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DUKAS_184474735_NUR
Security Situation Along Line Of Control In Indian-Administered Kashmir
People inspect a structure that is damaged due to cross-border shelling between India and Pakistan on the Line of Control in Uri, Jammu and Kashmir, India, on May 9, 2025. (Photo by Nasir Kachroo/NurPhoto) -
DUKAS_184474755_NUR
Security Situation Along Line Of Control In Indian-Administered Kashmir
People inspect a structure that is damaged due to cross-border shelling between India and Pakistan on the Line of Control in Uri, Jammu and Kashmir, India, on May 9, 2025. (Photo by Nasir Kachroo/NurPhoto) -
DUKAS_184176688_NUR
Police Operation In Munich City Centre
Multiple German police vehicles with flashing blue lights conduct a coordinated operation in the city center of Munich, Bavaria, Upper Bavaria, Germany, on May 1, 2025. The vehicles, including patrol cars and vans, block traffic lanes as part of an official police intervention or security measure. (Photo by Michael Nguyen/NurPhoto) -
DUKAS_184176686_NUR
Police Operation In Munich City Centre
Several German police vans are positioned along a city street during a police operation in Munich, Germany, on May 1, 2025. The vehicles, including both standard and specialized units, are deployed near residential buildings as part of a coordinated security response in the city center. (Photo by Michael Nguyen/NurPhoto) -
DUKAS_184177093_NUR
Police Operation In Munich City Centre
A German police van with activated blue lights is stationed during a police operation in the city center of Munich, Bavaria, Upper Bavaria, Germany, on May 1, 2025. The vehicle is parked near residential buildings and road barricades at Lindwurmstrasse as part of the ongoing public security deployment. (Photo by Michael Nguyen/NurPhoto) -
DUKAS_184176971_NUR
Police Operation In Munich City Centre
A marked German police van and patrol car with flashing blue lights are on duty during a police operation in Munich, Bavaria, Upper Bavaria, Germany, on May 1, 2025. The vehicles are stationed near a building as part of a coordinated city center security measure. (Photo by Michael Nguyen/NurPhoto) -
DUKAS_184168845_NUR
Pet Expo Thailand 2025.
A visitor inspects a hamster at the Pet Expo Thailand 2025 at the Queen Sirikit National Convention Center in Bangkok, Thailand, on May 1, 2025. The annual Pet Expo trade runs from May 1 to May 4. (Photo by Anusak Laowilas/NurPhoto) -
DUKAS_184168839_NUR
Pet Expo Thailand 2025.
A visitor inspects a Syrian Hamster at the Pet Expo Thailand 2025 at the Queen Sirikit National Convention Center in Bangkok, Thailand, on May 1, 2025. The annual Pet Expo trade runs from May 1 to May 4. (Photo by Anusak Laowilas/NurPhoto) -
DUKAS_184158062_FER
Wheeled industrial robot
Ferrari Press Agency
Lynx 1
Ref 16780
01/05/2025
See Ferrari text
Pictures must credit: Deep Robotics
A wheeled robot dog ready for industrial use in extreme environments has rolled on to the market.
The Lynx M20 is expected to see use in infrastructure inspection, disaster and emergency, logistics and distribution, and scientific research applications as well as last leg package and mail delivery.
What makes int unique is its ability when not on all fours to stand up on two legs , either front or back, to help conquer difficult terrain.
Chinese maker Deep Robotics has illustrated its abilities negotiating rugged mountain trails, muddy wetlands and debris-strewn ruins.
It is also shown ploughing through desert sands, hopping down stepped inclines, crossing wobbly bridges, and emerging from water, still fully functioning.
It skates along on its four wheels when speed is required or independently lock them for walking mode or to climb over obstacles.
It's equipped with 360-degree situational awareness using the LiDAR obstacle detection and violence systems in corporate in driverless cars.
It also has bi-directional lighting for operation in challenging conditions while illuminating the scene for handlers watching it give a live video feed from its wide angle video camera.
The M20 is able to squeeze through gaps as narrow as 50 cm and clamber over obstacles up to 80 cm high it may find blocking its path.
OPS: The Lynx M20 industrial wheeled robot.
Pivture supplied by Ferrari (FOTO: DUKAS/FERRARI PRESS) -
DUKAS_184158061_FER
Wheeled industrial robot
Ferrari Press Agency
Lynx 1
Ref 16780
01/05/2025
See Ferrari text
Pictures must credit: Deep Robotics
A wheeled robot dog ready for industrial use in extreme environments has rolled on to the market.
The Lynx M20 is expected to see use in infrastructure inspection, disaster and emergency, logistics and distribution, and scientific research applications as well as last leg package and mail delivery.
What makes int unique is its ability when not on all fours to stand up on two legs , either front or back, to help conquer difficult terrain.
Chinese maker Deep Robotics has illustrated its abilities negotiating rugged mountain trails, muddy wetlands and debris-strewn ruins.
It is also shown ploughing through desert sands, hopping down stepped inclines, crossing wobbly bridges, and emerging from water, still fully functioning.
It skates along on its four wheels when speed is required or independently lock them for walking mode or to climb over obstacles.
It's equipped with 360-degree situational awareness using the LiDAR obstacle detection and violence systems in corporate in driverless cars.
It also has bi-directional lighting for operation in challenging conditions while illuminating the scene for handlers watching it give a live video feed from its wide angle video camera.
The M20 is able to squeeze through gaps as narrow as 50 cm and clamber over obstacles up to 80 cm high it may find blocking its path.
OPS: The Lynx M20 industrial wheeled robot.
Pivture supplied by Ferrari (FOTO: DUKAS/FERRARI PRESS) -
DUKAS_184158060_FER
Wheeled industrial robot
Ferrari Press Agency
Lynx 1
Ref 16780
01/05/2025
See Ferrari text
Pictures must credit: Deep Robotics
A wheeled robot dog ready for industrial use in extreme environments has rolled on to the market.
The Lynx M20 is expected to see use in infrastructure inspection, disaster and emergency, logistics and distribution, and scientific research applications as well as last leg package and mail delivery.
What makes int unique is its ability when not on all fours to stand up on two legs , either front or back, to help conquer difficult terrain.
Chinese maker Deep Robotics has illustrated its abilities negotiating rugged mountain trails, muddy wetlands and debris-strewn ruins.
It is also shown ploughing through desert sands, hopping down stepped inclines, crossing wobbly bridges, and emerging from water, still fully functioning.
It skates along on its four wheels when speed is required or independently lock them for walking mode or to climb over obstacles.
It's equipped with 360-degree situational awareness using the LiDAR obstacle detection and violence systems in corporate in driverless cars.
It also has bi-directional lighting for operation in challenging conditions while illuminating the scene for handlers watching it give a live video feed from its wide angle video camera.
The M20 is able to squeeze through gaps as narrow as 50 cm and clamber over obstacles up to 80 cm high it may find blocking its path.
OPS: The Lynx M20 industrial wheeled robot.
Pivture supplied by Ferrari (FOTO: DUKAS/FERRARI PRESS) -
DUKAS_184158059_FER
Wheeled industrial robot
Ferrari Press Agency
Lynx 1
Ref 16780
01/05/2025
See Ferrari text
Pictures must credit: Deep Robotics
A wheeled robot dog ready for industrial use in extreme environments has rolled on to the market.
The Lynx M20 is expected to see use in infrastructure inspection, disaster and emergency, logistics and distribution, and scientific research applications as well as last leg package and mail delivery.
What makes int unique is its ability when not on all fours to stand up on two legs , either front or back, to help conquer difficult terrain.
Chinese maker Deep Robotics has illustrated its abilities negotiating rugged mountain trails, muddy wetlands and debris-strewn ruins.
It is also shown ploughing through desert sands, hopping down stepped inclines, crossing wobbly bridges, and emerging from water, still fully functioning.
It skates along on its four wheels when speed is required or independently lock them for walking mode or to climb over obstacles.
It's equipped with 360-degree situational awareness using the LiDAR obstacle detection and violence systems in corporate in driverless cars.
It also has bi-directional lighting for operation in challenging conditions while illuminating the scene for handlers watching it give a live video feed from its wide angle video camera.
The M20 is able to squeeze through gaps as narrow as 50 cm and clamber over obstacles up to 80 cm high it may find blocking its path.
OPS: The Lynx M20 industrial wheeled robot.
Pivture supplied by Ferrari (FOTO: DUKAS/FERRARI PRESS) -
DUKAS_184158058_FER
Wheeled industrial robot
Ferrari Press Agency
Lynx 1
Ref 16780
01/05/2025
See Ferrari text
Pictures must credit: Deep Robotics
A wheeled robot dog ready for industrial use in extreme environments has rolled on to the market.
The Lynx M20 is expected to see use in infrastructure inspection, disaster and emergency, logistics and distribution, and scientific research applications as well as last leg package and mail delivery.
What makes int unique is its ability when not on all fours to stand up on two legs , either front or back, to help conquer difficult terrain.
Chinese maker Deep Robotics has illustrated its abilities negotiating rugged mountain trails, muddy wetlands and debris-strewn ruins.
It is also shown ploughing through desert sands, hopping down stepped inclines, crossing wobbly bridges, and emerging from water, still fully functioning.
It skates along on its four wheels when speed is required or independently lock them for walking mode or to climb over obstacles.
It's equipped with 360-degree situational awareness using the LiDAR obstacle detection and violence systems in corporate in driverless cars.
It also has bi-directional lighting for operation in challenging conditions while illuminating the scene for handlers watching it give a live video feed from its wide angle video camera.
The M20 is able to squeeze through gaps as narrow as 50 cm and clamber over obstacles up to 80 cm high it may find blocking its path.
OPS: The Lynx M20 industrial wheeled robot.
Pivture supplied by Ferrari (FOTO: DUKAS/FERRARI PRESS) -
DUKAS_184158057_FER
Wheeled industrial robot
Ferrari Press Agency
Lynx 1
Ref 16780
01/05/2025
See Ferrari text
Pictures must credit: Deep Robotics
A wheeled robot dog ready for industrial use in extreme environments has rolled on to the market.
The Lynx M20 is expected to see use in infrastructure inspection, disaster and emergency, logistics and distribution, and scientific research applications as well as last leg package and mail delivery.
What makes int unique is its ability when not on all fours to stand up on two legs , either front or back, to help conquer difficult terrain.
Chinese maker Deep Robotics has illustrated its abilities negotiating rugged mountain trails, muddy wetlands and debris-strewn ruins.
It is also shown ploughing through desert sands, hopping down stepped inclines, crossing wobbly bridges, and emerging from water, still fully functioning.
It skates along on its four wheels when speed is required or independently lock them for walking mode or to climb over obstacles.
It's equipped with 360-degree situational awareness using the LiDAR obstacle detection and violence systems in corporate in driverless cars.
It also has bi-directional lighting for operation in challenging conditions while illuminating the scene for handlers watching it give a live video feed from its wide angle video camera.
The M20 is able to squeeze through gaps as narrow as 50 cm and clamber over obstacles up to 80 cm high it may find blocking its path.
OPS: The Lynx M20 industrial wheeled robot.
Pivture supplied by Ferrari (FOTO: DUKAS/FERRARI PRESS) -
DUKAS_184158056_FER
Wheeled industrial robot
Ferrari Press Agency
Lynx 1
Ref 16780
01/05/2025
See Ferrari text
Pictures must credit: Deep Robotics
A wheeled robot dog ready for industrial use in extreme environments has rolled on to the market.
The Lynx M20 is expected to see use in infrastructure inspection, disaster and emergency, logistics and distribution, and scientific research applications as well as last leg package and mail delivery.
What makes int unique is its ability when not on all fours to stand up on two legs , either front or back, to help conquer difficult terrain.
Chinese maker Deep Robotics has illustrated its abilities negotiating rugged mountain trails, muddy wetlands and debris-strewn ruins.
It is also shown ploughing through desert sands, hopping down stepped inclines, crossing wobbly bridges, and emerging from water, still fully functioning.
It skates along on its four wheels when speed is required or independently lock them for walking mode or to climb over obstacles.
It's equipped with 360-degree situational awareness using the LiDAR obstacle detection and violence systems in corporate in driverless cars.
It also has bi-directional lighting for operation in challenging conditions while illuminating the scene for handlers watching it give a live video feed from its wide angle video camera.
The M20 is able to squeeze through gaps as narrow as 50 cm and clamber over obstacles up to 80 cm high it may find blocking its path.
OPS: The Lynx M20 industrial wheeled robot.Power station inspection
Pivture supplied by Ferrari (FOTO: DUKAS/FERRARI PRESS) -
DUKAS_184158055_FER
Wheeled industrial robot
Ferrari Press Agency
Lynx 1
Ref 16780
01/05/2025
See Ferrari text
Pictures must credit: Deep Robotics
A wheeled robot dog ready for industrial use in extreme environments has rolled on to the market.
The Lynx M20 is expected to see use in infrastructure inspection, disaster and emergency, logistics and distribution, and scientific research applications as well as last leg package and mail delivery.
What makes int unique is its ability when not on all fours to stand up on two legs , either front or back, to help conquer difficult terrain.
Chinese maker Deep Robotics has illustrated its abilities negotiating rugged mountain trails, muddy wetlands and debris-strewn ruins.
It is also shown ploughing through desert sands, hopping down stepped inclines, crossing wobbly bridges, and emerging from water, still fully functioning.
It skates along on its four wheels when speed is required or independently lock them for walking mode or to climb over obstacles.
It's equipped with 360-degree situational awareness using the LiDAR obstacle detection and violence systems in corporate in driverless cars.
It also has bi-directional lighting for operation in challenging conditions while illuminating the scene for handlers watching it give a live video feed from its wide angle video camera.
The M20 is able to squeeze through gaps as narrow as 50 cm and clamber over obstacles up to 80 cm high it may find blocking its path.
OPS: The Lynx M20 industrial wheeled robot.Power station inspection
Pivture supplied by Ferrari (FOTO: DUKAS/FERRARI PRESS) -
DUKAS_184158054_FER
Wheeled industrial robot
Ferrari Press Agency
Lynx 1
Ref 16780
01/05/2025
See Ferrari text
Pictures must credit: Deep Robotics
A wheeled robot dog ready for industrial use in extreme environments has rolled on to the market.
The Lynx M20 is expected to see use in infrastructure inspection, disaster and emergency, logistics and distribution, and scientific research applications as well as last leg package and mail delivery.
What makes int unique is its ability when not on all fours to stand up on two legs , either front or back, to help conquer difficult terrain.
Chinese maker Deep Robotics has illustrated its abilities negotiating rugged mountain trails, muddy wetlands and debris-strewn ruins.
It is also shown ploughing through desert sands, hopping down stepped inclines, crossing wobbly bridges, and emerging from water, still fully functioning.
It skates along on its four wheels when speed is required or independently lock them for walking mode or to climb over obstacles.
It's equipped with 360-degree situational awareness using the LiDAR obstacle detection and violence systems in corporate in driverless cars.
It also has bi-directional lighting for operation in challenging conditions while illuminating the scene for handlers watching it give a live video feed from its wide angle video camera.
The M20 is able to squeeze through gaps as narrow as 50 cm and clamber over obstacles up to 80 cm high it may find blocking its path.
OPS: The Lynx M20 industrial wheeled robot.Power station inspection
Pivture supplied by Ferrari (FOTO: DUKAS/FERRARI PRESS) -
DUKAS_184158053_FER
Wheeled industrial robot
Ferrari Press Agency
Lynx 1
Ref 16780
01/05/2025
See Ferrari text
Pictures must credit: Deep Robotics
A wheeled robot dog ready for industrial use in extreme environments has rolled on to the market.
The Lynx M20 is expected to see use in infrastructure inspection, disaster and emergency, logistics and distribution, and scientific research applications as well as last leg package and mail delivery.
What makes int unique is its ability when not on all fours to stand up on two legs , either front or back, to help conquer difficult terrain.
Chinese maker Deep Robotics has illustrated its abilities negotiating rugged mountain trails, muddy wetlands and debris-strewn ruins.
It is also shown ploughing through desert sands, hopping down stepped inclines, crossing wobbly bridges, and emerging from water, still fully functioning.
It skates along on its four wheels when speed is required or independently lock them for walking mode or to climb over obstacles.
It's equipped with 360-degree situational awareness using the LiDAR obstacle detection and violence systems in corporate in driverless cars.
It also has bi-directional lighting for operation in challenging conditions while illuminating the scene for handlers watching it give a live video feed from its wide angle video camera.
The M20 is able to squeeze through gaps as narrow as 50 cm and clamber over obstacles up to 80 cm high it may find blocking its path.
OPS: The Lynx M20 industrial wheeled robot. Fire fighting potential is under development.
Picture supplied by Ferrari (FOTO: DUKAS/FERRARI PRESS) -
DUKAS_184158052_FER
Wheeled industrial robot
Ferrari Press Agency
Lynx 1
Ref 16780
01/05/2025
See Ferrari text
Pictures must credit: Deep Robotics
A wheeled robot dog ready for industrial use in extreme environments has rolled on to the market.
The Lynx M20 is expected to see use in infrastructure inspection, disaster and emergency, logistics and distribution, and scientific research applications as well as last leg package and mail delivery.
What makes int unique is its ability when not on all fours to stand up on two legs , either front or back, to help conquer difficult terrain.
Chinese maker Deep Robotics has illustrated its abilities negotiating rugged mountain trails, muddy wetlands and debris-strewn ruins.
It is also shown ploughing through desert sands, hopping down stepped inclines, crossing wobbly bridges, and emerging from water, still fully functioning.
It skates along on its four wheels when speed is required or independently lock them for walking mode or to climb over obstacles.
It's equipped with 360-degree situational awareness using the LiDAR obstacle detection and violence systems in corporate in driverless cars.
It also has bi-directional lighting for operation in challenging conditions while illuminating the scene for handlers watching it give a live video feed from its wide angle video camera.
The M20 is able to squeeze through gaps as narrow as 50 cm and clamber over obstacles up to 80 cm high it may find blocking its path.
OPS: The Lynx M20 industrial wheeled robot. Fire fighting potential is under development.
Picture supplied by Ferrari (FOTO: DUKAS/FERRARI PRESS) -
DUKAS_184158051_FER
Wheeled industrial robot
Ferrari Press Agency
Lynx 1
Ref 16780
01/05/2025
See Ferrari text
Pictures must credit: Deep Robotics
A wheeled robot dog ready for industrial use in extreme environments has rolled on to the market.
The Lynx M20 is expected to see use in infrastructure inspection, disaster and emergency, logistics and distribution, and scientific research applications as well as last leg package and mail delivery.
What makes int unique is its ability when not on all fours to stand up on two legs , either front or back, to help conquer difficult terrain.
Chinese maker Deep Robotics has illustrated its abilities negotiating rugged mountain trails, muddy wetlands and debris-strewn ruins.
It is also shown ploughing through desert sands, hopping down stepped inclines, crossing wobbly bridges, and emerging from water, still fully functioning.
It skates along on its four wheels when speed is required or independently lock them for walking mode or to climb over obstacles.
It's equipped with 360-degree situational awareness using the LiDAR obstacle detection and violence systems in corporate in driverless cars.
It also has bi-directional lighting for operation in challenging conditions while illuminating the scene for handlers watching it give a live video feed from its wide angle video camera.
The M20 is able to squeeze through gaps as narrow as 50 cm and clamber over obstacles up to 80 cm high it may find blocking its path.
OPS: The Lynx M20 industrial wheeled robot. Fire fighting potential is under development.
Picture supplied by Ferrari (FOTO: DUKAS/FERRARI PRESS) -
DUKAS_184158050_FER
Wheeled industrial robot
Ferrari Press Agency
Lynx 1
Ref 16780
01/05/2025
See Ferrari text
Pictures must credit: Deep Robotics
A wheeled robot dog ready for industrial use in extreme environments has rolled on to the market.
The Lynx M20 is expected to see use in infrastructure inspection, disaster and emergency, logistics and distribution, and scientific research applications as well as last leg package and mail delivery.
What makes int unique is its ability when not on all fours to stand up on two legs , either front or back, to help conquer difficult terrain.
Chinese maker Deep Robotics has illustrated its abilities negotiating rugged mountain trails, muddy wetlands and debris-strewn ruins.
It is also shown ploughing through desert sands, hopping down stepped inclines, crossing wobbly bridges, and emerging from water, still fully functioning.
It skates along on its four wheels when speed is required or independently lock them for walking mode or to climb over obstacles.
It's equipped with 360-degree situational awareness using the LiDAR obstacle detection and violence systems in corporate in driverless cars.
It also has bi-directional lighting for operation in challenging conditions while illuminating the scene for handlers watching it give a live video feed from its wide angle video camera.
The M20 is able to squeeze through gaps as narrow as 50 cm and clamber over obstacles up to 80 cm high it may find blocking its path.
OPS: The Lynx M20 industrial wheeled robot.
Picture supplied by Ferrari (FOTO: DUKAS/FERRARI PRESS) -
DUKAS_184158049_FER
Wheeled industrial robot
Ferrari Press Agency
Lynx 1
Ref 16780
01/05/2025
See Ferrari text
Pictures must credit: Deep Robotics
A wheeled robot dog ready for industrial use in extreme environments has rolled on to the market.
The Lynx M20 is expected to see use in infrastructure inspection, disaster and emergency, logistics and distribution, and scientific research applications as well as last leg package and mail delivery.
What makes int unique is its ability when not on all fours to stand up on two legs , either front or back, to help conquer difficult terrain.
Chinese maker Deep Robotics has illustrated its abilities negotiating rugged mountain trails, muddy wetlands and debris-strewn ruins.
It is also shown ploughing through desert sands, hopping down stepped inclines, crossing wobbly bridges, and emerging from water, still fully functioning.
It skates along on its four wheels when speed is required or independently lock them for walking mode or to climb over obstacles.
It's equipped with 360-degree situational awareness using the LiDAR obstacle detection and violence systems in corporate in driverless cars.
It also has bi-directional lighting for operation in challenging conditions while illuminating the scene for handlers watching it give a live video feed from its wide angle video camera.
The M20 is able to squeeze through gaps as narrow as 50 cm and clamber over obstacles up to 80 cm high it may find blocking its path.
OPS: The Lynx M20 industrial wheeled robot.
Picture supplied by Ferrari (FOTO: DUKAS/FERRARI PRESS) -
DUKAS_184158048_FER
Wheeled industrial robot
Ferrari Press Agency
Lynx 1
Ref 16780
01/05/2025
See Ferrari text
Pictures must credit: Deep Robotics
A wheeled robot dog ready for industrial use in extreme environments has rolled on to the market.
The Lynx M20 is expected to see use in infrastructure inspection, disaster and emergency, logistics and distribution, and scientific research applications as well as last leg package and mail delivery.
What makes int unique is its ability when not on all fours to stand up on two legs , either front or back, to help conquer difficult terrain.
Chinese maker Deep Robotics has illustrated its abilities negotiating rugged mountain trails, muddy wetlands and debris-strewn ruins.
It is also shown ploughing through desert sands, hopping down stepped inclines, crossing wobbly bridges, and emerging from water, still fully functioning.
It skates along on its four wheels when speed is required or independently lock them for walking mode or to climb over obstacles.
It's equipped with 360-degree situational awareness using the LiDAR obstacle detection and violence systems in corporate in driverless cars.
It also has bi-directional lighting for operation in challenging conditions while illuminating the scene for handlers watching it give a live video feed from its wide angle video camera.
The M20 is able to squeeze through gaps as narrow as 50 cm and clamber over obstacles up to 80 cm high it may find blocking its path.
OPS: The Lynx M20 industrial wheeled robot.
Picture supplied by Ferrari (FOTO: DUKAS/FERRARI PRESS) -
DUKAS_184158047_FER
Wheeled industrial robot
Ferrari Press Agency
Lynx 1
Ref 16780
01/05/2025
See Ferrari text
Pictures must credit: Deep Robotics
A wheeled robot dog ready for industrial use in extreme environments has rolled on to the market.
The Lynx M20 is expected to see use in infrastructure inspection, disaster and emergency, logistics and distribution, and scientific research applications as well as last leg package and mail delivery.
What makes int unique is its ability when not on all fours to stand up on two legs , either front or back, to help conquer difficult terrain.
Chinese maker Deep Robotics has illustrated its abilities negotiating rugged mountain trails, muddy wetlands and debris-strewn ruins.
It is also shown ploughing through desert sands, hopping down stepped inclines, crossing wobbly bridges, and emerging from water, still fully functioning.
It skates along on its four wheels when speed is required or independently lock them for walking mode or to climb over obstacles.
It's equipped with 360-degree situational awareness using the LiDAR obstacle detection and violence systems in corporate in driverless cars.
It also has bi-directional lighting for operation in challenging conditions while illuminating the scene for handlers watching it give a live video feed from its wide angle video camera.
The M20 is able to squeeze through gaps as narrow as 50 cm and clamber over obstacles up to 80 cm high it may find blocking its path.
OPS: The Lynx M20 industrial wheeled robot.It s able to leap to get pasts ome terrain challenges
Picture supplied by Ferrari (FOTO: DUKAS/FERRARI PRESS) -
DUKAS_184158046_FER
Wheeled industrial robot
Ferrari Press Agency
Lynx 1
Ref 16780
01/05/2025
See Ferrari text
Pictures must credit: Deep Robotics
A wheeled robot dog ready for industrial use in extreme environments has rolled on to the market.
The Lynx M20 is expected to see use in infrastructure inspection, disaster and emergency, logistics and distribution, and scientific research applications as well as last leg package and mail delivery.
What makes int unique is its ability when not on all fours to stand up on two legs , either front or back, to help conquer difficult terrain.
Chinese maker Deep Robotics has illustrated its abilities negotiating rugged mountain trails, muddy wetlands and debris-strewn ruins.
It is also shown ploughing through desert sands, hopping down stepped inclines, crossing wobbly bridges, and emerging from water, still fully functioning.
It skates along on its four wheels when speed is required or independently lock them for walking mode or to climb over obstacles.
It's equipped with 360-degree situational awareness using the LiDAR obstacle detection and violence systems in corporate in driverless cars.
It also has bi-directional lighting for operation in challenging conditions while illuminating the scene for handlers watching it give a live video feed from its wide angle video camera.
The M20 is able to squeeze through gaps as narrow as 50 cm and clamber over obstacles up to 80 cm high it may find blocking its path.
OPS: The Lynx M20 industrial wheeled robot.
Picture supplied by Ferrari (FOTO: DUKAS/FERRARI PRESS) -
DUKAS_184158045_FER
Wheeled industrial robot
Ferrari Press Agency
Lynx 1
Ref 16780
01/05/2025
See Ferrari text
Pictures must credit: Deep Robotics
A wheeled robot dog ready for industrial use in extreme environments has rolled on to the market.
The Lynx M20 is expected to see use in infrastructure inspection, disaster and emergency, logistics and distribution, and scientific research applications as well as last leg package and mail delivery.
What makes int unique is its ability when not on all fours to stand up on two legs , either front or back, to help conquer difficult terrain.
Chinese maker Deep Robotics has illustrated its abilities negotiating rugged mountain trails, muddy wetlands and debris-strewn ruins.
It is also shown ploughing through desert sands, hopping down stepped inclines, crossing wobbly bridges, and emerging from water, still fully functioning.
It skates along on its four wheels when speed is required or independently lock them for walking mode or to climb over obstacles.
It's equipped with 360-degree situational awareness using the LiDAR obstacle detection and violence systems in corporate in driverless cars.
It also has bi-directional lighting for operation in challenging conditions while illuminating the scene for handlers watching it give a live video feed from its wide angle video camera.
The M20 is able to squeeze through gaps as narrow as 50 cm and clamber over obstacles up to 80 cm high it may find blocking its path.
OPS: The Lynx M20 industrial wheeled robot.Traversing sticky mud flats
Picture supplied by Ferrari (FOTO: DUKAS/FERRARI PRESS) -
DUKAS_184158044_FER
Wheeled industrial robot
Ferrari Press Agency
Lynx 1
Ref 16780
01/05/2025
See Ferrari text
Pictures must credit: Deep Robotics
A wheeled robot dog ready for industrial use in extreme environments has rolled on to the market.
The Lynx M20 is expected to see use in infrastructure inspection, disaster and emergency, logistics and distribution, and scientific research applications as well as last leg package and mail delivery.
What makes int unique is its ability when not on all fours to stand up on two legs , either front or back, to help conquer difficult terrain.
Chinese maker Deep Robotics has illustrated its abilities negotiating rugged mountain trails, muddy wetlands and debris-strewn ruins.
It is also shown ploughing through desert sands, hopping down stepped inclines, crossing wobbly bridges, and emerging from water, still fully functioning.
It skates along on its four wheels when speed is required or independently lock them for walking mode or to climb over obstacles.
It's equipped with 360-degree situational awareness using the LiDAR obstacle detection and violence systems in corporate in driverless cars.
It also has bi-directional lighting for operation in challenging conditions while illuminating the scene for handlers watching it give a live video feed from its wide angle video camera.
The M20 is able to squeeze through gaps as narrow as 50 cm and clamber over obstacles up to 80 cm high it may find blocking its path.
OPS: The Lynx M20 industrial wheeled robot.
Picture supplied by Ferrari (FOTO: DUKAS/FERRARI PRESS) -
DUKAS_184158043_FER
Wheeled industrial robot
Ferrari Press Agency
Lynx 1
Ref 16780
01/05/2025
See Ferrari text
Pictures must credit: Deep Robotics
A wheeled robot dog ready for industrial use in extreme environments has rolled on to the market.
The Lynx M20 is expected to see use in infrastructure inspection, disaster and emergency, logistics and distribution, and scientific research applications as well as last leg package and mail delivery.
What makes int unique is its ability when not on all fours to stand up on two legs , either front or back, to help conquer difficult terrain.
Chinese maker Deep Robotics has illustrated its abilities negotiating rugged mountain trails, muddy wetlands and debris-strewn ruins.
It is also shown ploughing through desert sands, hopping down stepped inclines, crossing wobbly bridges, and emerging from water, still fully functioning.
It skates along on its four wheels when speed is required or independently lock them for walking mode or to climb over obstacles.
It's equipped with 360-degree situational awareness using the LiDAR obstacle detection and violence systems in corporate in driverless cars.
It also has bi-directional lighting for operation in challenging conditions while illuminating the scene for handlers watching it give a live video feed from its wide angle video camera.
The M20 is able to squeeze through gaps as narrow as 50 cm and clamber over obstacles up to 80 cm high it may find blocking its path.
OPS: The Lynx M20 industrial wheeled robot.
Picture supplied by Ferrari (FOTO: DUKAS/FERRARI PRESS) -
DUKAS_184158042_FER
Wheeled industrial robot
Ferrari Press Agency
Lynx 1
Ref 16780
01/05/2025
See Ferrari text
Pictures must credit: Deep Robotics
A wheeled robot dog ready for industrial use in extreme environments has rolled on to the market.
The Lynx M20 is expected to see use in infrastructure inspection, disaster and emergency, logistics and distribution, and scientific research applications as well as last leg package and mail delivery.
What makes int unique is its ability when not on all fours to stand up on two legs , either front or back, to help conquer difficult terrain.
Chinese maker Deep Robotics has illustrated its abilities negotiating rugged mountain trails, muddy wetlands and debris-strewn ruins.
It is also shown ploughing through desert sands, hopping down stepped inclines, crossing wobbly bridges, and emerging from water, still fully functioning.
It skates along on its four wheels when speed is required or independently lock them for walking mode or to climb over obstacles.
It's equipped with 360-degree situational awareness using the LiDAR obstacle detection and violence systems in corporate in driverless cars.
It also has bi-directional lighting for operation in challenging conditions while illuminating the scene for handlers watching it give a live video feed from its wide angle video camera.
The M20 is able to squeeze through gaps as narrow as 50 cm and clamber over obstacles up to 80 cm high it may find blocking its path.
OPS: The Lynx M20 industrial wheeled robot.
Picture supplied by Ferrari (FOTO: DUKAS/FERRARI PRESS) -
DUKAS_184158041_FER
Wheeled industrial robot
Ferrari Press Agency
Lynx 1
Ref 16780
01/05/2025
See Ferrari text
Pictures must credit: Deep Robotics
A wheeled robot dog ready for industrial use in extreme environments has rolled on to the market.
The Lynx M20 is expected to see use in infrastructure inspection, disaster and emergency, logistics and distribution, and scientific research applications as well as last leg package and mail delivery.
What makes int unique is its ability when not on all fours to stand up on two legs , either front or back, to help conquer difficult terrain.
Chinese maker Deep Robotics has illustrated its abilities negotiating rugged mountain trails, muddy wetlands and debris-strewn ruins.
It is also shown ploughing through desert sands, hopping down stepped inclines, crossing wobbly bridges, and emerging from water, still fully functioning.
It skates along on its four wheels when speed is required or independently lock them for walking mode or to climb over obstacles.
It's equipped with 360-degree situational awareness using the LiDAR obstacle detection and violence systems in corporate in driverless cars.
It also has bi-directional lighting for operation in challenging conditions while illuminating the scene for handlers watching it give a live video feed from its wide angle video camera.
The M20 is able to squeeze through gaps as narrow as 50 cm and clamber over obstacles up to 80 cm high it may find blocking its path.
OPS: The Lynx M20 industrial wheeled robot.
Pivture supplied by Ferrari (FOTO: DUKAS/FERRARI PRESS) -
DUKAS_184081080_NUR
India Politics
West Bengal Chief Minister Mamata Banerjee inspects the newly constructed Jagannath Temple ahead of its formal consecration on Akshaya Tritiya in Digha, East Midnapore District, West Bengal, India, on April 28, 2025. (Photo by Debajyoti Chakraborty) -
DUKAS_184081075_NUR
India Politics
West Bengal Chief Minister Mamata Banerjee inspects the newly constructed Jagannath Temple ahead of its formal consecration on Akshaya Tritiya in Digha, East Midnapore District, West Bengal, India, on April 28, 2025. (Photo by Debajyoti Chakraborty) -
DUKAS_184081069_NUR
India Politics
West Bengal Chief Minister Mamata Banerjee inspects the newly constructed Jagannath Temple ahead of its formal consecration on Akshaya Tritiya in Digha, East Midnapore District, West Bengal, India, on April 28, 2025. (Photo by Debajyoti Chakraborty) -
DUKAS_184081067_NUR
India Politics
West Bengal Chief Minister Mamata Banerjee inspects the newly constructed Jagannath Temple ahead of its formal consecration on Akshaya Tritiya in Digha, East Midnapore District, West Bengal, India, on April 28, 2025. (Photo by Debajyoti Chakraborty) -
DUKAS_184081065_NUR
India Politics
West Bengal Chief Minister Mamata Banerjee inspects the newly constructed Jagannath Temple ahead of its formal consecration on Akshaya Tritiya in Digha, East Midnapore District, West Bengal, India, on April 28, 2025. (Photo by Debajyoti Chakraborty) -
DUKAS_183935781_NUR
The Final Day Of Farewell For Pope Francis
In the photo, security checks are carried out as the faithful pass through metal detectors before entering St. Peter's Basilica to pay tribute to Pope Francis in Vatican City, on April 25, 2025. (Photo by Roberto Silvino/NurPhoto) -
DUKAS_183698144_NUR
Capture 2 Vietnamese Vessels, Indonesian Ministry Of Marine Affairs And Fisheries Saves State Losses Of IDR 152 Billion
A total of 30 crew members of an illegal fishing vessel in the North Natuna Sea are shown to the public escorted by Indonesian KKP officers in Batam, Indonesia, on April 18, 2025. The potential state loss from the illegal activity reaches 152.8 billion rupiah. There are around 4,500 kilograms of mixed fish cargo stolen from the results of the inspection of two Vietnamese-flagged vessels, which are secured from 30 Vietnamese crew members.
Director General of Marine Resources and Fisheries Supervision (PSDKP), Pung Nugroho Saksono (Ipunk), says that the Indonesian Ministry of Marine Affairs and Fisheries ensures that the state is present in this case to protect the North Natuna Sea from fish theft.
Based on Ipunk's statement, the two foreign fishing vessels with hull names 936 TS (135 GT) and 5762 TS (150 GT) are supervised by the ORCA 03 Surveillance Vessel captained by Mohammad Ma'ruf in the Republic of Indonesia State Fisheries Management Area (WPPNRI) 711 North Natuna Sea on April 14, 2025. (Photo by Panyahatan Siregar/NurPhoto) -
DUKAS_183698142_NUR
Capture 2 Vietnamese Vessels, Indonesian Ministry Of Marine Affairs And Fisheries Saves State Losses Of IDR 152 Billion
Two illegal fish thieves from Vietnam present evidence of stolen fish while being escorted by Indonesian KKP officers in Batam, Indonesia, on April 18, 2025. The potential state loss from the illegal activity reaches 152.8 billion rupiah. Approximately 4,500 kilograms of mixed fish cargo are stolen from the inspection of two ships, involving 30 crew members from Vietnam.
The Director General of Marine Resources and Fisheries Supervision (PSDKP), Pung Nugroho Saksono (Ipunk), states that the Indonesian Ministry of Marine Affairs and Fisheries ensures the state's presence in this case to protect the North Natuna Sea from fish theft.
According to Ipunk's statement, the two foreign fishing vessels with hull names 936 TS (135 GT) and 5762 TS (150 GT) are supervised by the ORCA 03 Surveillance Vessel captained by Mohammad Ma'ruf in the Republic of Indonesia State Fisheries Management Area (WPPNRI) 711 North Natuna Sea on April 14, 2025. (Photo by Panyahatan Siregar/NurPhoto) -
DUKAS_183181524_NUR
Daily Life In Ottawa
OTTAWA, CANADA – MARCH 8:
An example of the urban utility pipes and meters network in Ottawa, Ontario, Canada, on March 8, 2025. (Photo by Artur Widak/NurPhoto) -
DUKAS_183171737_NUR
Attack In Kharkiv
Late In The Evening On April 3, 2025, Russia Launched Shahed-type Drone Strikes On Kharkiv. Some Of Them Hit Residential Buildings, Causing Fires. Apartments And Cars Were Burning. At Least Two People Were Killed. Three More Are Reportedly Trapped Under The Rubble, Including A 10-year-old Child.(Photo by Pavlo Pakhomenko/NurPhoto) -
DUKAS_183084726_FER
World's tiniest wireless flying robot
Ferrari Press Agency
Flying bot1
Ref 16686
01/04/2025
See Ferrari text
Pictures must credit: Adam Lau/Berkeley Engineering
A tiny new bumblebee—inspired flying robot less than 1cm wide has been developed to one day pollinate crops — and it is powered by just a couple of batteries.
It weighs only 21 milligrams and is claimed to be the world’s smallest wireless robot capable of controlled flight.
Like a flying insect, it can hover, change trajectory and even hit small targets.
It was created by engineers at the USA’s University of California, Berkeley.
For a robot to fly, it must be equipped with a power source, like a battery, and electronics for flight control, both of which can be challenging to integrate into very small, lightweight devices.
To overcome this issue, researchers used an external magnetic field to power the device and control the flight path.
The robot is shaped like a small propeller and includes two small magnets.
Under the influence of an external magnetic field, these magnets are attracted and repelled, causing the propeller to spin and generating enough lift to raise the robot off the ground.
The flight path can be precisely controlled by modulating the strength of the magnetic field.
The next largest robot with similar flight capabilities is 2.8 cm in diameter, nearly three times as large.
OPS: The bumblebee-inspired tiny flying robot compared to a US one cent coin
Picture supplied by Ferrari (FOTO: DUKAS/FERRARI PRESS) -
DUKAS_183084724_FER
World's tiniest wireless flying robot
Ferrari Press Agency
Flying bot1
Ref 16686
01/04/2025
See Ferrari text
Pictures must credit: Adam Lau/Berkeley Engineering
A tiny new bumblebee—inspired flying robot less than 1cm wide has been developed to one day pollinate crops — and it is powered by just a couple of batteries.
It weighs only 21 milligrams and is claimed to be the world’s smallest wireless robot capable of controlled flight.
Like a flying insect, it can hover, change trajectory and even hit small targets.
It was created by engineers at the USA’s University of California, Berkeley.
For a robot to fly, it must be equipped with a power source, like a battery, and electronics for flight control, both of which can be challenging to integrate into very small, lightweight devices.
To overcome this issue, researchers used an external magnetic field to power the device and control the flight path.
The robot is shaped like a small propeller and includes two small magnets.
Under the influence of an external magnetic field, these magnets are attracted and repelled, causing the propeller to spin and generating enough lift to raise the robot off the ground.
The flight path can be precisely controlled by modulating the strength of the magnetic field.
The next largest robot with similar flight capabilities is 2.8 cm in diameter, nearly three times as large.
OPS:.UC Berkeley graduate student Wei Yue (left) and engineering professor Liwei Lin each hold one of the tiny robots in their hands.
Picture supplied by Ferrari (FOTO: DUKAS/FERRARI PRESS) -
DUKAS_183084723_FER
World's tiniest wireless flying robot
Ferrari Press Agency
Flying bot1
Ref 16686
01/04/2025
See Ferrari text
Pictures must credit: Adam Lau/Berkeley Engineering
A tiny new bumblebee—inspired flying robot less than 1cm wide has been developed to one day pollinate crops — and it is powered by just a couple of batteries.
It weighs only 21 milligrams and is claimed to be the world’s smallest wireless robot capable of controlled flight.
Like a flying insect, it can hover, change trajectory and even hit small targets.
It was created by engineers at the USA’s University of California, Berkeley.
For a robot to fly, it must be equipped with a power source, like a battery, and electronics for flight control, both of which can be challenging to integrate into very small, lightweight devices.
To overcome this issue, researchers used an external magnetic field to power the device and control the flight path.
The robot is shaped like a small propeller and includes two small magnets.
Under the influence of an external magnetic field, these magnets are attracted and repelled, causing the propeller to spin and generating enough lift to raise the robot off the ground.
The flight path can be precisely controlled by modulating the strength of the magnetic field.
The next largest robot with similar flight capabilities is 2.8 cm in diameter, nearly three times as large.
OPS: The bumblebee-inspired tiny flying robot.
Picture supplied by Ferrari (FOTO: DUKAS/FERRARI PRESS) -
DUKAS_183084722_FER
World's tiniest wireless flying robot
Ferrari Press Agency
Flying bot1
Ref 16686
01/04/2025
See Ferrari text
Pictures must credit: Adam Lau/Berkeley Engineering
A tiny new bumblebee—inspired flying robot less than 1cm wide has been developed to one day pollinate crops — and it is powered by just a couple of batteries.
It weighs only 21 milligrams and is claimed to be the world’s smallest wireless robot capable of controlled flight.
Like a flying insect, it can hover, change trajectory and even hit small targets.
It was created by engineers at the USA’s University of California, Berkeley.
For a robot to fly, it must be equipped with a power source, like a battery, and electronics for flight control, both of which can be challenging to integrate into very small, lightweight devices.
To overcome this issue, researchers used an external magnetic field to power the device and control the flight path.
The robot is shaped like a small propeller and includes two small magnets.
Under the influence of an external magnetic field, these magnets are attracted and repelled, causing the propeller to spin and generating enough lift to raise the robot off the ground.
The flight path can be precisely controlled by modulating the strength of the magnetic field.
The next largest robot with similar flight capabilities is 2.8 cm in diameter, nearly three times as large.
OPS: The bumblebee-inspired tiny flying robot.
Picture supplied by Ferrari (FOTO: DUKAS/FERRARI PRESS) -
DUKAS_183054755_NUR
Wladyslaw Kosiniak-Kamysz And Dariusz Klimczak In Krakow
Mayor of Krakow Aleksander Miszalski during the visit at tram service station in Krakow, Poland on March 31, 2025. (Photo by Jakub Porzycki/NurPhoto) -
DUKAS_183054753_NUR
Wladyslaw Kosiniak-Kamysz And Dariusz Klimczak In Krakow
Polish Minister of Defence Wladyslaw Kosiniak-Kamysz during the visit at tram service station in Krakow, Poland on March 31, 2025. (Photo by Jakub Porzycki/NurPhoto) -
DUKAS_183025536_NUR
The Eid Mubarak Security Operations
The Governor of North Sumatra, Muhammad Bobby Afif Nasution, along with the North Sumatra Police Chief, Inspector General Pol. Whisnu Hermawan Februanto, S.I.K., M.H., and the Commander of the Bukit Barisan Military Regional Command (Pangdam) I, Major General TNI Rio Firdianto, review several service and security posts of the Eid al-Fitri 1446 Hijri celebrations in Medan, North Sumatra, Indonesia, on March 30, 2025. (Photo by Sutanta Aditya/NurPhoto) -
DUKAS_183025533_NUR
The Eid Mubarak Security Operations
The Governor of North Sumatra, Muhammad Bobby Afif Nasution, along with the North Sumatra Police Chief, Inspector General Pol. Whisnu Hermawan Februanto, S.I.K., M.H., and the Commander of the Bukit Barisan Military Regional Command (Pangdam) I, Major General TNI Rio Firdianto, review several service and security posts of the Eid al-Fitri 1446 Hijri celebrations in Medan, North Sumatra, Indonesia, on March 30, 2025. (Photo by Sutanta Aditya/NurPhoto) -
DUKAS_183025498_NUR
The Eid Mubarak Security Operations
The Governor of North Sumatra, Muhammad Bobby Afif Nasution, along with the North Sumatra Police Chief, Inspector General Pol. Whisnu Hermawan Februanto, S.I.K., M.H., and the Commander of the Bukit Barisan Military Regional Command (Pangdam) I, Major General TNI Rio Firdianto, review several service and security posts of the Eid al-Fitri 1446 Hijri celebrations in Medan, North Sumatra, Indonesia, on March 30, 2025. (Photo by Sutanta Aditya/NurPhoto) -
DUKAS_182964431_NUR
Clara Brugada, Mexico City's Mayor, Tours The Progress Of Reopening Four Stations On Metro Line 1
Inside a station on Line 1 of the Metro Collective Transportation System, Clara Brugada, Mexico City's mayor, tours and provides information on the progress of modernization, maintenance, and its reopening during Holy Week in the capital in Mexico City, Mexico, on March 28, 2025. (Photo by Gerardo Vieyra/NurPhoto) -
