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TOOLZAM AI
ROBOTS
Spot (Boston Dynamics)
Field: Robotics for Inspection and Automation .
Description: Spot is a quadruped robot developed by Boston Dynamics, widely used for industrial inspections, data collection, and even creative tasks like filming and choreography. Spot can navigate rough terrain and is highly versatile.
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Gardro®
Field: Toy robot for kids above 5 years
Description:
Gardro encourages kids to spend time outdoors, exploring nature. This will spark kids' curiosity and passion for gardening, inspiring them to become future farmers.
Specifications:
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Weed Removal
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Mobile App Control
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First-Person View (FPV)
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Garden Planning Tool
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Learning Modules
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Mini Autopilot Mode
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HAUK
HAUK is a quadcopter designed for large-scale 3D mapping and real-time environment analysis. Build for exploration and extraction, it efficiently handles tasks like resource scouting, disaster relief and infrastructure inspection, delivering precise insights in challenging environments. Its autonomous capabilities ensure efficient operation, reducing human intervention and improving safety in remote or hazardous locations.
G- RAFe
G-RAFe is an autonomous robot which combines a 6-DOF robotic arm with a 4WD ground robot, equipped with a depth camera for 3D environmental sensing and interaction. Its versatile design supports applications in sanitation, agriculture, education, and more. It currently operates as a collaborative robot, seamlessly adapting to a range of needs with its innovative and flexible design.
T- REX
T-REX is a 4-wheeled mecanum drive robot, designed to map areas in 2D and autonomously navigate between points. While currently tailored for teaching advanced robotics concepts, T-REX’s adaptable design makes it ideal for diverse applications, from sanitation to security, unlocking endless possibilities.
Co-Lab -Indoor Security Robot
Co-Lab is an indoor robot with surveillance, data collection & advanced video analytics capabilities. It navigates autonomously & safely around its environment via its extensive sensors array. Providing up to 7 hours of run-time with just 2 hours of charging & public announcements features, Co-Lab is designed to provide 24/7 safety & surveillance. Equipped with lift integration, smart access-doors integration & site-maps sharing capabilities allows Co-Lab to travel autonomously & access various floors in a building .
Halo - Outdoor Security Robot
Experience the future of security and surveillance with Halo, the ultimate choice for outdoor security inspection. Halo operates seamlessly with its comprehensive sensor array for precise navigation and optimal performance. With a robust all-terrain drive system, Halo effortlessly traverse through rugged and uneven landscapes, showcasing remarkable adaptability and resilience. Halo's weather-resistant shell guarantees uninterrupted operation in various weather conditions, including rain, wind, and high temperatures.
CROVER ROBOTS
The CROVER robots represent the new state of the art for the monitoring, sampling, and management of bulk solids and powders. Used primarily industrially by grain merchants, ports and cooperatives storing and transporting large quantities of cereal grains, oilseeds and feed, the CROVER robots can work in most types of granular materials, including minerals and chemical powders.
The CROVER is the first and only device in the world able to swim through bulk solids and powders; it is made possible by the company proprietary technology for locomotion in granular materials. The CROVER mothership can also carry significant payloads on steep unstable granular slopes (something no other device is capable of), opening new possibilities for the handling of granular materials and pushing the boundaries of grain storage management.
Crover also provides a research offering for academics looking to integrate their own sensor(s) while leveraging the unique capabilities of the CROVER robots to move through granular media.
ASTRU (AUTONOMOUS SEMI-TRAILER TRUCK) : LUME ROBOTICS
A Level 4 autonomous solution is being applied in industrial plants to optimize internal transportation and logistics operations, ensuring higher efficiency, accuracy, and safety.
In a groundbreaking move, Mercedes-Benz Brazil introduced the country’s first Level 4 autonomous truck — the Atego 1730 — developed in partnership with Lume Robotics. This advanced vehicle is specifically designed to operate within controlled areas, such as the Ypê factory in Amparo, São Paulo, where it facilitates internal product transportation between production lines and distribution centers. Ypê was the first company in Brazil to adopt this cutting-edge technology.
Mercedes-Benz has also established a new business model, offering specialized consulting services to customize autonomous solutions to meet the unique needs of different customers. The Atego 1730 is equipped with advanced sensors and cameras that enable precise maneuvers and effective obstacle detection, allowing it to operate without human intervention. This initiative underscores a commitment to innovation, driving progress in efficiency, safety, and productivity in logistics operations.
BRAVO (BUS ROBOTIC AUTONOMOUS VOLARE) : LUME ROBOTICS
Marcopolo Volare minibus: pioneering autonomous operation in business environments.
Marcopolo, in partnership with Lume Robotics, introduced the first autonomous minibus prototype in South America, based on the Volare Attack 8 model. Designed for low-speed operation within closed circuits, the vehicle features advanced technology that enables human-free operation, ensuring greater energy efficiency and reduced emissions. With a capacity for 21 passengers, the minibus is equipped with sensors and robotic systems that control steering, brakes, and gear. The prototype was tested at the ArcelorMittal Tubarão steel plant and aims to deliver improvements in safety and operational efficiency, with the potential to transform urban mobility.
MARTA (MINING AUTONOMOUS ROBOTIC TRUCK AROCS) : LUME ROBOTICS
Mercedes-Benz Arocs Truck for Autonomous Operation in Mining Environment.
The autonomous vehicle MARTA aimed to test the Lume Autonomous Mobility System on a Mercedes-Benz Arocs dump truck, operating autonomously in the transportation of limestone between the pit and the crusher at a mine. During the proof of concept, the truck was adapted with the Lume System, which utilized sensors and mapping technology to define routes, detect obstacles, and perform loading and unloading maneuvers for the mineral.
The tests involved data collection to map the route, create paths, and validate the autonomous operation. The system successfully operated in various scenarios, such as intersections and interaction with other vehicles, completing the loading and unloading cycle without the need for intervention, except for safety supervision. During operation, the truck adjusted its speed according to the terrain conditions and detected other vehicles, performing evasive maneuvers when necessary. The testing was considered successful and paved the way for the future deployment of autonomous vehicle systems in mining operations.
TRAMONTINA ELECTRIC AUTONOMOUS VEHICLE : LUME ROBOTICS
The Tramontina Autonomous Vehicle is an innovative project developed for the autonomous transportation of small loads within Petrobras facilities, utilizing the Lume Autonomous Mobility System. This system, consisting of intelligent sensors and control mechanisms, allows the vehicle to localize itself, recognize objects and people, plan routes, and perform safe maneuvers without the need for operator intervention. The graphical interface facilitates communication between the vehicle and non-specialized users.
Tests demonstrated the effectiveness of the system, such as when the autonomous vehicle adjusted its speed upon detecting vehicles ahead, stopped to avoid collisions with objects on the track, or diverted when a safe alternative route was available. The results confirmed the system's ability to detect objects and act safely and efficiently.
GIANT. FIGHTING ROBOTS - MEGABOTS
MegaBots, Inc., uses cutting-edge robotics technology to create the giant piloted fighting robots of science fiction, videogames and movies. These robots fight in epic-scale arena combat the likes of which the world has never seen before.
MegaBots are 15-foot-tall, internally piloted humanoid robots that fire cannonball-sized paintballs at each other at speeds of over 120 miles per hour. As the robots battle, armor panels shear off and litter the field, smoke and sparks pour out of the chassis, massive robotic limbs tear off, and robots crumple to the ground until only one is left standing.
The giant robots from science fiction are coming.