Across the vast agricultural landscape of the globe, Wubota, as a leading agricultural machinery supplier in the industry, has always been committed to bringing the most advanced agricultural technologies to every farmer, helping agriculture worldwide progress toward a more efficient and intelligent future.
Wubota Paddy Planter Machine in India
We have previously provided paddy transplanters with 300-millimeter row spacing and working lines of 4 and 6 rows respectively to our business partner, a giant in Indian agriculture, earning widespread praise and trust. These machines, with their exceptional transplanting accuracy, efficient operational capabilities, and stable mechanical performance, have laid a solid foundation for high yield and high quality in Indian agriculture.

And now, we have once again broken through technical barriers to bringing a revolutionary new product to agriculture—the 200-millimeter row spacing paddy planter!
What Are The Key Features Of Paddy Transplanter?
This rice transplanter not only inherits all the advantages of its predecessor but also achieves unprecedented precision in row spacing control. With a row spacing design of 200 millimeters, the new paddy planter ensures every inch of land is fully utilized, thereby effectively increasing yield per unit area.
| Item | Unit | Specification | ||
| Model | / | 2ZS-4X | ||
| Structure Form | / | Walk-behind | ||
| Matching engine | Brand model | / | MZ175 | BD175 |
| Structural type | / | Air-cooled 4-stroke single-cylinder gasoline engine | ||
| Rated power/rated speed | kW/(r/min) | 2.6/3000 | ||
| Fuel Type | / | gasoline | ||
| Dimensions (length × width × height) | mm | 2140×1030×910 | ||
| Structural quality | kg | 162 | ||
| Direction structure | Left side mounted | |||
| Working Lines | / | 4 | ||
| Line Distance of Transplanting | mm | 200 | ||
| Seeding | ||||
| Seeding Space | mm | 100,120,140,160,180, 210,240,280 |
||
| Longitudinal Taking Seedling Depth | mm | 7~37 | ||
| (6 levels adjustable) | ||||
| Working Speed | km/h | 1.00~2.77 | ||
| Productivity | hm2/h | 0.061~0.13 | ||
| Fuel Consumption | kg/hm2 | 2.2~4.7 | ||
| Equipped with hydraulic pressure protection (consistent transplanting depth) | / | Passive defense | ||
| Walk Gear | Type | / | Rubber Wheel Claw Type | |
| Diameter | mm | Φ660 | ||
| Transplanting mechanism type (new design, different from any other transplanter in the world) | / | Crank rocker type | ||
Particularly noteworthy is the paddy transplanter‘s perfect adaptability to the 200-millimeter row spacing requirement for female plants during seed production, while simultaneously meeting the 300-millimeter row spacing requirement for both female and male plants. This ensures a scientific and rational field layout, laying a solid foundation for high yields and superior quality.

How To Transplant Rice Seedlings?
When using a rice transplanter with a row spacing of 200 millimeters for paddy planting, we follow a specific planting procedure to ensure that the row spacing for female rice (the main crop) also reaches 200 millimeters. Firstly, we plant male rice (the pollen donor) in the predetermined field about 10 days in advance, typically choosing to plant one or two rows. If two rows of male rice are planted, the spacing between them will be precisely set at 300 millimeters to ensure sufficient growth space for the male rice.

Meanwhile, the spacing between adjacent groups of male rice (each group may contain one or two rows) is generally maintained at 2000 millimeters, providing sufficient width for subsequent planting of female rice. After the male rice has grown to a certain stage, we will begin planting the female rice. At this point, we use the paddy transplanter with a row spacing of 200 millimeters to operate between the already planted male rice rows. The paddy planter will plant female rice evenly in the empty space between the male rice rows, following the preset row spacing of 200 millimeters.
What is Paddy Transplantation?
Since the row spacing of the paddy transplanter has been precisely adjusted to 200 millimeters, simply ensuring the rice planter travels in a straight line will easily achieve the 200-millimeter row spacing for the female rice. Between each group of male rice, we can plant up to eight rows of female rice (the specific number of rows may be adjusted according to the actual field conditions and planting needs). In this way, the distance between each row of female rice is precisely 200 millimeters, meeting the paddy planting requirements.

At the same time, to ensure that the male and female rice do not interfere with each other, we also maintain a spacing of 300 millimeters between them. By planting male rice in advance and utilizing a paddy transplanter with a row spacing of 200 millimeters to plant female rice between the male rice rows, we can easily achieve the 200-millimeter row spacing requirement for the female rice. This planting procedure not only improves the efficiency of rice planting but also helps optimize the spatial utilization of the rice field and the growth environment for the rice.
How Wubota Paddy Transplanter Revolutionized Rice Farming?
However, the development journey of this paddy transplanter was not without obstacles. Due to the relatively narrow 200-millimeter row spacing, the arrangement of the planting system posed a significant challenge to existing technology, making it difficult to achieve this function in hand-guided rice transplanted.
But it was precisely these challenges that spurred us on to continuous innovation. After countless attempts and improvements, we successfully redesigned the paddy planting system, breaking through the technical bottleneck and bringing the 200-millimeter row-spacing rice transplanter to life. At the same time, we fully considered the practical situation of field operations.

When walking in the field, the width of a person’s feet plus the width of waterproof boots often exceeds 150 millimeters, making traditional driving designs unable to meet the need for free movement. To address this issue, we specially redesigned the driving section, ensuring that operators can walk and operate easily in the field, greatly improving operational efficiency.
What Are The Advantages of Paddy Transplantation?
More importantly, this new type of paddy transplanter is not only suitable for plain areas but can also be widely used in hilly regions. Its flexible operating performance and exceptional work efficiency free agricultural production from topographical constraints, bringing more income and convenience to farmers needs.
New Type of Paddy Transplanter We Offer
| 4 rows spacing (mm) | 6 rows | mm | 6 rows spacing (mm) | |||||
| 4M | 200-400-200 | Standard body length 6C | 2430 | 6F | 250-300-250 | |||
| 4E | 200 | Short body length 6E | 2130 | 6K | 250 | |||
| 4F | 250-300-250 | 6W | 330 | |||||
| 4C | 300 | |||||||
| 4W | 330 | |||||||
| 4N | 250 | |||||||
Within our 4-row transplanter series, there are models that can accommodate three specific row spacing configurations (such as 200 mm to 400 mm to 200 mm, and 250 mm to 300 mm to 250 mm), as well as paddy transplanters with row spacings set at 250mm, 300mm, and 330mm for your selection.
Similarly, in our 6-row paddy transplanter series, we also provide models that meet three-row spacing configurations (like 250 mm to 300 mm to 250 mm), along with another option featuring row spacings of 250 mm and 330 mm, offering you a diversified range of choices.
Conclusion
In addition, our 200-millimeter row-spacing paddy planter boasts many advantages. Its compact body, moderate width, and lightweight design allow it to maneuver freely in the field. Meanwhile, the equipped hydraulic anti-deformation system ensures stable and reliable rice transplanting results, enabling each seedling to be precisely positioned and thrive.



