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Off-Road 6WD Robotic Chassis for Autonomous Navigation

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Regular price 2 558 566 Kč s DPH
2 114 517 Kč bez DPH
Regular price Sale price 2 558 566 Kč

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Náklad firmy: 70 000 (mzda x 2.0 - superhrubá mzda - odvody/náklady at)
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SKU: 1601564045458

Description

  • ✔ Top traction thanks to 6WD drive
  • ✔ Robust construction for extreme conditions
  • ✔ Ideal for autonomous navigation systems
  • ✔ High ability to overcome obstacles
  • ✔ Water and moisture resistance
  • ✔ Flexible platform for development and prototyping
  • ✔ Optimized for field use

Introducing this innovative mobile robotic platform, designed for uncompromising performance in challenging terrains. With 6WD drive and robust construction, it is the ideal foundation for autonomous projects, research or industrial deployment.

6WD off-road robotic chassis

🚀 What does this off-road chassis offer?

  • 6WD Off-Road Drive: Provides excellent traction and stability on uneven surfaces, gravel and mud.
  • Autonomous Navigation Platform: Fully prepared for the integration of advanced navigation systems and sensors.
  • High Cross-country Ability: The design allows for effective overcoming of obstacles, which expands the possibilities of deployment.
  • Water Resistance: Designed with wet operation and wading capability in mind.
  • Modular Design: Easy adaptation for different applications and quick integration of other components.

🔎 Explore every detail

This robot chassis provides a robust foundation for ambitious mobile robotics projects. Its mid-size size and six-wheel drive provide the ideal balance between maneuverability and load capacity. Its rugged construction enables the platform to operate in conditions where conventional robots fail, from uneven industrial floors to unpaved roads and natural terrain.

The manufacturer designed this platform with an emphasis on modularity and expandability, making it an ideal choice for developers, researchers and system integrators. Whether you are planning a robot for inspection, monitoring, data collection or as an autonomous transport vehicle (AGV), this chassis will provide you with a reliable and flexible foundation.

🚧 Are you bothered by the limitations of existing robotic platforms?

Are you looking for a robust solution that can withstand challenging terrains while offering the flexibility to implement advanced autonomous functions? Do you often struggle with insufficient traction, low load capacity, or the inability of your robots to operate in variable outdoor or industrial conditions?

✅ Get unmatched mobility and reliability!

With this all-terrain 6WD platform, you get a solid foundation for any mobile robotics project. Its excellent off-road capabilities, stable construction, and readiness for autonomous systems integration will allow you to push the boundaries of your applications. Forget compromises and focus on performance and durability.

6WD robotic chassis in action

🌟 More than just features, real benefits

  • 6WD drive: Unbreakable traction in mud, gravel and bumps → Reliable operation even in extreme conditions.
  • Modular design: Easy assembly of sensors, controllers and attachments → Quick adaptation for specific projects.
  • Autonomous navigation support: Readiness for advanced navigation systems → High level of automation and efficiency.
  • High obstacle clearance: Problem-free overcoming of unevenness and smaller barriers → Expanded deployment options in complex environments.
  • Water resistance: Protection of electronics and mechanics from moisture → Stable performance even in adverse weather.

🎯 Who is this platform the ideal choice for?

  • Research and development teams: An ideal basis for experiments with autonomous navigation, remote inspection, and field data collection.
  • Industrial companies: For the implementation of mobile robots (AGV) for material transport in demanding production halls or outdoor operations.
  • Educational institutions: The perfect tool for hands-on teaching of robotics, mechatronics, and autonomous systems.
  • Advanced hobbyists and DIYers: Build your own all-terrain robot for fun, competitions, or special home projects.

🤔 Do you have any concerns? We'll answer them!

  • Concern: Will integrating my systems be difficult? → Answer: With an open and modular design, the platform is designed for easy integration of sensors, controllers, and other components.
  • Concern: What is the load capacity of this platform? → Answer: The robust design and powerful drive enable it to carry significant payloads, making it ideal for a wide range of applications.
  • Concern: Is the platform really durable for outdoor use? → Answer: Yes, with 6WD, high-passenger capability and water resistance, this platform is built for demanding outdoor and indoor environments.

⚙️ Technical specifications

Property Value
Drive 6WD (six-wheel drive)

❓ Frequently Asked Questions

What types of terrain is the platform best suited for?
Thanks to its robust 6WD drive and construction, it is ideal for uneven surfaces, gravel, mud, grass and other demanding outdoor and industrial terrain.
What capabilities does the autonomous navigation platform have?
The platform is designed as a foundation for autonomous systems, meaning it allows for easy integration of various sensors (Lidar, cameras, GPS) and control units for fully autonomous operation.
Can I mount my own sensors and attachments on the platform?
Yes, the modular chassis design allows for flexible mounting of a wide range of sensors, attachments and other components to suit your specific needs.
How water resistant is the platform?
The platform is designed with wading capability and wet operation in mind, ensuring reliability even in more challenging weather conditions.
Are control electronics or software included in the package?
This is a robust robotic chassis that provides the mechanical foundation and propulsion. The control electronics and software for autonomous functions are typically not included in the package and require separate integration.
What can I use this platform for in practice?
The use is wide, from research and development projects, through industrial AGVs for material transport, to inspection and monitoring robots in demanding environments.