Manda Robot

Manda Robot Specializing in the research and production of robot chassis and lawn mowers. Welcome to have a chat.

30/09/2026

Intelligent agriculture can save time and manpower. But when it comes to the fields and farms, why are there hardly any agricultural robots to be seen?

Many people think it's a technical issue, but the real reason is:
❌ Robot chassis can't get past high ridges or field ditches
❌ Poor waterproofing and dustproofing, failing under harsh weather
❌ High failure rates, unable to operate steadily long-term

A stable and reliable chassis is the foundation for the application of agricultural robots. We will address the challenge of the chassis' adaptability to the environment. You just need to focus on the core operational functions.

👇 If you're developing ag robots and want to avoid pitfalls and fast-track deployment, let's chat!

25/09/2026

Agricultural Robot Chassis | Designed for Large-Scale Unmanned Operations

As the demand for agricultural intelligence continues to rise, agricultural robot chassis are receiving increasing attention.

This four-wheel drive and four-wheel steering chassis, specially designed for agriculture, can support all-weather operations. A single device can cover multiple agricultural operation processes, helping to reduce the reliance on human labor. It is designed for deployment in large-scale, unmanned operational scenarios.

Key features:
✅Four-wheel drive with four-wheel steering, adjustable wheel track and wheelbase
✅Designed specifically for agricultural scenarios, applicable to various environments such as fields, greenhouses, and orchards.
✅It can complete tasks such as spraying pesticides, fertilizing, transportation, sowing, and weeding.
✅Built-in VCU, supporting Beidou navigation, enabling unmanned operation

Designed for large-scale farms; suitable for the R&D and integration of agricultural robots.

If this agricultural robot chassis meets your current research and development needs, please feel free to contact us at any time to obtain more product parameter information.

We offer high-quality agricultural robot chassis to global customers. The products have undergone multiple rounds of iterative upgrades, continuously enhancing their stability and reliability.



23/09/2026

How can agricultural research projects achieve rapid iteration? RMP-WL300 Universal Robot Development Platform

During the research and development of intelligent agricultural machinery products, market demand changes rapidly.
Research projects often face immense time pressure:
❌ The pace of iteration cannot keep up with the market.
❌ Frequent changes prolong the development cycle and lead to missed business opportunities.

RMP-WL300 Universal Robot Development Platform
✅Standardized interface, compatible with various upper garment structures, supporting functional iteration.
✅There is no need for frequent modifications to the chassis's main structure when upgrading the operational module or changing the superstructure configuration.
✅The chassis platform firmware can be upgraded synchronously based on specific research and project requirements.

Core Value
Making the chassis the foundational platform for the continuous upgrading of intelligent agricultural machinery.
Helping agricultural research projects accelerate the pace of product iteration.
Respond to market demands more promptly and flexibly.
👉 Want more details? Leave a comment below.
👉 Explore technical specs & support: Visit our official website [https://www.mandarobot.com/].

18/09/2026

When agricultural robots enter the fields, they often still rely on human intervention—monitoring for obstacles and adjusting routes—meaning costs have not come down. The core issue often lies not in the algorithms themselves, but in the decoupling of navigation/obstacle avoidance from chassis control—resulting in slow adaptation, lengthy joint debugging cycles, and poor stability.

✅The RMP-WL300 4WD-4WS agricultural robot chassis integrates navigation planning, laser obstacle avoidance, and motion control, and supports secondary development.

✅It effectively eliminates the need for cross-system integration and debugging, allowing the project to proceed more quickly to the verification and delivery stages.

If you are developing agricultural robots or selecting a robot chassis, we invite you to follow us.
We specialize in the R&D and manufacturing of wheeled, tracked, and explosion-proof chassis, and we will continue to share content related to robot chassis!


16/09/2026

How do you resolve malfunctions of agricultural robots in the field?
How do you prove the work results didn’t meet the standards?
Do you often lack visual evidence when recording research data or undergoing project acceptance?

Now, this four-wheel-drive, four-wheel-steering robot development platform has added an image transmission function.
✅ Root Cause Tracing — Real-time transmission of on-site footage makes the cause of the fault immediately apparent.
✅ Effectiveness Verification—The entire workflow is recorded, providing a basis for verification.
✅ Research Analysis—Dual support from data and visuals for deeper analysis.
✅ Project Delivery—More complete acceptance documentation and smoother handover.

Interested in learning more about the image transmission function? Feel free to send a private message or leave a comment—let's chat!




11/09/2026

Single-line laser obstacle avoidance makes agricultural robot operations safer

When agricultural robots perform operations in the fields, the most difficult thing to predict is often the sudden appearance of obstacles.

The undulating ridges, exposed tree roots, scattered stones and soil clumps... Any obstacle could cause the chassis to collide, and the upper structure to be damaged. This not only increases maintenance costs, but also may cause missed critical farming seasons and delay the project schedule.

Our solution:
RMP-WL300, equipped with single-line laser obstacle avoidance.
✅ Real-time identification of obstacles in the field
✅ Linked chassis active deceleration for detouring
✅ Effectively reduces the risk of collisions during operation and significantly improves the stability of unmanned operations.

If you want to know more about the agricultural robot chassis RMP-WL300, please leave your contact information in the comment section. We will contact you as soon as possible.




10/09/2026

For custom robot projects, is it necessary to design the chassis from scratch?

Special dimensions? Special load capacity? Customized control requirements?
Robot projects do not need to design the chassis from scratch.

RMP-WL300, a mature four-wheel drive and four-wheel steering platform:
✅ Size and load can be customized.
✅ Control system synchronization adaptation
✅ It meets your personalized needs while maintaining mass-production-level reliability.

Custom projects do not require building a robot chassis from scratch.
RMP-WL300 4WD-4WS Autonomous Robot Platform – Making your project implementation more stable and efficient.

Feel free to share your thoughts on custom agricultural robot chassis in the comments section!



04/09/2026

One agricultural robot chassis supports multiple agricultural robot experimental scenarios.

Agricultural robot research experiments often need to cover multiple crops and complex scenarios:
Cornfields, vegetable fields, greenhouses...
Different crops and different row spacing mean different chassis adaptation requirements.
If a new chassis has to be purchased and parameters adjusted every time an application scenario is changed, the experimental costs and R&D time will continue to increase.
✅ The RMP-WL300 is a universal chassis with adjustable dimensions.
Whether it's field operations or narrow-ridge environments, adjustments can be made according to experimental needs. One chassis can support multiple sets of agricultural robot research experiments, reducing redundant hardware investment.
✅ Suitable for agricultural robot research and development, scientific research projects, and multi-scenario operation testing.
✅ Adjustable track and wheelbase design, adapting the chassis to different experimental scenarios.

Feel free to contact us to obtain the technical specifications for the robot chassis!

02/09/2026

Agricultural Robots: Why You Don't Need to Build a Chassis from Scratch.
Developing agricultural robots
Many teams initially invested a great deal of time and resources in developing the mobile chassis.
And what was the outcome?
In the face of different crops, different row spacings and different operation requirements, repeated modifications are necessary.
❌ The research and development cycle becomes longer
❌ The investment cost increases

We offer a market-proven universal chassis for agricultural robots, allowing you to skip the repetitive development of the chassis:
✅ The wheelbase and wheel track can be adjusted, suitable for different crops and row spacings, eliminating the need for repeated development.
✅ Built-in VCU (Vehicle Control Unit), equipped with standard CAN communication protocol, and compatible with various navigation methods such as Beidou, laser, and following.
✅ Users can install various agricultural machinery such as sprayers, fertilizers, planters, and weeding machines according to their actual needs.

Stop duplicating the development of robot chassis and devote more efforts to the operational functions.

Want to know the detailed parameters? Please feel free to message or leave a comment.



28/08/2026

Develop agricultural robots - stop duplicating the development of chassis! One chassis supports the entire product line | RMP-WL300 universal chassis

🚜 Spraying pesticides, weeding, inspection, and phenotype testing - for each agricultural robot, does it have to be developed from scratch for the chassis?
❌ Dispersed R&D resources → Iteration speed can never keep up with demand
✅ Universal chassis + Modular design → Development efficiency doubles directly

RMP-WL300 Four-wheel Drive Four-wheel Steering Robot Chassis
Rated Load: 300kg
Max. Speed: 0 – 6 km/h
Climbing Angle: 15°
Obstacle Clearance: 150 mm
Protection Rating: IP54
Steering Modes: Ackermann / zero-turn / crab walk
Navigation Compatibility: BDS, GPS, GLONASS, Galileo

Why choose the universal chassis solution:
Reduce repetitive structural design, and lower the R&D investment for the chassis by over 50%
Product iterations focus on functional modules, enabling faster response to market demands.

Please leave your application scenario in the comment section (field/ orchard/ greenhouse? Spraying pesticide/ inspection/ other?) and we will provide selection suggestions.




Address

No. 67, Xinmao Qilu Science&Tech City, Zidong Avenue, Tianqiao District, Shandong
Jinan

Opening Hours

Monday 08:30 - 17:15
Tuesday 08:30 - 17:15
Wednesday 08:30 - 17:15
Thursday 08:30 - 17:15
Friday 08:30 - 17:15

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