PAL Robotics Open Day for the EU Robotics Week

By |2018-07-03T15:46:40+00:00November 27th, 2015|Events|

For a review in Spanish, click here! On Sunday EU Robotics Week comes to an end, after seven days filled with over 600 events on robotics! We also organized an activity to celebrate the European week of robotics: PAL Robotics open day. We welcomed anyone who wanted to discover what’s behind our passion to our offices. Like last [...]

PAL Robotics with the EU FP7 Factory in a Day project

By |2018-07-03T15:46:47+00:00November 25th, 2015|Articles|

Recently TIAGo has been showing new abilities in events such as IROS 2015 Conference or AYRI11 Forum. Some of them were developed as part of Factoy in a Day, an European project framed in the EU Seventh Framework programme in which PAL Robotics collaborates since 2013. Factory in a Day wants to optimize resources on [...]

PAL Robotics, winners of the AYRI11 Innovation Award with TIAGo, our mobile manipulator

By |2018-07-03T15:46:56+00:00November 9th, 2015|Events|

It is an honour for PAL Robotics to have received the AYRI11 Innovation Award for TIAGo, our mobile manipulator. AYRI11 gathered the latest innovations in industrial robotics at TecnoCampus (Mataró, Spain). The event, held on November 3rd, combined talks with workshops in which PAL Robotics participated showing our mobile manipulator. The speech was given by [...]

Thank you for helping us build robots!

By |2018-07-03T15:47:13+00:00October 16th, 2015|Events|

This video summarizes IROS 2015. The event gathered together all kinds of institutions, universities, companies and people involved in robotics, who saw there the latest advances in the robotic industry, like TIAGo. We were glad to come across with some of the companies that provide us of key parts that make crafting our robots possible. https://www.youtube.com/watch?v=ldjuJGRZMpM [...]

TIAGo, the best robotic partner for research

By |2018-07-03T15:47:59+00:00July 31st, 2015|Articles|

TIAGo is a mobile manipulator that comes ready to serve at any research institution or lab. TIAGo has evolved capabilities on manipulation, navigation, perception and interaction, and can be customized for any particular need of a research. TIAGo’s features make it the ideal robot for research, especially on ambient assisted living or light industry. TIAGo is open source: its software is completely ROS enabled, and its [...]

ROS simulation available for PMB-2 – TIAGo’s mobile base

By |2018-07-03T15:48:10+00:00July 15th, 2015|Articles|

The ROS simulation of PAL Robotics mobile base, named PMB-2, is available now and ready to download! You will find all the steps in the ROS wiki. Follow the steps in the ROS wiki and start simulating with the mobile base! PMB-2 mobile base is the one used in TIAGo, the mobile manipulator. Now it is also [...]

REEM-C just arrived at TUM’s Institute for Cognitive Systems

By |2018-07-03T15:56:48+00:00June 17th, 2015|Articles|

REEM-C at TUM. Credits: ICS Technische Universität München (Munich, Germany) has just received a REEM-C robot that they will use as a research platform at the Institute for Cognitive Systems (ICS) and grow the ICS robots family. TUM is one of the most prestigious universities in Europe and is considered as one of the top German [...]

Robots to understand social behaviour: PAL Robotics, with the SocSMCs european project

By |2018-07-03T15:57:33+00:00May 5th, 2015|Articles|

PAL Robotics is collaborating with another european project, the socSMCs, from the Future Emerging Technologies (FET) call of the H2020 program. SocSMCs project aims to investigate the human behaviour and its cognitive system to improve Human-Human and Human-Robot interactions. For this purpose, researchers will perform trials with humans and robots. PAL Robotics' REEM-C is one [...]

REEM, the autonomous explorer

By |2018-04-09T13:44:56+00:00May 5th, 2014|Articles|

A recently developed feature for the REEM humanoid robots is autonomous exploration. The exploration system enables the robot to move around an unknown environment and create a map of the place without human intervention. Once the map has been created, REEM is able to localize itself in the map and navigate to any reachable goal. [...]