US Smart Harvest Market Growth Forecast 2025-2032: Market Projected to Reach USD 44.28 Billion Driven by Robotics and AI Adoption

The Global Smart Harvest Market was valued at US$ 21.40 billion in 2025 and is projected to reach US$ 36.70 billion by 2030, expanding at a CAGR of 11.4% during the forecast period (2025-2030). The market growth is primarily driven by the increasing adoption of automated harvesting technologies, integration of machine vision and artificial intelligence (AI) in agricultural operations, and the rising need to address labor shortages and efficiency challenges in large-scale farming.

The industry is undergoing a structural transformation toward data-driven and precision-based agriculture, supported by advancements in robotic harvesting systems, sensor-based crop monitoring, and IoT-enabled farm management platforms. Strategic investments by agri-tech firms and government initiatives promoting sustainable and high-yield farming practices are further strengthening the market position, making smart harvesting a cornerstone of modern agricultural productivity.

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The Smart Harvest Market involves advanced farming technologies that automate crop harvesting using sensors, robotics, and AI, improving efficiency, reducing labor costs, and increasing agricultural productivity.

Key Developments

✅ March 2025 (United States):U.S. agritech innovators accelerated the use of autonomous harvesting systems powered by AI-driven vision sensors and IoT technology. These solutions are improving crop yields by up to 20% and significantly reducing dependence on manual labor, particularly in large-scale fruit and vegetable farming.

✅ February 2025 (United States):A major U.S.-based agri-equipment manufacturer introduced a smart harvesting platform that integrates real-time analytics with drone-based crop imaging. This technology provides predictive insights to optimize harvesting time and reduce post-harvest losses.

✅ May 2025 (Japan):NTT Corporation successfully demonstrated a remote strawberry-harvesting robot in Akita Prefecture, operated from Tokyo (400 km away) using ultra-low latency communication. This marks a major leap in Japan's 5G-enabled agricultural automation.

✅ April 2025 (Japan):YANMAR Co., Ltd. expanded its smart farming portfolio by introducing AI-based combine harvesters and robotic tractors that support precision farming and sustainable crop management.

Mergers & Acquisitions
✅ February 2025 (United States):A U.S.-based agri-robotics company acquired a smart sensor startup specializing in crop maturity analysis to enhance its automated harvest monitoring capabilities.

✅ January 2025 (Japan):A leading Japanese agricultural machinery company partnered with a robotics startup to co-develop automated greenhouse harvesting solutions, with commercialization planned for late 2026.

Market Outlook

"Smart harvesting is redefining global agriculture through automation and precision innovation."

◆ United States: The market is expanding rapidly with strong investments in AI, robotics, and IoT-based harvesting solutions to increase productivity and reduce labor costs.

◆ Japan: Supported by government-led innovation programs, Japan is advancing smart farming through robotics and AI to counter workforce shortages and improve yield efficiency.

◆ The global smart harvest market is expected to grow steadily through 2030, driven by next-generation technologies that enable faster, more efficient, and sustainable harvesting practices.

Key Players:

Deere & Company | CNH Industrial | Trimble Inc. | Agrobot | Harvest Automation | Advanced Farm Technologies, Inc. | Mycionics Inc.

Key Highlights:

• Deere & Company reported USD 61.2 billion in 2024 revenue, leading global automation and precision agriculture machinery.
• CNH Industrial achieved USD 24.9 billion, expanding its smart farming and autonomous tractor technologies.
• Trimble Inc. generated USD 3.7 billion, driving growth through GPS-guided precision agriculture solutions.
• Agrobot specializes in AI-driven harvesting robots, marking rapid adoption across fruit and vegetable farms.
• Harvest Automation focuses on mobile autonomous robots for nursery and greenhouse operations, improving labor efficiency.
• Advanced Farm Technologies, Inc. leads in robotic strawberry harvesters, expanding its presence in U.S. farms.
• Mycionics Inc. is a Canadian leader in mushroom harvesting automation, supporting labor optimization in smart farming.

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Market Drivers & Growth:

Growing demand for efficient, high-yield agriculture is driving the adoption of "smart harvest" technologies that replace or support traditional harvesting methods.

Advancements in AI, IoT, robotics, and sensor-based systems are enabling real-time crop monitoring, precisely timed harvesting, and reduced harvest losses.

Investments by governments and agritech firms in automation and digitally-enabled agriculture are increasing market uptake of smart harvesting solutions.

The market size was estimated at around USD 21.4 billion in 2025 and is projected to reach approximately USD 36.7 billion by 2030, reflecting strong interest in labour-saving and productivity-enhancing technologies.

Regional Insights:

United States: A key market where large-scale farms are deploying autonomous harvesters and robotics to address labour shortages and improve throughput across major crops like corn and soy.

Japan: Facing demographic challenges in farming, the country is turning to compact robotic harvesters and automation to maintain productivity in vegetables and high-value crops.

Asia-Pacific (excluding Japan): Countries such as China and India are experiencing rapid growth in smart harvest adoption due to rising crop output, mechanisation initiatives and government support for ag-technology.

Europe: Advanced precision-farming infrastructure supports the uptake of high-tech harvesting equipment, especially in greenhouses and high-value fruit/vegetable sectors.

Key Segments:

➥ By Component:
The market comprises hardware-including sensors, harvesting robots, and control systems-that enable accurate fruit and crop detection, along with software that optimizes navigation, crop analytics, and performance monitoring.

➥ By Site of Harvesting:
Robotic systems are increasingly deployed in both greenhouses for controlled cultivation and outdoor farms, where they operate efficiently across varying terrain and crop densities.

➥ By Crop Type:
These robots are widely used for harvesting fruits, vegetables, and grains, with innovations focused on delicate crop handling and multi-crop adaptability to enhance productivity and reduce post-harvest losses.

Research Process:

Both primary and secondary data sources have been used in the Global Smart Harvest Market research report. During the research process, a wide range of industry-affecting factors are examined, including governmental regulations, market conditions, competitive levels, historical data, market situation, technological advancements, upcoming developments, in related businesses, as well as market volatility, prospects, potential barriers, and challenges.

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