristem.They are only found is certain parts of the plant such as the tip of roots and shoots and are capable of cell division.Once the meristem is destroyed the plant cannot survive and dies.The machine is able to destroy up to100,000 weeds an hour.
OPS:The Carbon Robotics autonomous weeder in action. Making a turn as it reaches the end of the field
Picture supplied by Ferrari (FOTO: DUKAS/FERRARI PRESS)
(c) Dukas -
DUK10142220_003
FEATURE - Laserbewaffnetes autonomes Landwirtschaftsfahrzeug zupft bis zu 100'000 Unkräuter pro Stunde
Ferrari Press Agency
Weeder 1
Ref 12871
27/04/2021
See Ferrari text
Pictures must credit: Carbon Robotics
An autonomous farm vehicle that can take out thousands of weeds in an hour using a laser.And it is set to make the industry less reliant on chemicals.It can seek out invasive, undesirable plants leaving the crops healthy and , it is claimed, leave farmers with more money and time on their hands.US company Carbon Robotics based in Seattle has developed a 4,300-kg four-wheeled robot that uses GPS and computer vision to criss-cross fields.It uses an onboard supercomputer and high-resolution cameras to identify unwanted plants, and then eight 150-W lasers to kill them off with thermal energy by targeting a plant tissue called the meristem.They are only found is certain parts of the plant such as the tip of roots and shoots and are capable of cell division.Once the meristem is destroyed the plant cannot survive and dies.The machine is able to destroy up to100,000 weeds an hour.
OPS:The Carbon Robotics autonomous weeder in action
Picture supplied by Ferrari (FOTO: DUKAS/FERRARI PRESS)
(c) Dukas -
DUK10142220_002
FEATURE - Laserbewaffnetes autonomes Landwirtschaftsfahrzeug zupft bis zu 100'000 Unkräuter pro Stunde
Ferrari Press Agency
Weeder 1
Ref 12871
27/04/2021
See Ferrari text
Pictures must credit: Carbon Robotics
An autonomous farm vehicle that can take out thousands of weeds in an hour using a laser.And it is set to make the industry less reliant on chemicals.It can seek out invasive, undesirable plants leaving the crops healthy and , it is claimed, leave farmers with more money and time on their hands.US company Carbon Robotics based in Seattle has developed a 4,300-kg four-wheeled robot that uses GPS and computer vision to criss-cross fields.It uses an onboard supercomputer and high-resolution cameras to identify unwanted plants, and then eight 150-W lasers to kill them off with thermal energy by targeting a plant tissue called the meristem.They are only found is certain parts of the plant such as the tip of roots and shoots and are capable of cell division.Once the meristem is destroyed the plant cannot survive and dies.The machine is able to destroy up to100,000 weeds an hour.
OPS:The Carbon Robotics autonomous weeder in action. The machine is able to work through the night
Picture supplied by Ferrari (FOTO: DUKAS/FERRARI PRESS)
(c) Dukas -
DUK10142220_001
FEATURE - Laserbewaffnetes autonomes Landwirtschaftsfahrzeug zupft bis zu 100'000 Unkräuter pro Stunde
Ferrari Press Agency
Weeder 1
Ref 12871
27/04/2021
See Ferrari text
Pictures must credit: Carbon Robotics
An autonomous farm vehicle that can take out thousands of weeds in an hour using a laser.And it is set to make the industry less reliant on chemicals.It can seek out invasive, undesirable plants leaving the crops healthy and , it is claimed, leave farmers with more money and time on their hands.US company Carbon Robotics based in Seattle has developed a 4,300-kg four-wheeled robot that uses GPS and computer vision to criss-cross fields.It uses an onboard supercomputer and high-resolution cameras to identify unwanted plants, and then eight 150-W lasers to kill them off with thermal energy by targeting a plant tissue called the meristem.They are only found is certain parts of the plant such as the tip of roots and shoots and are capable of cell division.Once the meristem is destroyed the plant cannot survive and dies.The machine is able to destroy up to100,000 weeds an hour.
OPS:The Carbon Robotics autonomous weeder in action
Picture supplied by Ferrari (FOTO: DUKAS/FERRARI PRESS)
(c) Dukas -
DUK10136283_003
NEWS - Coronavirus: Neue Bilder zeigen die Intensität der Covid-19-Infektion
Ferrari Press Agency
Ref 12139
Graphene 1
11/09/2020
See Ferrari text
Picture must credit: City University of Hong Kong
Face masks have become an important tool in fighting against the COVID-19 pandemic. However, improper use or disposal of masks may lead to “secondary transmission”. A research team from City University of Hong Kong has successfully produced graphene masks with an anti-bacterial efficiency of 80%.This can be enhanced to almost 100% with exposure to sunlight for around 10 minutes.And all it takes is a special laser for converting material to graphene.Initial tests also showed very promising results in the deactivation of two species of coronavirus. The graphene masks are easily produced at low cost, and can help to resolve the problems of sourcing raw materials and disposing of non-biodegradable masks. Commonly used surgical masks are not anti-bacterial. This may lead to the risk of secondary transmission of bacterial infection when people touch the contaminated surfaces of the used masks or discard them improperly. The fabrics used as a bacterial filter also pose a threat to the environment as they are difficult to decompose.So scientists have been looking for alternative materials to make masks.The research was conducted by Dr Ye Ruquan, an assistant Ppofessor from the univeristy’s Department of Chemistry.
OPS:Graphene mask research team members: (front row from the left) Xu Siyu, Dr Ye Ruquan, Huang Libei, (back row from the left) Cao Xiaohu, Song Yun, and Su Jianjun.
Picture supplied by Ferrari (FOTO: DUKAS/FERRARI PRESS)
(c) Dukas -
DUK10133249_006
FEATURE - Clever: Halter für Maskenträger, damit sie leichter atmen können
Ferrari Press Agency
Frame 1
Ref 11871
18/06/20
See Ferrari text
Picture must credit: Monocircus
Here’s a simple product designed to help anti-virus mask or neck tube wearers breath more easily.Called Lacunal it can be used while running, trekking or performing any other athletic activity. The item is made via 3D printing laser sintering technology and is customised to fit individual facial sizes.The arch structure was created by designer Kazunori Takeishi of Japanese company Monocircus and will sell for $28 USDIt sits on the nose and chin, creating space between the fabric of the buff and the nose and mouth, allowing greater comfort with breathing, hence improving athletic performance. The nylong structure rests on just two points on the nose bridge and chin, parts of the face that are mainly bone and skin, and have the least muscular movement. It was designed that way so it does not hinder movements of the mouth and causes minimal discomfort.Wearing a neck tube or buff during a run, a trek or work out very often causes difficulty in breathing especially when the neck tube gets wet with sweat. With the Lacunal, the area around the nose and mouth has a layer of empty space, clear of any fabric, which makes it a lot more comfortable and easier to breathe especially during prolong training or exercise.The Lacunal , named after a Japanese word a gap , can also be used with fabric masks.
OPS:The Lacunal being worn under a neck tube
Picture supplied by Ferrari (FOTO: DUKAS/FERRARI PRESS)
(c) Dukas -
DUK10133249_005
FEATURE - Clever: Halter für Maskenträger, damit sie leichter atmen können
Ferrari Press Agency
Frame 1
Ref 11871
18/06/20
See Ferrari text
Picture must credit: Monocircus
Here’s a simple product designed to help anti-virus mask or neck tube wearers breath more easily.Called Lacunal it can be used while running, trekking or performing any other athletic activity. The item is made via 3D printing laser sintering technology and is customised to fit individual facial sizes.The arch structure was created by designer Kazunori Takeishi of Japanese company Monocircus and will sell for $28 USDIt sits on the nose and chin, creating space between the fabric of the buff and the nose and mouth, allowing greater comfort with breathing, hence improving athletic performance. The nylong structure rests on just two points on the nose bridge and chin, parts of the face that are mainly bone and skin, and have the least muscular movement. It was designed that way so it does not hinder movements of the mouth and causes minimal discomfort.Wearing a neck tube or buff during a run, a trek or work out very often causes difficulty in breathing especially when the neck tube gets wet with sweat. With the Lacunal, the area around the nose and mouth has a layer of empty space, clear of any fabric, which makes it a lot more comfortable and easier to breathe especially during prolong training or exercise.The Lacunal , named after a Japanese word a gap , can also be used with fabric masks.
OPS:The Lacunal being worn under a neck tube (left) and a neck tube without one (right) for comparison
Picture supplied by Ferrari (FOTO: DUKAS/FERRARI PRESS)
(c) Dukas -
DUK10133249_004
FEATURE - Clever: Halter für Maskenträger, damit sie leichter atmen können
Ferrari Press Agency
Frame 1
Ref 11871
18/06/20
See Ferrari text
Picture must credit: Monocircus
Here’s a simple product designed to help anti-virus mask or neck tube wearers breath more easily.Called Lacunal it can be used while running, trekking or performing any other athletic activity. The item is made via 3D printing laser sintering technology and is customised to fit individual facial sizes.The arch structure was created by designer Kazunori Takeishi of Japanese company Monocircus and will sell for $28 USDIt sits on the nose and chin, creating space between the fabric of the buff and the nose and mouth, allowing greater comfort with breathing, hence improving athletic performance. The nylong structure rests on just two points on the nose bridge and chin, parts of the face that are mainly bone and skin, and have the least muscular movement. It was designed that way so it does not hinder movements of the mouth and causes minimal discomfort.Wearing a neck tube or buff during a run, a trek or work out very often causes difficulty in breathing especially when the neck tube gets wet with sweat. With the Lacunal, the area around the nose and mouth has a layer of empty space, clear of any fabric, which makes it a lot more comfortable and easier to breathe especially during prolong training or exercise.The Lacunal , named after a Japanese word a gap , can also be used with fabric masks.
OPS:The Lacunal
Picture supplied by Ferrari (FOTO: DUKAS/FERRARI PRESS)
(c) Dukas -
DUK10133249_003
FEATURE - Clever: Halter für Maskenträger, damit sie leichter atmen können
Ferrari Press Agency
Frame 1
Ref 11871
18/06/20
See Ferrari text
Picture must credit: Monocircus
Here’s a simple product designed to help anti-virus mask or neck tube wearers breath more easily.Called Lacunal it can be used while running, trekking or performing any other athletic activity. The item is made via 3D printing laser sintering technology and is customised to fit individual facial sizes.The arch structure was created by designer Kazunori Takeishi of Japanese company Monocircus and will sell for $28 USDIt sits on the nose and chin, creating space between the fabric of the buff and the nose and mouth, allowing greater comfort with breathing, hence improving athletic performance. The nylong structure rests on just two points on the nose bridge and chin, parts of the face that are mainly bone and skin, and have the least muscular movement. It was designed that way so it does not hinder movements of the mouth and causes minimal discomfort.Wearing a neck tube or buff during a run, a trek or work out very often causes difficulty in breathing especially when the neck tube gets wet with sweat. With the Lacunal, the area around the nose and mouth has a layer of empty space, clear of any fabric, which makes it a lot more comfortable and easier to breathe especially during prolong training or exercise.The Lacunal , named after a Japanese word a gap , can also be used with fabric masks.
OPS:The Lacunal being worn under a neck tube
Picture supplied by Ferrari (FOTO: DUKAS/FERRARI PRESS)
(c) Dukas -
DUK10133249_002
FEATURE - Clever: Halter für Maskenträger, damit sie leichter atmen können
Ferrari Press Agency
Frame 1
Ref 11871
18/06/20
See Ferrari text
Picture must credit: Monocircus
Here’s a simple product designed to help anti-virus mask or neck tube wearers breath more easily.Called Lacunal it can be used while running, trekking or performing any other athletic activity. The item is made via 3D printing laser sintering technology and is customised to fit individual facial sizes.The arch structure was created by designer Kazunori Takeishi of Japanese company Monocircus and will sell for $28 USDIt sits on the nose and chin, creating space between the fabric of the buff and the nose and mouth, allowing greater comfort with breathing, hence improving athletic performance. The nylong structure rests on just two points on the nose bridge and chin, parts of the face that are mainly bone and skin, and have the least muscular movement. It was designed that way so it does not hinder movements of the mouth and causes minimal discomfort.Wearing a neck tube or buff during a run, a trek or work out very often causes difficulty in breathing especially when the neck tube gets wet with sweat. With the Lacunal, the area around the nose and mouth has a layer of empty space, clear of any fabric, which makes it a lot more comfortable and easier to breathe especially during prolong training or exercise.The Lacunal , named after a Japanese word a gap , can also be used with fabric masks.
OPS:A neck tube without a Lacunal to support it.
Picture supplied by Ferrari (FOTO: DUKAS/FERRARI PRESS)
(c) Dukas -
DUK10133249_001
FEATURE - Clever: Halter für Maskenträger, damit sie leichter atmen können
Ferrari Press Agency
Frame 1
Ref 11871
18/06/20
See Ferrari text
Picture must credit: Monocircus
Here’s a simple product designed to help anti-virus mask or neck tube wearers breath more easily.Called Lacunal it can be used while running, trekking or performing any other athletic activity. The item is made via 3D printing laser sintering technology and is customised to fit individual facial sizes.The arch structure was created by designer Kazunori Takeishi of Japanese company Monocircus and will sell for $28 USDIt sits on the nose and chin, creating space between the fabric of the buff and the nose and mouth, allowing greater comfort with breathing, hence improving athletic performance. The nylong structure rests on just two points on the nose bridge and chin, parts of the face that are mainly bone and skin, and have the least muscular movement. It was designed that way so it does not hinder movements of the mouth and causes minimal discomfort.Wearing a neck tube or buff during a run, a trek or work out very often causes difficulty in breathing especially when the neck tube gets wet with sweat. With the Lacunal, the area around the nose and mouth has a layer of empty space, clear of any fabric, which makes it a lot more comfortable and easier to breathe especially during prolong training or exercise.The Lacunal , named after a Japanese word a gap , can also be used with fabric masks.
OPS:The Lacunal being being placed on the face
Picture supplied by Ferrari (FOTO: DUKAS/FERRARI PRESS)
(c) Dukas -
DUK10132564_008
NEWS - US Navy testet leistungsstarken Drohnen-Zerstörungslaser
Ferrari Press Agency
Laser 1
Ref 11791
27/05/20
See Ferrari text
Picture must credit: US Navy
A US Navy ship has downed a drone using a high powered laser in a first-of-its-kind at-sea test .The service is currently developing and testing a portfolio of laser weapons, some of which are more powerful but only suited for ships with greater power-generation capabilitiesThe sea test was described as using a “high-energy laser weapon system.”The US Navy issue images of the test showing its ship the Portland firing its high-power laser weapon at an unmanned aerial vehicle while operating off Pearl Harbor, Hawaii, on May 16.The vessel is seen in silhouette against a red background to make the laser more visible,As the ship moves slowly across the water, a bright light suddenly appears from high on board, then sends a shaft of yellowy light.The scene then cuts to the drone which busts into flames and starts to crash back down into the sea.The Portland’s commanding officer Captain Karrey Sanders, said: “By conducting advanced at sea tests against unmanned aerial vehicles and small crafts, we will gain valuable information on the capabilities of the solid state laser weapons system demonstrator against potential threats.“The system is a unique capability the Portland gets to test and operate for the Navy, while paving the way for future weapons systems. “With this new advanced capability, we are redefining war at sea for the Navy.” Portland, an amphibious transport dock normally used for deploying troops into combat zones, was selected in 2018 to be the first ship to test the laser.
OPS: The Portland in silhouette . The laser reaches its apex with the intensity sbhowing white heat
Picture supplied by Ferrari (FOTO: DUKAS/FERRARI PRESS)
(c) Dukas -
DUK10132564_007
NEWS - US Navy testet leistungsstarken Drohnen-Zerstörungslaser
Ferrari Press Agency
Laser 1
Ref 11791
27/05/20
See Ferrari text
Picture must credit: US Navy
A US Navy ship has downed a drone using a high powered laser in a first-of-its-kind at-sea test .The service is currently developing and testing a portfolio of laser weapons, some of which are more powerful but only suited for ships with greater power-generation capabilitiesThe sea test was described as using a “high-energy laser weapon system.”The US Navy issue images of the test showing its ship the Portland firing its high-power laser weapon at an unmanned aerial vehicle while operating off Pearl Harbor, Hawaii, on May 16.The vessel is seen in silhouette against a red background to make the laser more visible,As the ship moves slowly across the water, a bright light suddenly appears from high on board, then sends a shaft of yellowy light.The scene then cuts to the drone which busts into flames and starts to crash back down into the sea.The Portland’s commanding officer Captain Karrey Sanders, said: “By conducting advanced at sea tests against unmanned aerial vehicles and small crafts, we will gain valuable information on the capabilities of the solid state laser weapons system demonstrator against potential threats.“The system is a unique capability the Portland gets to test and operate for the Navy, while paving the way for future weapons systems. “With this new advanced capability, we are redefining war at sea for the Navy.” Portland, an amphibious transport dock normally used for deploying troops into combat zones, was selected in 2018 to be the first ship to test the laser.
OPS: The targetted drone is shown bursting into flames and then plunging from the sky
Picture supplied by Ferrari (FOTO: DUKAS/FERRARI PRESS)
(c) Dukas -
DUK10132564_006
NEWS - US Navy testet leistungsstarken Drohnen-Zerstörungslaser
Ferrari Press Agency
Laser 1
Ref 11791
27/05/20
See Ferrari text
Picture must credit: US Navy
A US Navy ship has downed a drone using a high powered laser in a first-of-its-kind at-sea test .The service is currently developing and testing a portfolio of laser weapons, some of which are more powerful but only suited for ships with greater power-generation capabilitiesThe sea test was described as using a “high-energy laser weapon system.”The US Navy issue images of the test showing its ship the Portland firing its high-power laser weapon at an unmanned aerial vehicle while operating off Pearl Harbor, Hawaii, on May 16.The vessel is seen in silhouette against a red background to make the laser more visible,As the ship moves slowly across the water, a bright light suddenly appears from high on board, then sends a shaft of yellowy light.The scene then cuts to the drone which busts into flames and starts to crash back down into the sea.The Portland’s commanding officer Captain Karrey Sanders, said: “By conducting advanced at sea tests against unmanned aerial vehicles and small crafts, we will gain valuable information on the capabilities of the solid state laser weapons system demonstrator against potential threats.“The system is a unique capability the Portland gets to test and operate for the Navy, while paving the way for future weapons systems. “With this new advanced capability, we are redefining war at sea for the Navy.” Portland, an amphibious transport dock normally used for deploying troops into combat zones, was selected in 2018 to be the first ship to test the laser.
OPS: The Portland in silhouette before the laser firing.
Picture supplied by Ferrari (FOTO: DUKAS/FERRARI PRESS)
(c) Dukas -
DUK10132564_005
NEWS - US Navy testet leistungsstarken Drohnen-Zerstörungslaser
Ferrari Press Agency
Laser 1
Ref 11791
27/05/20
See Ferrari text
Picture must credit: US Navy
A US Navy ship has downed a drone using a high powered laser in a first-of-its-kind at-sea test .The service is currently developing and testing a portfolio of laser weapons, some of which are more powerful but only suited for ships with greater power-generation capabilitiesThe sea test was described as using a “high-energy laser weapon system.”The US Navy issue images of the test showing its ship the Portland firing its high-power laser weapon at an unmanned aerial vehicle while operating off Pearl Harbor, Hawaii, on May 16.The vessel is seen in silhouette against a red background to make the laser more visible,As the ship moves slowly across the water, a bright light suddenly appears from high on board, then sends a shaft of yellowy light.The scene then cuts to the drone which busts into flames and starts to crash back down into the sea.The Portland’s commanding officer Captain Karrey Sanders, said: “By conducting advanced at sea tests against unmanned aerial vehicles and small crafts, we will gain valuable information on the capabilities of the solid state laser weapons system demonstrator against potential threats.“The system is a unique capability the Portland gets to test and operate for the Navy, while paving the way for future weapons systems. “With this new advanced capability, we are redefining war at sea for the Navy.” Portland, an amphibious transport dock normally used for deploying troops into combat zones, was selected in 2018 to be the first ship to test the laser.
OPS: The Portland in silhouette as a white light is the fiurst inducation the laser has fired
Picture supplied by Ferrari (FOTO: DUKAS/FERRARI PRESS)
(c) Dukas -
DUK10132564_004
NEWS - US Navy testet leistungsstarken Drohnen-Zerstörungslaser
Ferrari Press Agency
Laser 1
Ref 11791
27/05/20
See Ferrari text
Picture must credit: US Navy
A US Navy ship has downed a drone using a high powered laser in a first-of-its-kind at-sea test .The service is currently developing and testing a portfolio of laser weapons, some of which are more powerful but only suited for ships with greater power-generation capabilitiesThe sea test was described as using a “high-energy laser weapon system.”The US Navy issue images of the test showing its ship the Portland firing its high-power laser weapon at an unmanned aerial vehicle while operating off Pearl Harbor, Hawaii, on May 16.The vessel is seen in silhouette against a red background to make the laser more visible,As the ship moves slowly across the water, a bright light suddenly appears from high on board, then sends a shaft of yellowy light.The scene then cuts to the drone which busts into flames and starts to crash back down into the sea.The Portland’s commanding officer Captain Karrey Sanders, said: “By conducting advanced at sea tests against unmanned aerial vehicles and small crafts, we will gain valuable information on the capabilities of the solid state laser weapons system demonstrator against potential threats.“The system is a unique capability the Portland gets to test and operate for the Navy, while paving the way for future weapons systems. “With this new advanced capability, we are redefining war at sea for the Navy.” Portland, an amphibious transport dock normally used for deploying troops into combat zones, was selected in 2018 to be the first ship to test the laser.
OPS: The targetted drone is shown bursting into flames and then plunging from the sky
Picture supplied by Ferrari (FOTO: DUKAS/FERRARI PRESS)
(c) Dukas -
DUK10132564_003
NEWS - US Navy testet leistungsstarken Drohnen-Zerstörungslaser
Ferrari Press Agency
Laser 1
Ref 11791
27/05/20
See Ferrari text
Picture must credit: US Navy
A US Navy ship has downed a drone using a high powered laser in a first-of-its-kind at-sea test .The service is currently developing and testing a portfolio of laser weapons, some of which are more powerful but only suited for ships with greater power-generation capabilitiesThe sea test was described as using a “high-energy laser weapon system.”The US Navy issue images of the test showing its ship the Portland firing its high-power laser weapon at an unmanned aerial vehicle while operating off Pearl Harbor, Hawaii, on May 16.The vessel is seen in silhouette against a red background to make the laser more visible,As the ship moves slowly across the water, a bright light suddenly appears from high on board, then sends a shaft of yellowy light.The scene then cuts to the drone which busts into flames and starts to crash back down into the sea.The Portland’s commanding officer Captain Karrey Sanders, said: “By conducting advanced at sea tests against unmanned aerial vehicles and small crafts, we will gain valuable information on the capabilities of the solid state laser weapons system demonstrator against potential threats.“The system is a unique capability the Portland gets to test and operate for the Navy, while paving the way for future weapons systems. “With this new advanced capability, we are redefining war at sea for the Navy.” Portland, an amphibious transport dock normally used for deploying troops into combat zones, was selected in 2018 to be the first ship to test the laser.
OPS: The targetted drone is shown bursting into flames and then plunging from the sky
Picture supplied by Ferrari (FOTO: DUKAS/FERRARI PRESS)
(c) Dukas -
DUK10132564_002
NEWS - US Navy testet leistungsstarken Drohnen-Zerstörungslaser
Ferrari Press Agency
Laser 1
Ref 11791
27/05/20
See Ferrari text
Picture must credit: US Navy
A US Navy ship has downed a drone using a high powered laser in a first-of-its-kind at-sea test .The service is currently developing and testing a portfolio of laser weapons, some of which are more powerful but only suited for ships with greater power-generation capabilitiesThe sea test was described as using a “high-energy laser weapon system.”The US Navy issue images of the test showing its ship the Portland firing its high-power laser weapon at an unmanned aerial vehicle while operating off Pearl Harbor, Hawaii, on May 16.The vessel is seen in silhouette against a red background to make the laser more visible,As the ship moves slowly across the water, a bright light suddenly appears from high on board, then sends a shaft of yellowy light.The scene then cuts to the drone which busts into flames and starts to crash back down into the sea.The Portland’s commanding officer Captain Karrey Sanders, said: “By conducting advanced at sea tests against unmanned aerial vehicles and small crafts, we will gain valuable information on the capabilities of the solid state laser weapons system demonstrator against potential threats.“The system is a unique capability the Portland gets to test and operate for the Navy, while paving the way for future weapons systems. “With this new advanced capability, we are redefining war at sea for the Navy.” Portland, an amphibious transport dock normally used for deploying troops into combat zones, was selected in 2018 to be the first ship to test the laser.
OPS: The targetted drone is shown bursting into flames and then plunging from the sky
Picture supplied by Ferrari (FOTO: DUKAS/FERRARI PRESS)
(c) Dukas -
DUK10132564_001
NEWS - US Navy testet leistungsstarken Drohnen-Zerstörungslaser
Ferrari Press Agency
Laser 1
Ref 11791
27/05/20
See Ferrari text
Picture must credit: US Navy
A US Navy ship has downed a drone using a high powered laser in a first-of-its-kind at-sea test .The service is currently developing and testing a portfolio of laser weapons, some of which are more powerful but only suited for ships with greater power-generation capabilitiesThe sea test was described as using a “high-energy laser weapon system.”The US Navy issue images of the test showing its ship the Portland firing its high-power laser weapon at an unmanned aerial vehicle while operating off Pearl Harbor, Hawaii, on May 16.The vessel is seen in silhouette against a red background to make the laser more visible,As the ship moves slowly across the water, a bright light suddenly appears from high on board, then sends a shaft of yellowy light.The scene then cuts to the drone which busts into flames and starts to crash back down into the sea.The Portland’s commanding officer Captain Karrey Sanders, said: “By conducting advanced at sea tests against unmanned aerial vehicles and small crafts, we will gain valuable information on the capabilities of the solid state laser weapons system demonstrator against potential threats.“The system is a unique capability the Portland gets to test and operate for the Navy, while paving the way for future weapons systems. “With this new advanced capability, we are redefining war at sea for the Navy.” Portland, an amphibious transport dock normally used for deploying troops into combat zones, was selected in 2018 to be the first ship to test the laser.
OPS: The Portland in silhouette . The laser grows in intenesity as it is directed at its target
Picture supplied by Ferrari (FOTO: DUKAS/FERRARI PRESS)
(c) Dukas -
