This milestone marks the adoption of drone-based hyperspectral technology as an operational tool for precision agriculture applications on an industrial scale.
Aermatica3D, an Italian company specializing in the engineering and integration of UAS (Unmanned Aircraft Systems) solutions, has delivered a Headwall Nano-HP hyperspectral camera—manufactured by the U.S. company Headwall and integrated by Aermatica3D onto the DJI Matrice 400, DJI Enterprise’s most advanced drone—to Agronica, a company within the Diagram Group.
The purchase is part of the research and development activities outlined in the Italian Kentucky tobacco (Sigaro Toscano) supply chain contract, with the goal of developing technological solutions that can be practically implemented by operators in the supply chain.
By analyzing the light reflected by plants across hundreds of spectral bands—including those beyond the visible spectrum—the sensor detects signals associated with water, nutritional, and phytosanitary stress in crops that cannot be detected using traditional technologies.
Its integration onto the drone—chosen for its high payload capacity and long flight endurance—enables automated and optimized surveys over large areas, ensuring a level of detail, precision, and reliability that until now has been reserved almost exclusively for the research sector.
It represents an important step toward the development of additional initiatives already planned within the Diagram Group.
In particular, the project lays the groundwork for a more widespread use of drones in advanced agronomic applications and for the development of infrastructure dedicated to land surveillance and monitoring through remote-controlled flight systems.
Aermatica3D is proud to announce that it is the first company in the world to develop a Flight Termination System (FTS) for the DJI Agras T100 with EASA MOC-2511 certification.
This achievement is more than just a technical record; it is the only legal bridge allowing Italian operators to utilize the Agras T100 in advanced operational scenarios.
The DJI Agras T100 is a large-scale drone—weighing over 150 kg at takeoff with a 100-liter liquid tank—designed to maximize field productivity. However, EASA and ENAC regulations are extremely strict regarding the safety of aircraft of this size.
To operate legally in Italy within typical scenarios that require ENAC Authorization and a SORA (Specific Operations Risk Assessment) risk analysis, the drone must be equipped with an FTS certified according to the MOC-2511 standard.
The Bottom Line: Without this specific certified FTS kit, obtaining flight authorization for the Agras T100 becomes an insurmountable bureaucratic obstacle.
We didn't stop at hardware design and manufacturing. Aermatica3D has set another record: after already securing ENAC authorizations for the entire DJI Agras series, we were the first to obtain ENAC authorization via SORA for the DJI Agras T100.
This means we have already mapped out the route. We know exactly which technical and documentary requirements are needed to prove the safety of these operations to ENAC and obtain a generic authorization (one not tied to a specific field).
- Global Exclusivity: We are the only providers of the MOC-2511 certified FTS specifically for the DJI Agras T100.
- Total Compliance: The system meets the highest risk mitigation standards required by EASA.
- Direct Experience: We don’t just sell a product; we provide a solution that we ourselves have tested and had approved by the Aviation Authority first.
The FTS for the DJI Agras T100 extends the Aermatica3D family of terminators, which now covers the entire DJI Agras drone series.
We understand that navigating a SORA authorization request can seem complex for a farm or a drone operator. For this reason, Aermatica3D offers a comprehensive support service for obtaining ENAC authorizations.
We assist our clients at every stage:
Supply of Ready-to-Fly Drones: Complete with everything needed to operate efficiently and legally.
Operational Training: Conducted by our certified pilots.
Liaison Support with ENAC: To facilitate obtaining flight authorization.
Technical Assistance: We are a certified DJI Agriculture Maintenance Center.
From choosing the most suitable drone to providing regulatory support for safe operations, Aermatica3D guides the client through every phase of the purchase to offer the best technology on the market and the assistance you need.
Visit the shop here
Contact us: info@aermatica.com
Today we are with Roberto Remagni Buoli, from the Buoli Attilio di Remagni Silvio e C s.n.c. company, a company that has been contracting in the agricultural sector for almost eighty years. We had the chance to talk about drones and biological control of tomato spider mites and corn borers.
Aermatica3D: Can you tell us a little about yourself and how you met Aermatica3D?
Roberto Remagni Buoli: We are a company that does service contracting in agriculture. For ten years we have offered treatments on corn using the stilt. In 2016, tired of being in contact with the insecticide, we decided to stop. At Verona Agricultural Fair in February 2016 we saw a drone offering treatments against trichogram borer and we decided to try it on our plots. After two years of excellent results, we have obtained the necessary certificates to use a drone. In 2018, Marco Zambelli, CAI-Consorzi Agrari D'Italia agronomist, advised us to purchase Aermatica3D drones solutions. The General Manager of Aermatica3D, Eng. Paolo Marras, gave us a demonstration of the DJI Matrice 100 product with the D-Box capsule distribution kit and we immediately fell in love, a very precise, intuitive and simple to use system. From there it all started. In 2024, we upgraded to a DJI Matrice 350 with integration of Aermatica3D Agriculture Kits.
Aermatica3D: How long have you been working in the drone sector and how did you come to specialize in agricultural services?
Roberto Remagni Buoli: I have been working in the drone sector since 2018. The specialization in agricultural services was born from the need to find more effective and sustainable solutions compared to traditional methods.
Aermatica3D: What are the main benefits of using drones in biological control compared to traditional methods?
Roberto Remagni Buoli: The main benefits are respect for the environment and the absence of trampling of the ground, guaranteeing greater sustainability for the operator and the ecosystem.
Aermatica3D: Can you describe how the release of Trichogramma brassicae occurs via drones for corn borer control?
Roberto Remagni Buoli: The release of the Trichogramma is very simple with the Aermatica3D app. You arrive in the field, define the boundaries together with the farmer, enter the working parameters, fill the container and the drone does everything else autonomously.
Aermatica3D: What specific technologies and equipment do you use for this type of work?
Roberto Remagni Buoli: We use the M350 for its greater battery life and capacity. The Aermatica3D App, together with the distributor, guarantees precise work with georeferenced reports. Additionally, we are using the K-Kit for phytoseiid releases.
Aermatica3D: In terms of costs, how does the use of drones for biological control compare to manual or chemical methods?
Roberto Remagni Buoli: The use of drones is competitive in terms of costs, especially considering the reduction in foot traffic and the effectiveness of the release of biological agents without the use of chemicals.
Aermatica3D: How much time do you save using drones for the release of biological agents such as Trichogramma brassicae compared to traditional methods?
Roberto Remagni Buoli: With the M100 I was able to cover 100 hectares in a day, while with the M350, thanks to the greater autonomy and capacity, we can reach 150 hectares a day without problems. We saved about 30% in costs compared to manual methods.
Aermatica3D: What feedback have you received from your customers on the effectiveness of biological control carried out with drones?
Roberto Remagni Buoli: The feedback was very positive. Customers appreciate the precision and effectiveness of biological agent delivery via drones, as well as the environmental benefits.
Aermatica3D: Can you share some results or success stories that demonstrate the effectiveness of this technology?
Roberto Remagni Buoli: A significant example was the success in controlling the corn borer over large areas, where we drastically reduced the infestation thanks to the precise and uniform release of Trichogramma brassicae.
Aermatica3D: What are the main challenges you have encountered in using drones for biological control?
Roberto Remagni Buoli: The main challenges were related to training and equipment management. However, with the experience and support of Aermatica3D, we managed to overcome them effectively.
Aermatica3D: How do you see the future of the use of drones in agriculture, in particular for the biological fight against parasites such as the red tomato spider mite and the corn borer?
Roberto Remagni Buoli: The future of the use of drones in agriculture is very promising. Technology will continue to evolve, offering increasingly efficient and sustainable solutions for fighting biologists.
For more informations, contact us at info@aermatica.com
We recently had the pleasure of interviewing Alessandro Zucchini, a young and passionate drone enthusiast from Ferrara that just purchased our D-Box system for capsule distribution with drones. Despite his age, Alessandro has already made significant strides in the world of drones and technology. He shared with us his journey from high school competitions, to working with renowned production companies like RAI and Sky.
Aermatica3D: Good morning Alessandro, thanks for being here with us. Please, first tell us a little about yourself.
Alessandro Zucchini: Good morning, my name is Alessandro Zucchini, I'm 24 years old and I come from Ferrara. I am relatively young, but I have been passionate about the world of drones since high school. Even then I was interested in technology and 3D printing. I have participated in several competitions, such as the Robotics Olympics in Milan, where I created a 3D printed therapeutic hand exoskeleton. After school, I started working to pay for drone flying courses. Later, I opened the VAT number and now I mainly deal with video productions with drones, collaborating with various production companies, including RAI and Sky.
Aermatica3D: You recently purchased a DJI Matrice 350 drone equipped with the Aermatica3D D-Box capsule distribution kit. How did you discover this technology?
Alessandro Zucchini: I discovered the DJI Matrice 350 with the Aermatica3D kit thanks to another customer, Luca Raimondi. I saw his equipment and noticed that it was produced by Aermatica3D. I learned about their products via social media and the company website. I found their products reliable and well made compared to others on the market, so I decided to rely on them.
Aermatica3D: How do you think this technology will improve the efficiency and effectiveness of work in organic farming?
Alessandro Zucchini: I haven't started using it yet, so I can't speak from personal experience. However, I am convinced that the drone will improve the efficiency and effectiveness of interventions in organic farming. The eggs of insects useful for biological control, such as the trichogramma brassicae against the corn borer and other pests, can be distributed in very large quantities using small, lightweight capsules. A lightweight drone equipped with the Aermatica3D D-Box can automatically distribute the capsules ensuring coverage of a field using the integrated BLY3D software. Distributing the capsules with the drone makes the intervention more sensible than the use of chemical products, allowing a biological approach. This can also be interesting for farmers in terms of costs and speed of intervention. I already have some interested customers and we will see how it goes this year.
Aermatica3D: What are your expectations for the use of the drone in your agricultural business?
Alessandro Zucchini: My expectations are high. I believe the drone can revolutionize the way we manage organic crops. I hope to see greater effectiveness in the distribution of capsules and a reduction in costs and intervention times. I also expect an improvement in plant health and crop quality.
Aermatica3D: Would you recommend this technology to other farmers? If yes, why?
Alessandro Zucchini: Yes, I would definitely recommend it. I think that drones represent the future of agriculture, especially organic agriculture. They offer a more efficient and sustainable way of managing crops. With the D-Box, Aermatica3D capsule distribution kit, farmers can adopt more natural and environmentally friendly methods, reducing the use of chemical products. The D-Box allows us to avoid the use of large tractors to spread chemical substances on crops, eliminating both safety problems for operators and the impact on crops and the environment.
Aermatica3D: Thank you very much, Alessandro, for your time and for sharing your experience with us. We wish you the best in your business.
Alessandro Zucchini: Thanks to you, it was a pleasure.
Agriculture is experiencing an unprecedented digital transformation, thanks to the integration of cutting-edge technologies such as drones. Aermatica3D, leader in the sector of drone solutions for agriculture in Italy, in collaboration with Agronica IBF, is excited to present the latest innovations in the field of precision agriculture. The event "At the root of sugar: beetroot in the field", organized at the Bortolan company in Pegola di Malalbergo (BO), on Wednesday 12 July, will offer a unique opportunity to discover how drones are revolutionizing the agricultural sector.
Introducing the Latest Solutions with Drones in Agriculture:
During the COPROB event, Aermatica3D will showcase the latest drone solutions specially designed for agriculture. It will be possible to see the DJI Agras T30 and T10 drones for distribution of liquids and solids, as well as the DJI Mavic 3 Multispectral, which uses multispectral cameras to collect detailed crop data. This data allows farmers to identify areas of stress, monitor plant health, and plan irrigation and fertilization more accurately and efficiently.
The Importance of Precision Agriculture:
Precision agriculture is becoming increasingly essential to address the current challenges related to sustainable food production. Thanks to the use of drones for the distribution of biological treatments and modern data collection technologies, farmers can optimize resources, reduce the use of treatments, improve crop quality and increase overall productivity. Aermatica3D is at the forefront of providing advanced solutions that help farmers adopt more sustainable and efficient agricultural practices.
Participate in the Event and Discover the Possibilities of Innovation with Drones in Agriculture:
If you are interested in discovering the latest drone solutions for agriculture and the potential of precision agriculture, do not miss the event "To the root of sugar: beets in the field". The event will be held on Wednesday 12 July at the Bortolan Company in Pegola di Malalbergo (BO). It will be possible to view demonstrations with drones, participate in informative presentations and interact with industry experts.
For more information on Aermatica3D and their drone solutions for agriculture, visit the website www.aermatica.com or contact us at info@aermatica.com. Don't miss this opportunity to be part of the evolution of agriculture and discover how drones are transforming the agricultural sector.
Updated flagship platform, the Matrice 350 RTK sets a new benchmark for the industry. This next-generation platform features a completely new video transmission system and control experience, a more efficient battery system and more comprehensive safety functions, as well as robust payload and expansion capabilities. It is fully powered to inject innovative strength into any airborne operation.
Ruggedly built, the Matrice 350 RTK features powerful propulsion, an improved degree of protection, and excellent flight performance, allowing it to effortlessly tackle a wide variety of challenges.
The Matrice 350 RTK adopts DJI O3 Enterprise broadcasting, which supports three-channel 1080p HD live feeds, and a maximum transmission distance of 20km. Both the aircraft and the remote controller are equipped with a four-antenna transceiver system, which can intelligently select the optimal two antennas to transmit signals, while the four antennas receive signals simultaneously. In this way, the anti-interference capabilities are greatly improved and the transmission stability is optimized.
Equipped with a 7-inch high-brightness screen, DJI RC Plus supports Dual Operator mode and comes with a standard WB37 external battery that offers up to six hours of operating time, meeting your various operational needs.
The DJI RC Plus is resistant to dust and water to operate reliably even in adverse weather conditions. The operating temperature range is -20° to 50° C (-4° to 122° F), to support 24-hour operation even in very hot or cold environments.
The remote features numerous buttons and dials on the front, back, and top for quick operation. Button functions can be customized to suit user habits and offer an intuitive and flexible experience.
The DJI Pilot 2 application has been further optimized to clearly present the mission type and flight status. Easy and smooth control of aircraft and payloads facilitates more efficient operation.
New dual battery system
The Matrice 350 RTK features a new TB65 dual battery system, which supports battery hot swapping and allows you to fly more flights without shutting down. The battery can be charged up to 400 cycles, reducing the cost of a single flight.
New generation intelligent battery station
The new BS65 smart battery station offers a one-stop solution for charging, storing and transporting batteries.
Multiple charging modes
In storage mode, the battery is charged to 50%, ideal for long-term storage. In Ready-to-Fly mode, quickly charge multiple sets of batteries to 90% to start operation at any time and extend battery life.
Smart management
When the battery station is connected to the DJI RC Plus, the DJI Pilot 2 app displays battery status and health information. In addition, you can set the number of days of self-discharge, update firmware, export logs and access other quick operations with one touch.
Effortless transitions
The battery station is designed with wheels that roll 360° for easy transport and transitions.
The Matrice 350 RTK adds a new arm lock detection feature that avoids the risk of unlocked sleeves, allowing you to focus on flying with greater peace of mind. With excellent night vision capabilities, the FPV camera can clearly present the surroundings and obstacles during night flight. It works in tandem with the PinPoint function to provide better navigation for safe flying, helping you operate more safely at night.
The Matrice 350 RTK is designed with a six-way binocular vision system and infrared sensing system for six-way awareness, positioning, and obstacle sensing capabilities, providing comprehensive protection during flight. With the CSM radar installed, the Matrice 350 RTK is able to detect subtle obstacles upwards or within the 360° horizontal range and avoid them in time. The effective detection range is up to 30m, further improving flight safety. Both the aircraft system and the sensor system of the Matrice 350 RTK adopt a redundant design to ensure maximum flight safety, allowing you to deal with the most difficult operating environments with greater confidence.
The Matrice 350 RTK supports single down gimbal, dual down gimbal, and single up gimbal and features an open E-Port interface. With a maximum payload capacity of 2.7 kg, the aircraft can carry up to three payloads simultaneously, meeting the needs of different operational scenarios such as public safety, inspection and mapping.
Zenmuse H20 series: The 4 sensors of the zoom camera, the wide angle camera, the still camera
thermal imaging and laser rangefinder work together, integrating advanced intelligent algorithms to deliver exceptional imaging and sensing performance.
Zenmuse H20N: integrates starlight sensors in its wide-angle zoom cameras. Combine this with two thermal imaging cameras with zoom and a laser range finder and the user has a hybrid payload that is perfect for any occasion.
Zenmuse P1: integrates a full-frame sensor with fixed-focus interchangeable lenses on a 3-axis stabilizer. Designed for photogrammetry flight missions, it takes efficiency and accuracy to a whole new level.
Zenmuse L1: integrates a Livox Lidar module, a high-precision IMU and a mapping camera. Used in conjunction with a flight deck, it forms a complete solution, providing real-time 3D data throughout the day, efficiently capturing the details of complex structures and providing highly accurate reconstructed models.
Third-party payloads: Custom payloads such as gas detectors, loudspeakers, and multispectral sensors can be combined with M350 RTK via DJI Payload SDK, to expand application scenarios.
The Matrice 350 RTK supports Waypoint, Mapping, Oblique and Linear Flight missions. You can use Terrain Follow or Smart Oblique for efficient data collection. Together with DJI Terra, 2D and 3D HD digital results can be obtained quickly, enabling high-precision and efficient mapping operations.
With features like high-accuracy PinPoint and cloud-based real-time mapping, the Matrice 350 RTK is capable of connecting air, ground and cloud. After the aircraft completes image collection, DJI FlightHub 2 can quickly model the operation site and transmit command information to the aircraft and operators on the ground. Both the remote controller and FlightHub 2 support point, line and surface drawing and real-time uploading, and can collaborate with the aircraft to livestream the real-time operations view, overcoming communication barriers for collaborative air-ground operations.
With live mission logging, the Matrice 350 RTK can generate and store flight path files that can be used at any time to automate tasks and make repetitive inspections no longer time consuming and effortless. When using AI Spot-Check, the Matrice 350 RTK supports automatic framing and manual adjustment of subjects to improve repeat shooting accuracy and inspection quality.
Gli operatori potranno ottenere ancora di più da M350 RTK sfruttando l’ecosistema DJI SDK e API.
Payload SDK: An incredible variety of third-party payloads such as gas detectors, speakers, multispectral sensors, and processing modules can be integrated to use the platform in even more ways. The Payload SDK supports E-Port, SkyPort V2, and DJI X-Port, which significantly shorten the payload development lifecycle and maximize its potential under the most diverse scenarios. The E-Port supports Payload SDK V3 and above and is compatible with Matrice 30 series third-party Payload SDKs.
Mobile SDK: Thanks to a vast network of third-party mobile applications, it is possible to unlock infinite features, to meet the needs for specialized missions. Using the Mobile SDK, M350 RTK supports the development of highly customizable mobile apps.
Cloud API: With the Cloud API, the M350 RTK can be integrated directly into third-party cloud platforms via the DJI Pilot 2 app, accessing features such as data transfer, live streaming, and flight route distribution.
The DJI RC Plus features a 7-inch screen with up to 1,200-nit brightness and multiple buttons, ensuring a smooth control experience. It is equipped with a standard WB37 external battery and supports battery hot swapping. It can work up to 6 hours when you combine the internal and external batteries for use.
Aermatica3D, the only DJI Agriculture distributor, assistance and training center in Italy, has obtained ENAC authorization category Specific to fly with the DJI Agras T30, a drone weighing over 76kg for applications in Agriculture. Aermatica3D makes the Authorization package available to contractors and farm operators for carrying out distribution activities in compliance with the regulations.
The Agras T30 is DJI's top-of-the-line agricultural drone in Europe. With a 30 liter spray tank and distribution system payload capacity of up to 40 kg, 16 nozzles and a spray radius of 9 metres, the T30 raises the bar for aerial spray efficiency by covering up to to 16 hectares in one hour. The frame is foldable, made of carbon fiber composite materials, with a foldable design for easy transport.
The DJI Agras T30 is able to distribute both liquid and granulated products. Thanks to DJI's Agras T30 drone, a new solution has been developed that allows for more targeted and precise spraying, reducing the overall use of the product, with a positive impact on the environment. The use of the drone in agriculture also eliminates the risk factor for agricultural operators in interventions in dangerous scenarios, due for example to the conformation of a steep terrain or to the difficulty and danger of entering the fields with traditional means due to flooding.
The authorization obtained from Aermatica3D is generic and allows you to use the DJI Agras T30, a drone that weighs more than 25 kg which therefore falls into the Specific category, independently from the geographical constraints of the airfield. “This is a big step forward for us at Aermatica3D, as we can now make documentation, support and training available to our customers, giving operators in the agricultural sector the opportunity to obtain ENAC authorization and therefore be able to operate with the DJI Agras T30” says Aermatica3D's General Manager Paolo Marras.
In the DJI Agriculture fleet available for immediate delivery in Italy from Aermatica3D, the DJI Mavic 3 Multispectral for multispectral maps and the DJI Agras T10, up to 10 liters of tank preferable for the distribution of liquids and granules in complex scenarios, we can now add the authorized use of the DJI Agras T30.
To find out more about the DJI Agras T30 visit our store www.aermatica.com/store
Agras T30 https://www.dji.com/t30
Initiative implemented as part of the project TRAINAGRO-Mitigo
Participate with us in the online information event for sustainable management of plant protection products on 13 June 2023 - 10.00-12.00.
Program:
10.00 - 10.05 Greetings, introduction and presentation of speakers - Antonio Finizio, University of Studies of Milan Bicocca DISAT
10.05- 10.25 The experience of the Lombardy Region - Beniamino Cavagna- Lombardy Region DG Agriculture Phytosanitary Service
10.25 - 10.45 The low-impact fight against the corn borer and tomato red spider mite with the use of drones, Marco Zambelli, Technical Consultant of Italian Agricultural Consortia.
10.45 – 11.00 - Technologies for sustainable crop protection" Marco Costanzo, Trainee Precision Agriculture Course c/o Buoli Snc
11.00 - 11.20 Experience in the field, Remagni Buoli Rossano, Buoli snc
11.20 - 11.45 Technological developments and operational uses of drones and environmental applications, Marras Paolo, Aermatica3D
11.45-12.00 Technologies for the early recognition of physiopathies, Ivano Baroni, Geo4
Conclusions and Closing of Works - Ettore Capri Catholic University of the Sacred Heart of Piacenza
The event participates in the continuing professional training program for Doctors of Agronomy and Doctors of Forestry for 0.312 CFP with reference to CONAF regulation n. 162/2022
Participation is open to all interested parties - Event scheduled online with the Teams platform. For organizational matters, please confirm your presence at the following link: https://forms.gle/ewtvUWgKe7xEmiLT9 or maura.calliera@unicatt.it
Initiative carried out as part of the TRAINAGRO-Mitigo project co-financed by the EAFRD, Lead Partner of the Catholic University of the Sacred Heart. Project partner Bicocca University. The managing authority of the program is the Lombardy Region.
On 16 May in Florence, at the Coldiretti Toscana headquarters was held the Oliviculture 4.0 conference, the final event of the Olimpolli Montagnani Operational Group.
At 09:00 the President of Coldiretti Toscana Fabrizio Filippi opened the meeting, followed by speeches by Federico Montagnani (Tenuta Montagnani), Claudio Cantini (CNR IBE), Stefano Pattaro (Consorzio Agrari d'Italia), Giampaolo Cai and Marco Romi (University of Siena), Gianni Tacconi (BIOTAC), Guido Sabatinelli (GUISA Biotechnology Devices), Paolo Marras (Aermatica3D) and Lorenzo Marcolini (Impresa Verde Grosseto, AGER).
The Olimpolli Montagnani Operational Group (financed with measure 16 of the 2014-2020 Rural Development Plan of the Tuscany Region) aims to solve the problem of poor pollination of the olive tree, which affects the overall productivity of the olive groves, verifying from a practical point of view the effect of pollen dispersion on fruit set and profitability per hectare.
The Operational Group, in fact, intends to raise the productivity of the olive groves without any change in the corporate structures simply with the controlled contribution, currently identified as ideal, of the best pollen for the variety of interest.
Pollination activities are carried out using machinery never used in olive growing, although existing and used in other areas. Some, for example the Soffi@polline Biotac, have been developed for the pollination of kiwis, others are only being introduced on walnuts and pistachios (drone with pollen distribution kit).
The main innovation consists in the distribution of pollen on plants to be carried out by drone at the moment of best receptivity for the stigma. The technique, never applied before on olive trees, takes its cue from some tests carried out on other wood species.
A further innovation consists in verifying the various aspects related to the distribution of pollen in olive growing, which will involve the involvement not only of farms but also of some Italian machinery manufacturers. It is estimated that the repercussions on the primary sector are important because an increase in fruit setting and consequent productivity estimated at around 20-25% is expected.
This technique can affect all Tuscan olive groves, even the traditional ones, without any significant change in the farm structure, not requiring onerous interventions for farms. The project therefore intends to put into operation and test, within some model farms, the system for controlling flowering, distributing pollen on the flowers, verifying fruit setting and the trend of summer and harvest production, analyzing the costs / benefits of this practice.
a) the implementation of an assisted pollination system that can be technically and economically evaluated;
b) the increase in the productivity of traditional olive groves;
c) the development of an innovation transmission network on a regional scale;
d) the evaluation of the use of drones in olive groves as a tool for pollen dispersion but potentially also for other agronomic purposes related to precision agriculture.
From 19 to 21 May Aermatica3D will be at FORLENER - the Wood Energy Exhibition. We are waiting for you at Getto Macchine Agricole stand (Pavilion A Stand 17) with our innovative solutions for drones tailored to your needs! Visit our stand to see the DJI Agras T10 drones for agriculture and the DJI Enterprise Mavic 3 Multispectral drone for surveys, the perfect combination for precision agriculture.
FORLENER is the Italian fair that has been showcasing the entire supply chain for forestry, wood and energy since 2001. An organic exhibition event, from forestry mechanization to the energy valorisation of woody biomass through appliances and systems for domestic heating and cogeneration.
Come and visit us at Pavilion A Stand 17 in Erba (CO) at Lariofiere
