About
Tevel is addressing the critical shortage in agricultural labor through its revolutionary fruit-picking Flying Autonomous Robots (FAR). Powered by AI, machine learning, and computer vision algorithms, Tevel's flying robots delicately pick fruit with unparalleled accuracy and maneuverability. They offer easy and reliable operation, 24/7 harvesting capabilities, and cost efficiency to farmers. The robots can identify the ripeness level of each fruit to perform selective picking and can also identify diseases on the fruit in real time. Tevel's autonomous harvesting technology is successfully picking a variety of fruits, including apples, peaches, nectarines, apricots, plums, and pears, across Italy, the United States (California and Washington), Chile, and Israel. In addition to harvesting, Tevel’s robots also act as data agents by continuously collecting granular information in real-time on every fruit they pick. Tevel’s user-friendly software reports to growers data such as amount of fruit picked, total fruit weight, size and weight distribution, ripeness level, disease detection, heatmap, geolocation, and more. This empowers growers with precise knowledge of each bin's contents before delivery to the packing house. Tevel has over 60 employees with headquarters in Israel and subsidiary branches in Italy and the United States.
Tevel’s user-friendly software reports to growers data such as amount of fruit picked, total fruit weight, size and weight distribution, ripeness level, disease detection, heatmap, geolocation, and more. The FAR stands alone as the world's only robot that safely interacts with foliage, continuously flying in and out of trees without causing harm.
Tevel has over 60 employees with headquarters in Israel and subsidiary branches in Italy and the United States.
Funding history · 4 rounds · $55.2M total
Company Intelligence Q&A
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- When was Tevel Aerobotics Technologies founded and where is its headquarters located?
- Tevel Aerobotics Technologies was founded in February 2017 and is headquartered in Gedera, Israel.
- What is the primary technology developed by Tevel Aerobotics Technologies?
- Tevel Aerobotics Technologies develops Flying Autonomous Robots (FAR) powered by AI, machine learning, and computer vision algorithms for fruit picking.
- What types of fruits can Tevel's robots harvest and in which regions are they deployed?
- Tevel's robots can harvest apples, peaches, nectarines, apricots, plums, and pears. They are deployed in Italy, the United States (California and Washington), Chile, and Israel.
- What data do Tevel's robots collect for growers in addition to harvesting?
- Tevel's robots collect real-time data for growers, including the amount of fruit picked, total fruit weight, size and weight distribution, ripeness level, disease detection, heatmap, and geolocation.
- How many employees does Tevel Aerobotics Technologies have and where are its subsidiary branches located?
- Tevel Aerobotics Technologies has over 60 employees, with subsidiary branches in Italy and the United States.
- What was Tevel Aerobotics Technologies' first major funding round and who were the lead investors?
- In April 2019, Tevel Aerobotics Technologies raised $10,000,000 in a Series A round, with OurCrowd and Maverick Ventures Israel among the investors.
- When did Tevel Aerobotics Technologies secure its Series B funding, and who were the key investors?
- In October 2020, Tevel Aerobotics Technologies secured $20,000,000 in Series B funding, with Maverick Ventures Israel and Kubota Corporation as key investors.
- What was the most recent funding round for Tevel Aerobotics Technologies and when did it occur?
- Tevel Aerobotics Technologies' most recent funding round was a Series C in December 2025, raising $18,000,000. Sound Media Ventures led this round.
- Which organization partnered with Tevel Aerobotics Technologies for fruit picking, thinning, and selective harvesting?
- Unifrutti Group partnered with Tevel Aerobotics Technologies to deploy Flying Autonomous Robots (FARs) for fruit picking, thinning, and selective harvesting.