2026 a_l__o_t_design® Studio722
2026 a_l__o_t_design® Studio722
2026 a_l__o_t_design® Studio722
R Top Platform Series
R Top Platform Series
The R Top Platform Series is a modular robotic mobile platform developed to accelerate the deployment of manipulation robots for real-world applications. Designed for teleoperation, AI data collection, and automation, it provides a scalable hardware foundation where embodied intelligence can be trained, validated, and deployed efficiently.
The R Top Platform Series is a modular robotic mobile platform developed to accelerate the deployment of manipulation robots for real-world applications. Designed for teleoperation, AI data collection, and automation, it provides a scalable hardware foundation where embodied intelligence can be trained, validated, and deployed efficiently.
The R Top Platform Series is a modular robotic mobile platform developed to accelerate the deployment of manipulation robots for real-world applications. Designed for teleoperation, AI data collection, and automation, it provides a scalable hardware foundation where embodied intelligence can be trained, validated, and deployed efficiently.
Year
Year
2025
2025
Industry
Industry
Logistics & Supply Chain
Logistics & Supply Chain
Scope of work
Scope of work
/
Robotics Design
Robotics Design
Robotics Design
/
Industrial and Product Design
Industrial and Product Design
Industrial and Product Design
Timeline
Timeline
6 months
6 months
Modular Robotics Platform
The R Top family—including R Top Static, R Top+, and R Top Linear—creates a unified robotic platform capable of supporting multiple manipulation configurations. Its modular architecture enables organizations to deploy robots faster while adapting the hardware to different operational needs.
The R Top family—including R Top Static, R Top+, and R Top Linear—creates a unified robotic platform capable of supporting multiple manipulation configurations. Its modular architecture enables organizations to deploy robots faster while adapting the hardware to different operational needs.
The platform was designed as the physical foundation for manipulation robotics. By integrating interchangeable mobile bases, configurable vertical structures, and multiple robotic arm options, it supports teleoperation, autonomous manipulation, warehouse automation, and AI training. The design reduces development time while providing a scalable ecosystem that evolves with changing applications.
The platform was designed as the physical foundation for manipulation robotics. By integrating interchangeable mobile bases, configurable vertical structures, and multiple robotic arm options, it supports teleoperation, autonomous manipulation, warehouse automation, and AI training. The design reduces development time while providing a scalable ecosystem that evolves with changing applications.
Embodied Intelligence Infrastructure
Developed in collaboration with Robot.com and powered by i2RT hardware, the platform combines industrial engineering with modular robotics to accelerate deployment, AI training, and real-world automation using proven third-party technologies.
Developed in collaboration with Robot.com and powered by i2RT hardware, the platform combines industrial engineering with modular robotics to accelerate deployment, AI training, and real-world automation using proven third-party technologies.
The Linear version incorporates a high-speed vertical linear actuator with travel speeds up to 300 mm/s, delivering smooth and highly accurate positioning for dense workspaces. Dual configurable YAM robotic arms allow multiple manipulation configurations, while the integrated self-locking brake maintains the robot's position during power loss without energy consumption. Multiple wheel-base iterations were tested to optimize stability, mobility, and manipulation performance across diverse environments.
The Linear version incorporates a high-speed vertical linear actuator with travel speeds up to 300 mm/s, delivering smooth and highly accurate positioning for dense workspaces. Dual configurable YAM robotic arms allow multiple manipulation configurations, while the integrated self-locking brake maintains the robot's position during power loss without energy consumption. Multiple wheel-base iterations were tested to optimize stability, mobility, and manipulation performance across diverse environments.
Designed For Deployment
Every version of the R Top platform was designed to simplify implementation. From research laboratories to industrial facilities, the platform allows rapid integration of manipulation hardware while providing a clean, recognizable identity aligned with the Robot.com ecosystem.
Every version of the R Top platform was designed to simplify implementation. From research laboratories to industrial facilities, the platform allows rapid integration of manipulation hardware while providing a clean, recognizable identity aligned with the Robot.com ecosystem.
The platform supports dual 6-DOF YAM arms, mobile operation, remote teleoperation, autonomous workflows, and AI data collection within a single hardware architecture. The product family includes fixed, enhanced, and linear-lift configurations, allowing users to select the ideal platform for research, logistics, manufacturing, or embodied AI applications while maintaining a consistent mechanical and visual language.
The platform supports dual 6-DOF YAM arms, mobile operation, remote teleoperation, autonomous workflows, and AI data collection within a single hardware architecture. The product family includes fixed, enhanced, and linear-lift configurations, allowing users to select the ideal platform for research, logistics, manufacturing, or embodied AI applications while maintaining a consistent mechanical and visual language.
Foundation For Embodiment
The R Top Platform Series represents more than a robotic base—it establishes a scalable infrastructure for the next generation of embodied intelligence. By combining modular industrial design, engineering, and AI-ready hardware, the project enables faster experimentation and deployment.
The R Top Platform Series represents more than a robotic base—it establishes a scalable infrastructure for the next generation of embodied intelligence. By combining modular industrial design, engineering, and AI-ready hardware, the project enables faster experimentation and deployment.
Rather than designing a single robot, this project created a flexible ecosystem capable of supporting evolving manipulation technologies. The collaboration between industrial design, engineering teams, Robot.com, and i2RT produced a platform that accelerates AI training, teleoperation, and automation while remaining adaptable to future robotic hardware. It serves as a robust physical foundation for the embodied intelligence era.
Rather than designing a single robot, this project created a flexible ecosystem capable of supporting evolving manipulation technologies. The collaboration between industrial design, engineering teams, Robot.com, and i2RT produced a platform that accelerates AI training, teleoperation, and automation while remaining adaptable to future robotic hardware. It serves as a robust physical foundation for the embodied intelligence era.
Direction Team: Felipe Chávez, Judah Longgrear, Natalia Valderrama, David Rodríguez, Sergio Pachón, Kim Fennell. Design Team: Joell Martínez, Erika Ospina, Johan Ceballos, Miguel Sierra. Engineering Team: Natalia Pinilla, Andrés Rengifo, Leonardo Correa, Miguel Jiménez, José Logreira, Dany Cáceres, Andrés Martínez.
Direction Team: Felipe Chávez, Judah Longgrear, Natalia Valderrama, David Rodríguez, Sergio Pachón, Kim Fennell. Design Team: Joell Martínez, Erika Ospina, Johan Ceballos, Miguel Sierra. Engineering Team: Natalia Pinilla, Andrés Rengifo, Leonardo Correa, Miguel Jiménez, José Logreira, Dany Cáceres, Andrés Martínez.
Direction Team: Felipe Chávez, Judah Longgrear, Natalia Valderrama, David Rodríguez, Sergio Pachón, Kim Fennell. Design Team: Joell Martínez, Erika Ospina, Johan Ceballos, Miguel Sierra. Engineering Team: Natalia Pinilla, Andrés Rengifo, Leonardo Correa, Miguel Jiménez, José Logreira, Dany Cáceres, Andrés Martínez.
Head designer
Head designer
Alejandro Otálora
Alejandro Otálora
Team
Team
robot.com
robot.com
Company
Company
robot.com
robot.com
robot.com
2026 alot_design® Studio722
Let’s design.
Tell us about your vision—whether you're looking to develop next-generation mobility, autonomous robotics, or market-ready industrial products.
Let’s design.
Tell us about your vision—whether you're looking to develop next-generation mobility, autonomous robotics, or market-ready industrial products.
2026 alot_design® Studio722
Let’s design.
Tell us about your vision—whether you're looking to develop next-generation mobility, autonomous robotics, or market-ready industrial products.