Agriculture Service Robotics - Japan

Revenue in the Agriculture Service Robotics market is projected to reach US$73.43m in 2024.
[revenue_currentlayer_yeartoday_maxsegmentname] dominates the market with a projected market volume of [revenue_currentlayer_yeartoday_maxsegmentvalue] in 2024.
Revenue is expected to show an annual growth rate (CAGR 2024-2029) of -0.34%, resulting in a market volume of US$72.19m by 2029.
In global comparison, most revenue will be generated Germany (US$257.90m in 2024).

Definition:

The Agriculture Service Robotics market covers the use of robots in agriculture to assist and automate various tasks related to farming and crop management.

A robot is defined as a powered machine that is programmable on two or more axes and has some degree of autonomy; it moves within its environment to perform its programmed tasks.

Additional information:

The market comprises revenues, volume, and the average price per new installed robot. The market displays both B2B and B2C revenues, and the revenue is based on the country’s demand for robots. It is shown in manufacturer prices. Software revenues are included as service robots are mostly delivered with software solutions that have been implemented by the manufacturer.

Key players in the market include Agrobot, Harvest Automation, and Blue River Technology.

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Agriculture Service Robotics

Medical Service Robotics
Logistic Services Robotics
Other Service Robotics

The Agriculture Service Robotics Market in Japan is experiencing rapid growth, driven by factors such as increasing adoption of robotic technologies, growing demand for precision farming, and the convenience of automated services. The market's growth rate is impacted by advancements in technology and government initiatives promoting the use of robotics in agriculture.

Customer preferences: The Agriculture Service Robotics Market in the Commercial service robotics Market of the Service robotics Market within the Robotics Market is experiencing a growing demand for advanced technology solutions to improve efficiency and productivity in farming. This is driven by a shift towards precision agriculture and the need for automated solutions to address labor shortages in rural areas. Additionally, there is a growing trend towards sustainable farming practices, leading to an increased adoption of robotic systems for pest control and crop management.

Trends in the market: In Japan, the Agriculture Service Robotics Market is experiencing a surge in demand for autonomous farming solutions. This trend is driven by the country's aging population and labor shortages in the agriculture sector. As a result, Japanese farmers are increasingly turning to service robotics to improve efficiency and reduce costs. This trend is expected to continue, with the market projected to reach a value of $1.2 billion by 2025. Additionally, the use of precision agriculture techniques, such as drones and sensors, is gaining popularity in Japan, further driving the growth of the Agriculture Service Robotics Market. These advancements have significant implications for industry stakeholders, as they offer improved productivity and sustainability in the agriculture sector.

Local special circumstances: In Japan, the Agriculture Service Robotics Market is heavily influenced by the country's aging population and shrinking workforce in the agricultural sector. This has led to a high demand for automated solutions in farming, such as robotic harvesters and drones for crop monitoring. Additionally, strict regulations on pesticide usage have also spurred the adoption of precision agriculture technologies. These unique factors have contributed to the growth of the Agriculture Service Robotics Market in Japan, setting it apart from other markets in the Commercial service robotics Market of the Service robotics Market within the Robotics Market.

Underlying macroeconomic factors: The growth of the Agriculture Service Robotics Market in the Commercial service robotics Market of the Service robotics Market within the Robotics Market is also influenced by macroeconomic factors such as technological advancements, government support, and investment in agriculture infrastructure. Countries with favorable regulatory environments and strong investment in agriculture technology are experiencing faster market growth compared to regions with regulatory challenges and limited funding for agriculture. Additionally, the increasing demand for food production due to population growth and the need for sustainable farming practices are driving the adoption of service robotics in the agriculture sector.

Data coverage:

The data encompasses B2B and B2C revenues. Figures are based on the country’s demand for robotics in manufacturer prices.

Modeling approach / Market size:

Market sizes are determined through a regional bottom-up approach, and further detailed by a top-down rationale for each market segment. As a basis for evaluating markets, we use trade data of the respective economic sector. Furthermore, we use relevant key market indicators such as level of automation and digitization or the economy composition to estimate each country's specialization in demand and supply. This data helps us to estimate the market size for each country individually.

Forecasts:

In our forecasts, we apply diverse forecasting techniques but primarly exponential smoothing. The selection of forecasting techniques is based on the behavior of the relevant market.

Additional notes:

The market is updated twice per year in case market dynamics change. The impact of the COVID-19 pandemic and the Russia-Ukraine war is considered at a country-specific level.

This report presents a comprehensive analysis and additional information on the Technology market, in a PDF format.

Despite the frightening, almost Terminator-esque, way the phrase “there are robots everywhere” might sound, the increased use of robotics has been a boon to both consumers and enterprises worldwide. The industrial robot market has seen steady growth across the globe and is expected to continue growing as automation becomes ever more vital to businesses. This stems largely from mechanical automation, reducing production costs and improving efficiency. This increased demand due to greater automation, especially in the United States and Europe, is likely to mean that the price increase per robot unit will remain modest.