Our competitions
Bahia RT Leagues
Bahia RT participates in four main leagues, covering humanoid robot soccer and simulation to service robots and inspection drones. Select a league to see more details. On our YouTube channel (@BahiaRT) you will find competition footage, training, qualification materials, interviews, and more.
Humanoid Soccer League (HSL)
The Humanoid Soccer League (HSL) is RoboCup's humanoid robot soccer league. The long-term goal is that by around 2050, a team of fully autonomous humanoid robots will be able to beat the human world champion team under official FIFA rules.
Robots are divided into size categories (small, medium, large) and must walk, run, kick, get up after falls and cooperate with each other to execute high-complexity plays.
RoboCup Soccer Simulation 3D League
The RoboCup Soccer Simulation 3D League evolved from 2D simulation to enable the realistic modeling of humanoid robots in three-dimensional environments. Teams develop autonomous agents capable of controlling complete virtual humanoids, including locomotion, balance, coordination, ball control, and kicking behaviors.
The simulated environment makes it possible to run thousands of training matches, evaluate complex team strategies, and develop artificial intelligence and reinforcement learning techniques at scale, without the costs and physical limitations associated with real robotic hardware.
RoboCup@Home League
The RoboCup@Home League focuses on service and assistance robots in domestic environments. Robots are evaluated on tasks such as home navigation, object recognition, voice command understanding and social interaction with people.
Bahia RT competes in the league with the Bill robot, integrating ROS technologies, computer vision, navigation, manipulation and speech processing.
RoboCup Brazil Flying Robots League
The RoboCup Brazil Flying Robots League, former known as the Petrobras Robotic Challenge, focuses on autonomous aerial robotics for inspection and operational tasks in environments inspired by pipelines, offshore platforms, and onshore facilities.
During the competition, unmanned aerial vehicles (UAVs) must autonomously detect targets, plan and follow safe flight paths, land on suspended platforms, and interact with objects in complex environments.