Customized AGV or AMR Vehicle Design

AGV AMR Vehicle Design

We handle the design and prototype of the best AGV or AMR vehicle for your company tailored to your needs from scratch.

Why bigD?

We offer innovative and quality solutions to make your company stand out in the industry.

Innovation

in the outcome and the process

We strive to innovate both in the outcome and the work process to achieve the best results.

Rigour

for achieving excellence

We pay attention to every detail in design. Everything matters, and nothing can be left to chance if we want to create unique experiences.

Collaboration

the path to innovation

We understand that collaboration is essential to tackle complex projects and achieve innovative solutions.

Care

for our clients and our team

Our projects and clients deserve maximum attention, respect, and care to create an optimal experience.

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Vehiculos-AGV-auxiliar

Automation is already considered by experts as the most important aspect of future logistics.

Environmental laws are phasing out thermal forklifts.
Digitizing intralogistics will play a fundamental role in future supply chains.
These robots free operators from repetitive and physically demanding tasks, thus improving the quality and safety of work.

When designing an AGV or AMR vehicle, bigD focuses on 16 key factors

1. Navigation and Mapping

Incorporate navigation and mapping systems that allow the AGV or AMR vehicle to move autonomously and accurately in its environment, avoiding obstacles and collisions.

2. Sensors and Perception

Equip the vehicle with sensors such as cameras, LiDAR, ultrasound, and others to detect its surroundings and make real-time decisions.

3. Route Planning

Develop efficient route planning algorithms that optimize movements and minimize waiting times.

4. Safety

Design robust safety mechanisms to prevent collisions with people and objects, and to stop the vehicle in case of an emergency.

5. Load Capacity

Determine the appropriate load capacity for the type of cargo the vehicle will transport and ensure that the structure can support it.

6. Battery and Autonomy

Select batteries with sufficient energy capacity to sustain operations during workdays and design efficient recharging systems.

7. Communication

Establish communication systems that allow vehicles to coordinate their movements and stay connected with other equipment and systems.

8. Integration with Existing Systems

Ensure that AGV or AMR vehicles can integrate with existing management and control systems in the industrial environment.

9. Ergonomic Design

If the vehicle interacts with people, it must have an ergonomic and safe design to prevent workplace risks.

10. Maintenance and Repair

Facilitate access to components for maintenance and repairs, and design the vehicle in a way that maintenance tasks are efficient.

11. Resistance to Environmental Conditions

Consider the environmental conditions in which the vehicle will operate, such as extreme temperatures, humidity, and dust.

12. Software Updates

Design systems that allow software updates to incorporate new functionalities or security enhancements.

13. Resource Optimization

Ensure that the AGV or AMR vehicle optimizes the use of resources such as energy, time, and space.

14. Warranty and Support

Offer appropriate warranties and technical support to address issues and maintain vehicle performance.

15. Regulatory Compliance

Ensure that the design complies with local and international regulations and standards in terms of safety and operation.

16. Testing and Validation

Conduct comprehensive tests to validate the vehicle’s operation and safety in different situations.

By considering these key factors in the design of AGV or AMR vehicles, highly efficient and safe autonomous teams can be created, enhancing effectiveness and productivity in industrial and logistics environments.