What is an AGV Body?

In industrial automation and mobile robotics, an AGV (Automated Guided Vehicle) typically refers to a complete system that includes:

An AGV Body, however, represents a different concept.

It is a modular AGV chassis designed as a hardware platform for building custom mobile robots. Unlike a full AGV system, it does not include a controller or navigation system, allowing users to integrate their own control architecture and software stack.

The “Controller-Free” AGV: A “Zombie Robot”

An AGV Body can be understood as a “controller-free” mobile robot platform, sometimes described as a “zombie robot.”

It retains only the essential hardware components:

• Mechanical structure (AGV chassis)

• Drive wheels and motors

• Battery system

• Basic wiring harness

• Necessary actuators

However, it lacks the central controller—the “brain.”

As a result, the AGV Body cannot independently perform path planning, obstacle avoidance, or task scheduling.

It must be integrated with an external controller (such as a PLC, industrial PC, or ROS-based system) to become a fully functional mobile robot.

Who Needs an AGV Body or Modular AGV Chassis?

ATOMBOTIX: Modular AGV Chassis and Mobile Robot Platform Provider

ATOMBOTIX provides a complete solution based on standardized AGV Body platforms and modular mobile robot chassis systems.

Standardized Modular AGV Chassis

ATOMBOTIX offers a range of payload options, from light-duty to heavy-duty platforms (400 kg, 600 kg, up to 1000 kg).

These mature and reliable AGV chassis platforms enable rapid development of custom mobile robots, reduce mechanical design effort, and accelerate prototyping and iteration. With modular components such as AGV Body, drive units, and energy modules, users can flexibly configure their robot systems.

Platform Lift Type AGV Body

Forklift Type AGV Body

CE, UL, and Functional Safety-Ready Design

ATOMBOTIX integrates hardware aligned with international safety standards, providing a solid foundation for certification.

Key components include:

• Safety Controllers (Safety PLC)

• Emergency stop

• Safe speed monitoring

• Safety zone switching

• Motor Drives with STO (Safe Torque Off)

• Reliable torque shutdown in safety events

• Compliance with EN ISO 13849-1

  
  

Custom AGV and Mobile Robot Development Support

Beyond standard AGV chassis platforms, ATOMBOTIX provides end-to-end customization services:

• Hardware configuration

• Software integration

• Application-specific design

This includes:

• Custom payload structures

• Specialized interfaces

• Sensor integration and mounting

Battery and Charging Systems

Reliable battery modules and charging solutions are provided as part of the integrated AGV platform.

Rich Communication Interfaces and Controller Compatibility

ATOMBOTIX supports multiple motion configurations:

• Differential drive

• Steering drive

• Dual steering systems

And offers industrial communication interfaces:

• CAN

• RS485

• EtherCAT

• Gigabit Ethernet

This ensures seamless integration with various robot control systems.

One-Stop Supply and Scalable Manufacturing

ATOMBOTIX provides:

• Integrated sourcing of motors, sensors, controllers, batteries,      and navigation modules

• Advanced manufacturing with precision equipment

• Digital inspection systems

• Compliance with international quality standards

From prototyping to mass production, customers benefit from a single, reliable AGV chassis supplier, reducing supply chain complexity and accelerating time-to-market.

Conclusion

The AGV Body concept introduces a more flexible and efficient way to develop mobile robots.

Instead of building a complete AGV system from scratch or relying on closed OEM platforms, companies can leverage a modular AGV chassis and focus on their core strengths—software, algorithms, and application development.

For organizations seeking speed, flexibility, and cost efficiency in industrial automation, AGV Body platforms provide a powerful foundation for next-generation mobile robots.