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Comprehensive Technical Service
Substitute Drone Service
Instant Drone Control Tracking Service
Services
SERVICES IN AGRICULTURE
For greenhouses of 100 acres or more, we offer professional shade gel application. Our highly efficient drones cover your large areas in a short time and precisely, helping your plants to grow healthy. Shade gel protects your plants from extreme temperatures and ensures optimum photosynthesis conditions. Our expert team reduces your costs and increases your yield with innovative application methods. Achieve maximum productivity and product quality in your greenhouses with shade gel application.
500 acres and above, we offer effective and fast pesticide solutions for your agricultural lands. Thanks to our advanced drone technology, we ensure that you get effective results in the fight against pests by spraying your large areas evenly and precisely in a short time. Our modern drones perform at high performance even in the most challenging conditions, protecting the health of your plants and increasing your yield. Our professional team performs spraying operations in a safe and environmentally friendly manner using the latest techniques. Get maximum protection and efficiency in your agricultural lands with our pesticide spraying services.
Using the power of artificial intelligence, we optimize agricultural production. Our algorithms quickly process soil analysis, weather and crop data to make recommendations to farmers to manage their fields in the most effective way. This optimizes water and fertilizer consumption, increases yields and improves harvest quality.
Our drones enable fast and efficient monitoring and management of agricultural fields. These drones monitor important parameters such as plant health, water needs and pests. Furthermore, thanks to AI-powered algorithms, drones can distribute fertilizers and pesticides at optimal times. This helps farmers increase productivity and reduce costs.
ENGINEERING AND SIMULATION SERVICES
We offer strength, vibration, collision and thermal analysis services for structural parts and rigid bodies. Using advanced engineering software and simulation techniques, we study in detail the performance of these components under various conditions. Strength analysis determines the mechanical strength of materials, while vibration analysis evaluates their dynamic behavior. Crash analyses measure safety in impact and impact situations, while thermal analyses reveal heat dissipation and temperature effects. We present the results of all these analyses in comprehensive and understandable reports to support your engineering decisions.
We offer fluid and thermal analysis services for unmanned aerial vehicles and similar mobile vehicles. Using advanced engineering software and simulation techniques, we study the aerodynamic performance and heat dissipation of these vehicles in detail. Fluid analysis determines the interaction of vehicles with airflow and their coefficients of resistance, while thermal analysis evaluates temperature distribution and heat management under various operating conditions. We present the results of these analyses in comprehensive and understandable reports to optimize the performance and ensure the safety of vehicles.
We offer comprehensive aerodynamic and flight performance calculations for UAV1 and UAV2 class unmanned aerial vehicles. Using advanced simulation techniques and engineering software, we analyze in detail the interaction of these vehicles with the airflow, lift and drag forces, maneuverability and overall flight dynamics. Aerodynamic analyses enable design and performance optimization of UAVs, while flight performance calculations help you make efficiency and safety assessments in different flight scenarios. We present the results of these analyses in comprehensive and understandable reports to support your engineering decisions.
We offer user and mission-specific fixed and rotary wing unmanned aerial vehicle manufacturing services. Using advanced engineering and design techniques, we develop UAV solutions that best suit customer needs and mission requirements. Fixed-wing UAVs offer the advantage of long range and high speed, while rotary-wing UAVs provide vertical take-off and landing capability and superior maneuverability in tight spaces. Both types of UAVs can be customized to address various application areas. Our professional team designs and manufactures reliable, efficient and user-friendly unmanned aerial vehicles using the latest technologies. Increase your operational efficiency with our mission-oriented solutions.
We offer parts design, manufacturing methods and material identification services for UAV1 and UAV2 class vehicles. Our team of experts develops innovative parts using advanced engineering and design techniques to meet the performance and durability requirements of unmanned aerial vehicles. In the part design process, we consider critical factors such as aerodynamics, structural strength and weight optimization. In manufacturing methods, we use modern techniques such as 3D printing, CNC machining, injection molding and composite material technologies to ensure high precision and quality. In the material identification phase, we select lightweight and durable materials that are suitable for the function of each component. By presenting the results of all these processes in detailed reports, we help you achieve the best results in your UAV projects.
We offer 3D product and environment simulation services. Using advanced 3D modeling and simulation software, we bring your products and working environments into the virtual environment. In this way, you can optimize your design and engineering processes by visualizing the real-world performance and interactions of your products in advance. 3D simulation allows you to detect design errors at an early stage while reducing prototype costs. It also enables you to produce high-quality visualizations and animations for training and marketing materials. With 3D product and environment simulation, we help you manage your projects in a more efficient, effective and visually rich way.
Using the power of artificial intelligence, we optimize agricultural production. Our algorithms quickly process soil analysis, weather and crop data to make recommendations to farmers to manage their fields in the most effective way. This optimizes water and fertilizer consumption, increases yields and improves harvest quality.
Application of shade gel to 100 acres of greenhouses and above
For greenhouses of 100 acres or more, we offer professional shade gel application. Our highly efficient drones cover your large areas in a short time and precisely, helping your plants to grow healthy. Shade gel protects your plants from extreme temperatures and ensures optimum photosynthesis conditions. Our expert team reduces your costs and increases your yield with innovative application methods. Achieve maximum productivity and product quality in your greenhouses with shade gel application.
500 acres and above pesticide application
500 acres and above, we offer effective and fast pesticide solutions for your agricultural lands. Thanks to our advanced drone technology, we ensure that you get effective results in the fight against pests by spraying your large areas evenly and precisely in a short time. Our modern drones perform at high performance even in the most challenging conditions, protecting the health of your plants and increasing your yield. Our professional team performs spraying operations in a safe and environmentally friendly manner using the latest techniques. Get maximum protection and efficiency in your agricultural lands with our pesticide spraying services.
Artificial Intelligence Assisted Agriculture
Using the power of artificial intelligence, we optimize agricultural production. Our algorithms quickly process soil analysis, weather and crop data to make recommendations to farmers to manage their fields in the most effective way. This optimizes water and fertilizer consumption, increases yields and improves harvest quality.
Precision Agriculture with Drone Technology
Our drones enable fast and efficient monitoring and management of agricultural fields. These drones monitor important parameters such as plant health, water needs and pests. Furthermore, thanks to AI-powered algorithms, drones can distribute fertilizers and pesticides at optimal times. This helps farmers increase productivity and reduce costs.
Strength, vibration, collision, thermal analysis and reporting of structural parts and rigid bodies
We offer strength, vibration, collision and thermal analysis services for structural parts and rigid bodies. Using advanced engineering software and simulation techniques, we study in detail the performance of these components under various conditions. Strength analysis determines the mechanical strength of materials, while vibration analysis evaluates their dynamic behavior. Crash analyses measure safety in impact and impact situations, while thermal analyses reveal heat dissipation and temperature effects. We present the results of all these analyses in comprehensive and understandable reports to support your engineering decisions.
Reporting on unmanned aerial vehicles and similar moving vehicles together with fluid and thermal analysis
We offer fluid and thermal analysis services for unmanned aerial vehicles and similar mobile vehicles. Using advanced engineering software and simulation techniques, we study the aerodynamic performance and heat dissipation of these vehicles in detail. Fluid analysis determines the interaction of vehicles with airflow and their coefficients of resistance, while thermal analysis evaluates temperature distribution and heat management under various operating conditions. We present the results of these analyses in comprehensive and understandable reports to optimize the performance and ensure the safety of vehicles.
Aerodynamic and flight performance calculations for UAV1 and UAV2 class vehicles
We offer comprehensive aerodynamic and flight performance calculations for UAV1 and UAV2 class unmanned aerial vehicles. Using advanced simulation techniques and engineering software, we analyze in detail the interaction of these vehicles with the airflow, lift and drag forces, maneuverability and overall flight dynamics. Aerodynamic analyses enable design and performance optimization of UAVs, while flight performance calculations help you make efficiency and safety assessments in different flight scenarios. We present the results of these analyses in comprehensive and understandable reports to support your engineering decisions.
User and mission-specific fixed and rotary wing unmanned aerial vehicle production
We offer user and mission-specific fixed and rotary wing unmanned aerial vehicle manufacturing services. Using advanced engineering and design techniques, we develop UAV solutions that best suit customer needs and mission requirements. Fixed-wing UAVs offer the advantage of long range and high speed, while rotary-wing UAVs provide vertical take-off and landing capability and superior maneuverability in tight spaces. Both types of UAVs can be customized to address various application areas. Our professional team designs and manufactures reliable, efficient and user-friendly unmanned aerial vehicles using the latest technologies. Increase your operational efficiency with our mission-oriented solutions.
Component design, production methods and material determination for UAV1 and UAV2 class vehicles
We offer parts design, manufacturing methods and material identification services for UAV1 and UAV2 class vehicles. Our team of experts develops innovative parts using advanced engineering and design techniques to meet the performance and durability requirements of unmanned aerial vehicles. In the part design process, we consider critical factors such as aerodynamics, structural strength and weight optimization. In manufacturing methods, we use modern techniques such as 3D printing, CNC machining, injection molding and composite material technologies to ensure high precision and quality. In the material identification phase, we select lightweight and durable materials that are suitable for the function of each component. By presenting the results of all these processes in detailed reports, we help you achieve the best results in your UAV projects.
3D product and environment simulation
We offer 3D product and environment simulation services. Using advanced 3D modeling and simulation software, we bring your products and working environments into the virtual environment. In this way, you can optimize your design and engineering processes by visualizing the real-world performance and interactions of your products in advance. 3D simulation allows you to detect design errors at an early stage while reducing prototype costs. It also enables you to produce high-quality visualizations and animations for training and marketing materials. With 3D product and environment simulation, we help you manage your projects in a more efficient, effective and visually rich way.
DRONE TECHNOLOGY
Drone spraying is a method that increases productivity in the agricultural sector. This technology enables precise and fast spraying, saving time and resources, while increasing agricultural productivity and product quality.
Since drones have the ability to spray directly on targeted areas thanks to precise spraying techniques, they save water by ensuring more efficient and less use of water. This method minimizes the waste of water while increasing productivity in agricultural areas with the optimum use of water.
Drone technology enables fertilizer optimization in agricultural lands by precise fertilizer application. By applying fertilizer to precisely determined areas, it increases productivity by using the right amount of fertilizer and supports environmentally friendly agricultural practices.
Drones are used to detect and control pests in agricultural areas, enabling more effective control. By detecting insects through sensitive sensors and cameras, it helps to control pests with targeted spraying. This leads to minimized damage through direct intervention and a more efficient agricultural practice.
Drones contribute to environmentally friendly agricultural practices thanks to their precise and targeted spraying capabilities. By applying the right amount of pesticides to the right areas, this technology reduces chemical use and supports sustainable agriculture by minimizing environmental impacts.
With precise and targeted spraying methods, drones improve product quality by applying pesticides directly to the areas where plants need them. This technology protects the health of plants by fighting pests more effectively and helps to ensure quality products.
Drones enable fast decision-making in agricultural areas thanks to their sensors and data collection capabilities. With real-time data analysis, they quickly provide information to agricultural experts, helping them make the right decisions and enabling timely intervention. This increases efficiency in agricultural processes.