Global Rice Transplanter Market 2023-2030

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    • Global rice production in 2020, accounted for 514.3 Million MT and had a growth rate of 3.3% YoY compared to 497.7 Million MT in 2019.
    • China and India are the biggest producers of rice, with production of 148.3 and 120 Million MT reported in 2020.
    • Rice is largely grown in many countries and a major crop in India, China and other countries of South-East Asia. 
    • Highest rice producers; China and India, the farm mechanization rate is estimated to be approximately ~75% and ~45% in 2020.
    • In order to meet demand for labor-saving measures precipitated by the subsequent decline in the number of farmers and the aging of farmer population, Companies are developing their lineup of rice transplanters with better rideability, bigger, and equipped with more functions.
    • Governments are promoting the implementation of labor-saving efforts and reducing the impact on the environment by proposing efficient cultivation methods and refining agricultural practices with the use of IT and automation.




    Globalization and migration of rural people to urban areas has resulted in shortage of labour and high remuneration for the same. These factors necessitate the use of a mechanized transplanter.


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    Development of social economic accelerated agricultural modernization progress with, saving and simple cultivation methods is the basic way to realize high efficiency and large scale rice production.


    Due to differences in rice varieties and regional climates, multiple planting patterns coexist, in which mechanical transplanting is the important planting method to keep rice yield stable.




    By Machine Type

    1. Walking Type Transplanter
    2. Riding Type Transplanter


    By Region

    1. China
    2. India
    3. U.S
    4. Europe
    5. Rest of the World




    Currently, the industry is developing the model and equipment of rice seedling nursery and transplanting in double-season and hybrid rice transplanting has been progressed.


    Especially to improve the technology of precision sowing, seedling grasping, and seedling transplanting.


    In addition, also to improve the mechanical technology of fertilization, spraying, and weeding, as it is efficient for rice production to combine the transplanting and fertilization.


    Major problem is labor shortage in the farm operations, the governments are promoting mechanization in all the possible ways to make the farming profitable.


    The farmers are coming forward to adopt transplanting with the help of self-propelled rice transplanter.


    Due to small land holding and weak economic position, farmers are not in a position to purchase the machine individually, but on hiring basis the technology should be adopted.


    The actual adoption rate of self-propelled rice transplanting technology among rice growers in many countries is  low, which calls for improved  technology  and enhanced extension services for popularizing the self-propelled rice transplanting  technology.


    In addition to agricultural, social and economic growth drivers of mechanisation, macroeconomic and intrinsic factors such as the growing population and demand, urbanisation, surge in agri exports such as tractors, improved flow of agricultural credit, labour migration and shortages are also necessitating the adoption of mechanised solutions in Indian agriculture for long-term and sustainable growth. 




    The Global Rice Transplanter market is estimated at $XX Billion in 2023, growing at XX% CAGR till 2030.




    Through agricultural machinery research and development, Kubota has worked directly with farmers to discover solutions to many of these difficulties. 


    Rice transplanting was previously thought to be a difficult task to automate, but Kubota has now created the Agri Robo Rice-Transplanter, the world’s first machine that can conduct the process mechanically without the need for a person. 


    This machine continues the Japanese rice farming heritage of “beautiful planting” while also offering “professional full-field planting,” which saves farmers time and effort. 


    Kubota sees the creation of the Agri Robo Rice-Transplanter as a step forward in smart farming and is working to improve its technology even more. From a bird’s-eye view, the Agri Robo rice-transplanter captures the entire field as a map.


    It uses GPS positioning data and the brain’s capacity to build reasonable routes to determine an optimal planting sequence. The Agri Robo rice-transplanter generates a route that differs from what people would do. 


    It also includes a third process: inner-perimeter planting, in addition to the first two. Unlike human planting, this approach adjusts the spacing between rows to ensure that no space is wasted, and it even determines the best seedling supply and entry/exit point placements.




    In recent years, the agricultural industry has witnessed significant advancements and innovations to improve efficiency and productivity.


    One area that has seen notable developments is rice cultivation, where partnerships between technology companies and agricultural organizations have played a crucial role. 


    Yanmar, a leading manufacturer of agricultural machinery, and Kubota Corporation, a global machinery company, joined forces to enhance the development of automated rice transplanting technology.


    This collaboration aims to integrate Yanmar’s expertise in robotics with Kubota’s precision agriculture solutions, ultimately leading to more efficient and accurate rice planting processes.


    AGCO Corporation and Raven Industries: AGCO Corporation, a renowned manufacturer of agricultural equipment, partnered with Raven Industries, a technology company specializing in precision agriculture solutions.


    Together, they are working on integrating Raven’s advanced GPS and machine control technologies into AGCO’s rice transplanters. This partnership aims to improve planting accuracy, reduce waste, and optimize overall field management.


    Deere & Company, a global leader in farm machinery, teamed up with Trimble, a technology company focusing on precision agriculture.


    Their collaboration involves integrating Trimble’s guidance and steering systems with Deere’s rice transplanting equipment. This partnership aims to enhance planting efficiency, reduce overlaps, and minimize operator fatigue.


    CNH Industrial, a multinational agricultural equipment manufacturer, partnered with Topcon Positioning Systems, a leading provider of positioning and automation solutions.


    By integrating Topcon’s advanced positioning technology with CNH Industrial’s rice transplanters, the companies aim to improve planting accuracy, optimize seed distribution, and streamline overall field operations.


    Kverneland Group, a prominent agricultural machinery manufacturer, collaborated with AgJunction, a provider of innovative precision agriculture solutions.


    Their partnership focuses on incorporating AgJunction’s steering and navigation technology into Kverneland’s rice transplanters. The goal is to enhance planting precision, minimize crop damage, and maximize yield potential.


    Mahindra & Mahindra, a major player in the agricultural equipment industry, joined forces with Bosch, a global technology and engineering company.


    Their collaboration involves integrating Bosch’s sensor and automation technologies with Mahindra’s rice transplanter range. This partnership aims to optimize planting depth, spacing, and overall field uniformity.


    CLAAS, a renowned manufacturer of agricultural machinery, partnered with Hemisphere GNSS, a provider of global navigation satellite system technology.


    By incorporating Hemisphere GNSS’s precise positioning solutions into CLAAS’s rice transplanters, the companies aim to enhance planting accuracy, reduce soil compaction, and improve overall operational efficiency.


     Mitsubishi Heavy Industries, a diversified industrial company, collaborated with NovAtel, a global provider of GNSS positioning technology.


    Their partnership focuses on integrating NovAtel’s high-precision GNSS receivers into Mitsubishi’s rice transplanter lineup. This collaboration aims to improve planting accuracy, optimize field coverage, and enable seamless integration with farm management systems.




    To support mechanization in smallholding transplanting operations many companies are in the competition of developing low cost mechanical transplanter.


    The transplants are used for only a limited period of 15-30 days in a year. Therefore, farmers do not want to invest large amounts on costly machines.


    To reduce the cost and to overcome the  problems associated with  operation of  manual transplanter  there  is need to  develop small self-propelled  type  transplanters.


    Mahindra & Mahindra (M&M) has a license agreement with Mitsubishi Agriculture Machinery Company (MAMC) of Japan for the transfer of technology in the field of agricultural machinery.


    M&M will use the technology from MAMC to produce rice transplanters in india. Currently the company sells the transplanter in India and also exports the product to other countries in south Asia and China.


    In large rice fields, rice seeds are sown with a large sewing machine known as grain drill for upland fields, and water is supplied after germination and seedling development.


    Significant labor saving and cost reduction are possible as the efforts for rice planting and nursing are not required. Since the sewing machine can also be used for other seeds cultivation, it is suitable for crop rotation management of these crops. 


    Dense seedling technique is used for sowing and raising seedlings at high density and with high accuracy. Developing the transplanting mechanisms for such dense seedlings requires precise picking using a special tine mechanism together with an automatic system for adjusting the planting depth.


    This technology increases revenue by significantly reducing the number of seedling mats required, lowering material costs, saving labor, and increasing the efficiency of rice production.




      1. Mahindra and Mahindra
      2. Escorts
      3. FPT Industrial
      4. John Deere
      5. Massey Ferguson
      6. Kubota
      7. International Harvester
      8. Deutz-Fahr
      9. Yanmar
      10. VST
      11. Swaraj
      12. Sonalika
      13. Foton
      14. First Tractor Company
      15. Armatrac
      16. Branson
      17. Fendt
      18. Iseki
      19. JCB
      20. TYM
      21. TAFE
      22. New Holland
      23. Dongfeng Motor


    1 Market Segmentation
    2 Scope of the report
    3 Abbreviations
    4 Research Methodology
    5 Executive Summary
    6 Introduction
    7 Insights from Industry stakeholders
    8 Cost breakdown of Product by sub-components and average profit margin
    9 Disruptive innovation in theIndustry
    10 Technology trends in the Industry
    11 Consumer trends in the industry
    12 Recent Production Milestones
    13 Component Manufacturing in US, EU and China
    14 COVID-19 impact on overall market
    15 COVID-19 impact on Production of components
    16 COVID-19 impact on Point of sale
    17 Market Segmentation, Dynamics and Forecast by Geography, 2023-2030
    18 Market Segmentation, Dynamics and Forecast by Product Type, 2023-2030
    19 Market Segmentation, Dynamics and Forecast by Application, 2023-2030
    20 Market Segmentation, Dynamics and Forecast by End use, 2023-2030
    21 Product installation rate by OEM, 2023
    22 Incline/Decline in Average B-2-B selling price in past 5 years
    23 Competition from substitute products
    24 Gross margin and average profitability of suppliers
    25 New product development in past 12 months
    26 M&A in past 12 months
    27 Growth strategy of leading players
    28 Market share of vendors, 2023
    29 Company Profiles
    30 Unmet needs and opportunity for new suppliers
    31 Conclusion
    32 Appendix
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