Fruit Thinning Robots Market Size & Share 2026-2035

Fruit Thinning Robots Market Size

The global fruit thinning robots market was valued at USD 65.7 million in 2025. The market is expected to grow from USD 78.8 million in 2026 to USD 324.5 million in 2035, at a CAGR of 17%, according to latest report published by Global Market Insights Inc.

Labor shortages on farms have created farmers’ incentive to start using robots for the purpose of picking fruits and harvesting vegetables. Farmers are increasingly having difficulty hiring seasonal workers, making it more expensive to hire them. Farmers face the greatest difficulties making use of robots with respect to harvesting/picking high-value specialty crops such as strawberries, apples, grapes and soft fruits.

This is due to the manner in which these crops require precise picking or care during pick, which, previously to the advancements made to date with robotics was very difficult to achieve using mechanization. Currently, vision-based robotic systems are now being commercialized to satisfy the need for alternative harvest options.^{[1]Food and Agriculture Organization of the United Nations, fao.org}

Developments in computer vision and artificial intelligence are driving the growth of this industry. Current vision-based robotic platforms combine high quality vision systems, such as high definition imaging sensors and depth measuring capabilities, to identify ripe- ready for harvest fruit, assess cultivation conditions and move through complex orchard and vineyard environments autonomously.

The improvements in AI technology, specifically, the GPU increase in the amount of computational performance available for processing images has allowed the current generation of field robots such as vision guided harvesters- to perform functions that traditionally would require a large computing infrastructure to perform off-site, e.g., at a centrally located farm building. Furthermore, advances in mobile computing have also permitted the current generation of field robots to perform autonomously without the direct supervision of humans.

Precision agriculture prioritizes targeted interventions over broad-area treatment- is increasingly the standard approach among commercial growers seeking to reduce input costs, minimize waste, and meet sustainability requirements. Vision robotics is a natural extension of this approach, enabling robots to make real-time, crop-level decisions that would be impossible with conventional mechanized equipment.

Fruit Thinning Robots Market Trends

Changing innovation and technology transformation are important for the growth of the fruit thinning robots industry.

• Crop detection based on deep learning technology is advancing rapidly to determine the accuracy of ripeness assessment while in the field. With neural networks that have been trained using vast datasets of crops, robots are now able to identify and separate ripe fruit from unripe or spoiled produce with a significant degree of accuracy which will ultimately reduce waste and increase the quality of yield.
• The use of this technology is expanding beyond strawberries and grapes to now include tree fruits such as apples, citrus, and stone fruits.^{[2]Organisation for Economic Co-operation and Development, oecd.org} Manufacturers are focusing on designing modular end-of-arm tools to expand their potential market by using interchangeable attachments for multiple farming applications rather than creating robots for specific crops.
• An example of this is PeK Agroline's Slopehelper system which can hold several different types of tools, i.e. six robotic manipulators & separate pruner and enable the same base to perform in various capacities throughout the growing season.
• Emerging Harvesting-as-a Service business models (HaaS) provide small growers with alternatives to outright purchase of harvesting equipment as the price point associated with a complete robotic harvesting system may be too high for them to afford.
• Under these new arrangements, the robotics company will deploy and operate the machinery and collect fees from the farmer for each kilogram harvested or for the length of time they have used the system. An example of this business model is Fieldwork Robotics, who is piloting this type of system with commercial raspberry harvester units in the UK.

Fruit Thinning Robots Market Analysis

Based on component type, the fruit thinning robots market is segmented into robots and end effector tools & manipulators. The robots segment accounts for revenue of around USD 45.1 million in the year 2025 and is expected to reach USD 204.8 million by 2035.

• Within a complete vision robotics system, the highest unit price is the autonomous base platform, which carries the most engineering costs and ultimately reflects the highest selling price to the customer when integrated into a complete vision robotics system. The integration of the navigation stack, vision processing hardware, power systems and chassis provide growers the bulk of their engineering cost and selling price to purchase a vision robotics system (VRS).
• Therefore, growers focus most of their initial investment in the autonomous base platform for the vision robotics system; they will later add end effector attachments to directly connect to the autonomous base platform as their operational needs evolve. The ability to perform multiple tasks continues to generate demand within the robots segment.
• By setting up one base to harvest, prune, spray or monitor crops at different times of the year, asset utilization and return-on-investment (ROI) will increase. Similarly, this capability increases reorders from operators who have verified the economics of their initial deployment and wish to expand their fleet in future seasons.
• The end effector tools and manipulators segment is also showing steady growth, this growth is due to the continued introduction of sophisticated tools into the market increased selling price and therefore, a growing aftermarket business for current operators of robotic base platforms to purchase attachments.
• As there is a greater number of installed units, the continued demand for compatible tools will create predictable revenue for specialized manufacturers. The advancement of soft robotics is providing new opportunities for the continued commercialization of harvestable crops by developing soft gripper materials to pick more delicate fruits.

Based on the end use, the fruit thinning robots market is bifurcated into individual farmers, agricultural cooperatives, corporate farming enterprises and research institutes & universities. The agricultural cooperatives segments held the largest share, accounting for 30.4%  of the market in 2025.

• The agricultural cooperative system is currently the most popular end-use market for agricultural robotics, and its size provides the most improvement in acquisition costs. By combining member farms' purchasing power into a single legal entity, they directly reduce the primary barrier to adoption: high upfront capital cost.
• A single cooperative can buy, install, and rotate robotic equipment across all of its members' farms, spreading the fixed costs (capital costs) over a much larger operational base than any member farmer could justify by themselves. The cooperative's acquisition approach also creates a viable economic model for vision systems at a scale not possible for independent operations, especially small and medium-sized farms.
• Additionally, cooperatives have the organizational structure to not only purchase the equipment, but to also provide the required maintenance, calibration, and software updates- the operational requirements that may be overwhelming for an independent operator.
• In viticulture and fruit production, cooperatives dominate the commercial structures in much of Europe, which emphasises the benefit of cooperatives even further.  Furthermore, many cooperatives are also eligible for EU agricultural modernization funding, which helps decrease the effective threshold for investment.
• Cooperatives further increase the viability of vision systems by ensuring the highest equipment utilisation rates through the central management of robotic equipment. Additionally, by reducing financial risk and providing quick access to the latest technology, cooperatives will help to accelerate the modernisation of smaller farms.

North America Fruit Thinning Robots Market

In 2025, the U.S. dominated the fruit thinning robots market growth in North America, accounting for 82.5% of the share in the region.

• Labor shortages in the US specialty crop sector are among the most acute in the world, driven by tightening immigration policy, an aging agricultural workforce, and rising minimum wage requirements across major growing states.^[3] These pressures have directly accelerated investment in vision-guided robotic solutions.
• Additionally, the region’s strong adoption of precision agriculture technologies and large-scale commercial farming practices supports the growth of thinning robots. North American growers are early adopters of AI, machine vision, and robotics to enhance productivity and crop uniformity, particularly in high-value fruit segments. Government support for agri-tech innovation, coupled with the presence of leading robotics companies and investments in smart farming ecosystems, further strengthens market demand for advanced thinning solutions.

Asia Pacific Fruit Thinning Robots Market

Asia Pacific market is expected to grow at 19.3% during the forecast period.

• Japan and South Korea are the primary technology development hubs in the region, with leading industrial manufacturers investing in agricultural robotics as part of broader smart-farming strategies. Kubota Corporation introduced its New Agri Concept at CES 2024- a fully electric, autonomous agricultural vehicle equipped with six independent drive motors and AI integration- reflecting the ambition of established machinery makers to reposition around autonomous field operations.

Europe Fruit Thinning Robots Market

Europe fruit thinning robots industry is expected to grow at 17.2% during the forecast period.

• The European agricultural workforce is projected to decline from over 10 million in 2010 to approximately 7.9 million by 2030, creating a structural labor shortage that is accelerating robotic adoption across France, Spain, Italy, and Germany.^[4] The EU has responded with targeted funding for AgRibot project, approved in April 2025, is developing and field-testing six robotic systems across European farms over a four-year program.

Middle East and Africa Fruit Thinning Robots Market

Middle East and Africa market is expected to grow at 10.1% during the forecast period.

• Adoption in the region is primarily concentrated in the Gulf Cooperation Council countries, where large-scale controlled-environment agriculture projects- including vertical farms and climate-controlled greenhouses- are creating demand for precision robotic systems. South Africa contributes through its established fruit export industry, where growers of table grapes and citrus are beginning to evaluate robotic harvesting solutions as labor cost pressures increase.

Fruit Thinning Robots Market Share

The top companies in the fruit thinning robots industry include PeK Agroline, Pellenc SA, Infaco, Aigritec and Matagritech and collectively hold a share of 10.2% of the market in 2025. These prominent players are proactively involved in strategic endeavors, such as mergers & acquisitions, facility expansions & collaborations, to expand their product portfolios, extend their reach to a broad customer base, and strengthen their market position.

• PeK Agroline holds the leading position with the company's Slopehelper platform fully electric, 100% autonomous robotic base operating without GNSS dependency and capable of up to 14 hours of continuous operation- is designed to cover the full agricultural cycle, from soil preparation through to harvesting. Its Fruit Picker attachment uses six computer vision-guided robotic manipulators to harvest semi-spherical fruits at a rate of 2,500 pieces per hour, operating across both super-intensive and conventional orchard structures. The company has received Agriculture 4.0 certification validating its IoT-integrated precision farming approach.
• Pellenc SA has been developing robotic solutions for viticulture, arboriculture, and green-space maintenance since 2018, when robotics was formally established as a strategic priority. Its RX-20 autonomous inter-row crawler is designed specifically for vineyard environments, automating soil cultivation and phytosanitary reduction tasks. Pellenc supports adoption through a dedicated distribution and installation network that carries out plot-level feasibility studies and training for each new deployment.
• Infaco has built a global distribution network spanning more than 45 countries, with particular strength in vineyards, orchards, and olive-growing operations. The company's current product range includes the F3020 electric pruning shear, the AT1000 electric tying machine, and the V5000 Electroliv olive vibrator- all tools that integrate the powered precision end-effector capabilities that are foundational to vision robotics systems.