The World Forum will be the location for the European trade fair ‘The Unmanned Systems Expo’ once again next year. The second edition will be held from 2 to 4 February 2016 in The Hague.
Beijing Institute of Technology developed a humanoid called BHR 1. It can perform ‘Tai Chi’ and can be used in places like toxic-polluted area or terrorist-infested regions.
Beijing Institute of Technology developed a humanoid called BHR 2. Also called ‘Huitong’, it can perform martial arts and can be used in barren, toxic-polluted or terrorist-infested lands.
Honda developed a bipedal prototype called E2. This experimental humanoid walks at a speed of 1.2 kilometers per hour using Honda’s ‘Dynamic Movement’ and walks like a human.
This years RoboNED Conference will take place at the Vision&Robotics trade fair in Veldhoven The Netherlands. will be used to find out if the Dutch Robotics society is still on track according their "Dutch Robotics Strategic Agenda".
BlueBotics is a Swiss company which specializes in autonomous navigation. They have developed Autonomous Navigation Technology which enables autonomous vehicle movement.
The ESA Telerobotics & Haptics Laboratory aims at performing engineering developments, fundamental research, and project work in human-robot interfaces, telerobotics, and haptics together with academic institutions as well as industry.
Inroads is specialized in developing, organizing and realizing technological innovation projects. It provides its services mainly for automotive, mobility and high tech industries.
Microbric is a South Australian robotics company with the goal of sharing electronics, programming, and robotics with as many people as possible, especially children. They develop easy-to-program robots that are perfect for the classroom. No soldering…
Based in the Netherlands, MIRA is the research centre for Biomedical Technology and Technical Medicine of the University of Twente. It aims at introducing new treatments to the healthcare sector. By working closely with government organizations, hospitals…
The Robotics Technology Exhibition event aims at adding more value to Dubai’s economy by involving various business sectors, creating employment opportunities, attracting international investors, and catapulting the city to a tech hub.
Being one of the three technological universities in the Netherlands, the TU Delft aims at introducing new robot technologies that can work together with humans beyond confined industrial environments.
TU Delft Robotics Institute is the leading center for robotics research in the Netherlands. Their aim is to introduce new and original robotics technologies that will enable humans and robots to work together in uncontrolled, unpredictable, real-life…
ABB has unveiled the world’s first truly collaborative robot: YuMi®, an Innovative and human-friendly, dual-arm robot with breakthrough functionality that unlocks vast global additional automation potential in the robotics industry.
The SUNRISE project has developed a team of aquatic robots that are able to work together to scan the sea floor and communicate via the 'Internet of underwater things'
SeaBED AUV: successful test of an autonomous underwater vehicle producing 3D maps of the underside of Antarctic sea ice.
Lely, which has succeeded in providing a revolutionary innovation to the dairy business, announced that 2014 marks the twenty thousandth Lely Astronaut milking robot being installed.
Rising Media’s RoboUniverse Conference & Expo Returns to New York City for its Second Edition; Reveals Tracks and Program Details; April 11-12, 2016 at the Javits Convention Center
Makai Ocean Engineering and the University of Hawaii successfully tested an aquatic robot called "Bottom-Skimming AUV".
TUSExpo 2015 opens it’s doors in 5 days. Make sure you benefit from this great opportunity to meet key industry players.
TUSExpo, the first fully integrated European trade show and conference focused on the Unmanned Systems industry, has revealed its line-up of speakers.
AIRobots is a new Dutch Robotics project aimed at developing robots that can perform as well in the air as they do on land. The robots are designed to be user friendly and the operator ideally receives visual and force feedback from the robot to control…
RoboEarth is a project involving European universities and companies like TU Eindhoven and Phillips. The goal is to pave the way for rapid advances in machine cognition and behavior, by developing a world wide web for robots so they can share and learn…
The Rose project is a Dutch Robotics project that wants to develop a team of robotic sensors that can automatically acquire data about the condition of the dike system in the Netherlands. By using robots, data can be acquired more easily and accurately,…
The Dutch Robotics Agenda involves a short, middle and long term vision of the current status of robotics development in the Netherlands and how to move forward.
Ami was developed by KAIST to be a service robot in the home. It can help you with household chores such as sweeping. It has sensors that help it avoid objects. Ami, which means "friend" in French, can also converse with 50 sentences and display anger,…
AMP is a music-playing entertainment robot. It can play music through its 12 watt speakers and two tweeters. Just plug it into an MP3 player and AMP will start playing tunes and moving to the beat for you. It comes with a remote control and five different…
Samsung electronics developed a female robot called April. Although it is unable to stand or walk, it can move its head and hands, and make fluid-like motion with musical beats.
Toshiba developed a gadget robot called ApriPoco which serves as a gateway of a voice command-able environment. It learns commands over time and responds to human voices.
DARPA developed a robotic platform called ARM to execute certain moves. Developers from public are allowed to write algorithms for the robot that make it perform complex tasks.
St. Petersburg State Polytechnic University and New Era developed Arne in 2003. It can walk independently, avoid obstacles and respond to voices by synthesizing its own voice.
TMSUK, Sanyo and Omron developed a security robot called Banryu T72S. It has integrated supersonic sensor, infrared sensor, temperature sensor and smell detection sensor.
TMSUK and Sanyo developed a security robot called Banryu T73S. It has obstacle sensor, infrared sensor, temperature sensor and odor sensor, and functions on different modes.
TMSUK, Sanyo and Omron developed a dinosaur based security robot called Banryu T7S Type 1. It can be controlled from a distance and responds to simple human voice commands.
Exhibiting an amazing degree of common sense, Baxter is an industrial robot that is used for industrial jobs such as sorting, loading, unloading and handling of materials. Being an intelligent robot, Baxter is capable of refining its capabilities over…
Elumotion and Bristol Robotic Lab developed a robotic torso called BERT 2. It has an eye-tracking system to recognize human intention and calculate the task at hand.
NISSAN developed a biomimetic car robot called BR23C. Nicknamed 'Bee', it uses Laser Range Finder, and decelerates and turns sharply 90 degrees when detects an obstacle.
RoMeLa team at Virginia Tech developed a small humanoid called DARwIn-OP. Built on open source platform, it allows users to modify either hardware or software, or both.
UT Austin and Meka Robotics jointly developed a humanoid called Dreamer. Armed with advanced artificial intelligence, it can respond to human gestures and even emotions.
Robot Edison is an easy-to-program robot for students of all ages and also for both beginner and experienced hobbyists. Edison is an effective and affordable way to teach students about robotics, programming and broader STEM lessons. Edison is also Lego…
HITACHI developed a two-wheeled humanoid called EMIEW. It helps people in their daily activities, has obstacle sensors to avoid obstacles, and can engage in a conversation.
HITACHI developed a humanoid called EMIEW 2. It communicates with humans, evades obstacles, maps destinations and navigates the building, and has voice processing systems.
Tomotaka Takahashi developed a female robot called FT or the 'Female Type'. This biped humanoid has the lean body of a woman, and uses the SHIN walk technology for smooth walking.
HAL is a cyborg-type robot developed by Cyberdyne and Tsukuba University. Equipped with powerful angle sensors for both upper and lower limbs, it enhances the physical capability of the person wearing it. It is intended to assist handicapped individuals,…
