Robust 4x4 Robotic Chassis for Agricultural and Autonomous Robotics

• ✔ Robust and modular design for demanding applications
• ✔ Reliable 4-wheel drive with excellent off-road traction
• ✔ Coaxial swing suspension for adaptation to unevenness and stability
• ✔ Powerful 100W DC gear motor MD60
• ✔ DS5160 digital servo with 60 kg torque for precise control
• ✔ Integrated high-precision 500-wire AB encoder
• ✔ Long battery life up to 4.5 hours without load

Introducing a cutting-edge robotic chassis designed for autonomous applications in agriculture, research, and industry. This robust four-wheel chassis is the ideal foundation for projects requiring reliable movement in challenging and uneven terrain, high load capacity, and precise control. With its design focused on durability and flexibility, it will become the backbone of your most ambitious robotic projects.

🤖 Discover the heart of your autonomous platform

• **Four-wheel drive:** Ensures optimal traction and maneuverability even in muddy or loose terrain, which is key for outdoor applications.
• **Coaxial swingarm suspension:** Allows the chassis to effectively absorb shocks and keep all wheels in contact with the ground, maximizing stability.
• **DS5160 Digital Servo:** With a massive 60kg torque, it offers excellent control and power for precise steering or handling heavier loads.
• **MD60 DC Gear Motor with 100W Power:** Provides robust power for efficient movement and task performance in a variety of operating conditions.
• **High-precision 500-wire AB encoder:** Thanks to the magnetoresistive effect, it ensures precise tracking of wheel position and speed, crucial for advanced navigation.

🔬 Explore every detail and get inspired

This robotic chassis is engineered for maximum durability and flexibility. Its modular design allows for easy integration of additional sensors, controllers, and tools, making it a versatile solution for a wide range of autonomous applications. Whether you're planning robotic lawn mowing, field monitoring, or industrial inspection, this chassis will provide a reliable and stable foundation for your project.

At the heart of the drive are powerful DC gear motors and digital servos, which are key for precise movement and manipulation even in demanding environments. The long battery life guarantees effective work for longer periods without the need for frequent recharging, which is invaluable when working in the field or during long-term data collection.

❌ Are you facing terrain restrictions?

Conventional robotic platforms often fail on uneven, muddy or rocky terrain. Lack of traction, instability and underperformance can lead to task interruptions, equipment damage and loss of valuable time. Are you frustrated by the limitations of off-the-shelf solutions that can’t keep up with your ambitions?

✅ Overcome challenges with our robotic chassis!

Our robust four-wheel chassis with coaxial swing suspension is designed to withstand the most demanding conditions. With a powerful drivetrain and intelligent design, you get a reliable platform that can handle obstacles and keep your autonomous projects running smoothly. Rest assured that your work won’t be interrupted by adverse terrain.

🌟 More than just components, real benefits for your project

• Robust 4-wheel drive: Ensures reliable traction and passability even in difficult and uneven terrain, maximizing work efficiency and minimizing downtime.
• Coaxial Swingarm Suspension: Maintains chassis stability and smooth movement, minimizes shock and protects sensitive electronics and cargo from damage.
• Digital servos with 60kg torque: Allows precise and powerful steering control, ideal for handling heavier tools or systems with high precision requirements.
• 100W DC gear motor: Provides sufficient power to move loads and complete tasks efficiently even on slopes or in difficult terrain.
• Long battery life (up to 4.5 hours): Enables longer work cycles and reduces the frequency of recharging, significantly increasing productivity in the field.
• High-precision encoder: Provides detailed position and velocity feedback, crucial for advanced navigation and control algorithms and precise positioning.

🎯 Who is this chassis the ideal choice for?

• For researchers and developers of autonomous vehicles and mobile robots.
• For agricultural businesses and startups looking for effective automation solutions.
• For university teams and students working on advanced robotics projects.
• For DIYers and innovators building robust and powerful mobile platforms.

❓ Are you worried? We have the answers!

• Concern: Complex integration of other components? Answer: The modular chassis design is designed for easy assembly and disassembly, simplifying the installation of sensors, cameras, and other modules without the need for complex modifications.
• Concern: Will the chassis withstand harsh environments? Answer: With a robust design, 4x4 drive, coaxial suspension and powerful engines, this chassis is ready to face adverse conditions and rough terrain with high reliability.
• Concern: Short battery life? Answer: With an estimated battery life of up to 4.5 hours without load (and 3 hours at maximum load), you can expect longer autonomous work in the field, minimizing the need for frequent recharging.

⚙️ Technical specifications

Chassis type	4-wheel drive robotic chassis
Drive motor	MD60 DC gear motor (100W)
Servo motor for control	DS5160 digital servo (60 kg torque)
Suspension type	Coaxial swinging
Encoder	500-wire AB high precision (magnetoresistive effect)
Estimated battery life (no load)	Approximately 4.5 hours
Estimated battery life (at max. load)	Approximately 3 hours

❓ Frequently Asked Questions (FAQ)

What is this robotic chassis primarily intended for?

It is designed for autonomous applications in agriculture, research, industry and for the development of mobile robots, where high throughput and stability in difficult terrain are required.

What are the key advantages of coaxial swing suspension?

The coaxial swingarm suspension allows the chassis to keep all wheels in contact with uneven ground, ensuring excellent traction, stability and smooth movement even in rugged terrain.

What motors provide movement and control of the chassis?

A 100W DC gear motor MD60 is used for drive and a digital servo DS5160 with an impressive 60 kg torque is used for control, ensuring power and precision.

How long will the chassis last on a single charge?

Battery life is around 4.5 hours without load and approximately 3 hours at maximum load, allowing for longer work cycles.

What role does the encoder play in this chassis?

An integrated 500-wire AB magnetoresistive encoder provides highly accurate feedback on wheel rotation, which is essential for precise navigation and motion control.

Is the chassis suitable for outdoor use?

Yes, thanks to the robust construction, 4x4 drive and swing suspension, the chassis is optimized for outdoor environments and can handle a wide range of terrain conditions.

Is it possible to mount custom sensors and equipment on the chassis?

Absolutely. The modular design is designed to allow for easy integration of external modules, sensors, cameras and other equipment to adapt to specific projects.