PAL Robotics is ready to unveil a brand new robotic platform on the IEEE International Conference on Robotics and Automation (ICRA 2026), the place the corporate may also showcase its newest methods by means of stay, interactive demonstrations.
The occasion will happen in Vienna, Austria, from June 1 to five, bringing collectively researchers, engineers, and trade leaders from throughout the worldwide robotics sector.
PAL Robotics says its focus this yr is on demonstrating how robots can transfer from analysis environments into real-world functions. At sales space 067, guests will have the ability to work together immediately with robotic methods quite than merely observe them.
The demonstrations are designed to point out how applied sciences resembling teleoperation, information assortment, and embodied AI might be mixed to speed up growth and deployment.
By permitting customers to regulate robots and take a look at behaviors in actual time, the corporate goals to spotlight the significance of linking simulation with bodily methods.
A central a part of the showcase would be the launch of a brand new robotic designed for superior manipulation duties. The platform is meant to supply a versatile instrument for each analysis and industrial functions, enabling groups to adapt it to totally different use instances and workflows.
Alongside the brand new system, PAL Robotics will current its present portfolio, together with the TIAGo Professional cellular manipulator and the Kangaroo humanoid platform.
TIAGo Professional will display how navigation, manipulation, and notion might be mixed inside a single system, with a give attention to teleoperation and information technology for AI coaching.
Kangaroo, the corporate’s newest humanoid robotic, will showcase developments in locomotion and whole-body management, in addition to the usage of reinforcement studying in dynamic environments.
The corporate says these demonstrations replicate a broader objective of enabling robots to function outdoors managed settings and in additional complicated, real-world eventualities.
PAL Robotics, based in 2004, develops service and humanoid robots for analysis and industrial functions, and has participated in additional than 60 collaborative robotics initiatives worldwide.
