Introducing Tevel's Flying Harvest Robots, a revolutionary solution for modern fruit harvesting. These cutting-edge robots leverage advanced artificial intelligence and computer vision to provide real-time harvesting data and precise fruit picking, leading to improved yield and quality. Designed to address labor shortages and reduce reliance on manual labor, Tevel's robotic drones offer a cost-effective and efficient way to manage orchards.
With the ability to operate 24/7, Tevel's Flying Autonomous Robots (FARs) ensure continuous harvesting, maximizing productivity and minimizing fruit waste. The robots are equipped with sophisticated vision algorithms that enable them to identify fruit amidst the foliage, classify each fruit based on size and ripeness, and determine the optimal approach for picking each fruit. This precision ensures that only the ripest fruit are harvested, resulting in higher quality produce.
Tevel's commitment to innovation and sustainability is evident in the design of these robots, which are designed to interact with foliage without causing harm. By collecting real-time data on fruit picked, including quantity, weight, color grading, ripeness, diameter, timestamp, and geolocation, farmers can gain valuable insights into their orchard's performance and make informed decisions to optimize their operations.
Key Features
Tevel Aerobotics Technologies' Flying Harvest Robots are equipped with state-of-the-art technology that transforms fruit harvesting. The robots use advanced AI perception algorithms to efficiently locate fruit trees in an orchard, even in dense foliage. Their sophisticated vision algorithms enable them to identify fruit, classify each fruit based on size and ripeness, and determine the optimal approach for picking. This ensures that only the ripest fruit are harvested, improving the overall quality of the yield.
The robots are equipped with a robotic arm and gripper designed to pick fruit without causing damage. This gentle handling preserves the fruit's quality, reducing waste and increasing market value. The robots can handle fruit ranging from 50g (2 oz) apricots to 700g (25 oz) apples, showcasing their versatility. They are also designed to interact with foliage without causing harm, ensuring the health and productivity of the fruit trees.
One of the most significant advantages of Tevel's Flying Harvest Robots is their ability to collect real-time data on fruit picked. This data includes quantity, weight, color grading, ripeness, diameter, timestamp, and geolocation. Farmers can use this information to optimize harvesting schedules, monitor fruit quality, and track yields. The robots can operate 24/7, providing continuous harvesting and maximizing productivity. This is particularly beneficial for crops that require timely harvesting to prevent spoilage.
Tevel's Flying Autonomous Robots (FARs) are unique for their aerial maneuverability, allowing access to fruit at any height and behind branches. They are the only robots that physically interact with foliage without causing harm. The system is versatile and adaptable to various orchard designs and fruit types, making it a valuable investment for a wide range of fruit growers.
Technical Specifications
| Specification | Value |
|---|---|
| Fruit Weight Capacity | 50-700 g |
| Minimum Fruit Weight | 50 g |
| Maximum Fruit Weight | 700 g |
| Power Source | Tethered to mobile platform |
| Operation | 24/7 |
| Data Collected | Quantity, weight, color grading, ripeness, diameter, timestamp, geolocation |
| Target Fruit Types | Apples, peaches, nectarines, apricots, plums, pears, stone fruits (mangoes and avocados in development) |
| Algorithm Type | AI perception & vision |
| Robot Type | Flying Autonomous Robot (FAR) |
| Mobility | Aerial |
| Gripper Type | Robotic arm and gripper |
| Durability | Durable and light design |
Use Cases & Applications
- Apple Orchard Harvesting: An apple orchard uses Tevel's Flying Harvest Robots to selectively pick ripe apples, reducing labor costs and increasing the overall yield of high-quality fruit. The robots operate 24/7, ensuring that the apples are harvested at their optimal ripeness, minimizing spoilage.
- Peach Thinning: A peach farmer utilizes the robots for thinning peach trees, ensuring that the remaining fruit receive adequate sunlight and nutrients. This leads to larger, more flavorful peaches and reduces the risk of disease.
- Nectarine Orchard Management: A nectarine grower employs the robots to collect real-time data on fruit size and ripeness, allowing them to make informed decisions about irrigation and fertilization. This results in a more uniform crop and higher market value.
- Pollination Assistance: The Flying Autonomous Robots can mimic the activities of bees by pollinating crops, supplementing natural pollination and increasing fruit set.
- Apricot Pruning: Tevel robots can be used for precise pruning of apricot trees, optimizing tree structure for better sunlight exposure and fruit production.
Strengths & Weaknesses
| Strengths ✅ | Weaknesses ⚠️ |
|---|---|
| Precise Harvesting: AI-driven selective picking ensures only ripe fruit are harvested, improving quality and reducing waste. | Initial Investment: The initial cost of implementing the Tevel system may be a barrier for some smaller farms. |
| 24/7 Operation: Continuous harvesting maximizes productivity and minimizes fruit spoilage. | Tethered System: The tethered design limits the robots' range and requires careful management of the mobile platform. |
| Real-Time Data Collection: Comprehensive data on fruit characteristics enables informed decision-making and optimized orchard management. | Maintenance Requirements: Regular inspection and maintenance of the robotic arms and tethering system are necessary to ensure optimal performance. |
| Reduced Labor Costs: Automation reduces reliance on manual labor, leading to significant cost savings. | Dependence on Technology: System malfunction or power outages can disrupt harvesting operations. |
| Versatile Application: Adaptable to various orchard designs and fruit types, offering a flexible harvesting solution. | |
| Gentle Fruit Handling: Robotic arm and gripper design minimizes damage to fruit, preserving quality. |
Benefits for Farmers
Tevel's Flying Harvest Robots offer a multitude of benefits for farmers, including significant time savings through automated harvesting, reduction in labor costs, and improved fruit yield and quality. The real-time data collection capabilities provide valuable insights for optimizing orchard management practices, leading to increased profitability. Furthermore, the robots contribute to sustainable farming by reducing fruit waste and minimizing the need for manual labor.
Integration & Compatibility
Tevel's Flying Harvest Robots are designed to integrate seamlessly into existing farm operations. The data collected by the robots can be integrated with farm management software, providing a comprehensive view of orchard performance. The robots are compatible with various orchard designs and fruit types, making them a versatile solution for diverse agricultural operations.
Frequently Asked Questions
| Question | Answer |
|---|---|
| How do Tevel Flying Harvest Robots work? | Tevel's Flying Autonomous Robots (FARs) use AI perception algorithms to locate fruit trees and vision algorithms to detect fruit, classify size, and ripeness. Equipped with a robotic arm and gripper, they gently pick fruit and collect real-time data, including quantity, weight, color grading, ripeness, diameter, timestamp, and geolocation. The robots are tethered to a mobile platform for continuous power. |
| What is the typical ROI with Tevel robots? | The ROI is achieved through reduced harvesting costs, enhanced fruit quality, increased yields, streamlined operations, and ultimately curbed fruit waste. By addressing labor shortages and reducing reliance on manual labor, farms can see significant cost savings and efficiency gains. |
| What setup/installation is required for the robots? | The Flying Harvest Robots require an initial setup involving the deployment of the mobile platform and tethering system within the orchard. The system is designed to be versatile and adaptable to various orchard designs, but some initial configuration may be necessary to optimize performance for specific orchard layouts. |
| What maintenance is needed for the Tevel system? | Regular maintenance includes inspection and cleaning of the robotic arms and grippers, as well as ensuring the tethering system and mobile platform are functioning correctly. Periodic software updates may also be required to maintain optimal performance of the AI algorithms. |
| Is training required to use Tevel's Flying Harvest Robots? | While the system is designed to be user-friendly, some training is recommended to ensure operators can effectively manage the robots and interpret the data collected. The learning curve is generally short, with most operators becoming proficient in a matter of days. |
| What systems do Tevel robots integrate with? | Tevel's system provides comprehensive data on fruit quantity, weight, ripeness, and location, which can be integrated with existing farm management software for improved decision-making and traceability. The data can be used to optimize harvesting schedules, monitor fruit quality, and track yields. |
| What types of fruit can these robots harvest? | Currently, the robots are designed to harvest apples, peaches, nectarines, apricots, plums, pears, and other stone fruits. Tevel is also developing new technology to harvest mangos and avocados in the future. |
| How do the robots handle foliage without damaging it? | The Flying Autonomous Robots are designed to interact with foliage without causing harm, ensuring the health and productivity of the fruit trees. Their robotic arms are programmed to navigate through branches and leaves with precision, minimizing any potential damage. |
Pricing & Availability
Pricing information for Tevel's Flying Harvest Robots is not publicly available. The cost of the system can vary depending on factors such as the number of robots required, the size of the orchard, and specific configuration needs. To learn more about pricing and availability, contact us via the Make inquiry button on this page.
Support & Training
Tevel Aerobotics Technologies provides comprehensive support and training services to ensure that customers can effectively utilize the Flying Harvest Robots. Training programs are available to help operators learn how to manage the robots, interpret the data collected, and troubleshoot any issues that may arise. Ongoing support is also provided to address any questions or concerns and ensure the continued success of the system.
