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Ideal for seeding, mowing, spraying, fertilizing, harvesting and other agricultural applications.
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Explosion-proof structural design, suitable for hazardous environments; high-performance environmental adaptability with waterproof, dustproof, low-temperature and high-temperature resistance.
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Track-style design with vehicle suspension structure, delivering excellent off-road capability; fully electric-powered for high-speed performance.
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Four-wheel drive with four-wheel steering, offering multiple motion modes to navigate tight spaces; ideal for wheeled-structure applications.
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Auto Steering System is suitable for various agricultural operations such as plowing, harrowing, ridging, seeding, inter-row cultivation, spraying, harvesting, etc. It assists agricultural machinery operators, improves operational accuracy and efficiency, and significantly reduces the workload and intensity of the operators.
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WHY CHOOSE US
Shandong Manda Intelligent Technology Co., Ltd.
Shandong Manda located in Jinan City, Shandong Province, is a high-tech enterprise specializing in the R&D, production, and sales of special-purpose robots. Leveraging strong product development capabilities and a dynamic professional team, the company continuously pursues technological innovation and breakthroughs...
2019/year
was founded in
50000/metre
The company covers an area
50+/items
Obtained patent certificates
150+/people
Now have employees
Today, with the rapid development of precision agriculture and automation technology, global farmers and agricultural enterprises are facing a series of core challenges: how to deal with diverse crops and agricultural implement, non-standard ridge spacing in planting areas, constantly rising labor
In fields such as intelligent logistics, unmanned inspection, and smart agriculture, mobile robots are playing an increasingly crucial role. However, a long-standing pain point for the industry is that traditional mobile chassis turn more slowly in narrow spaces and have low operational efficiency
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In the current era of rapid development of smart agriculture worldwide, agricultural equipment such as harvesting robots, inspection drones, and plant protection drones are rapidly iterating. However, for startups and R&D teams in the field of agricultural robots, a fundamental strategic
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The answer is yes—but only if the chassis possesses both "four-wheel drive" and "four-wheel steering" as core technologies. In the process of agricultural modernization, the difficulties of getting stuck in muddy paddy fields, the turning problems in narrow orchards, and the obstacles of passing
In the evolution of smart agriculture, developers and farmers are all pondering the same industry question: What kind of robot chassis is best suited for agriculture? Either it performs stably on flat ground but cannot adapt to muddy slopes, or it has the hardware but is difficult to further
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Have you ever encountered this situation—an agricultural robot that has been developed over a long period of time, whose algorithm runs perfectly in the laboratory, but then has problems in the actual farmland: the wheels slip, the steering is off course, or it gets stuck in the row spacing and can
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