Skytech Havacılık provides drone‑based precision agriculture services that autonomously spray liquids and granules while mapping field conditions in real time. Using XAG P100 Pro drones with RTK navigation, multispectral sensors, and obstacle‑avoidance radar, they deliver centimeter‑level application accuracy, reduce input waste, and generate actionable agronomic data for commercial farms and agribusinesses.
Funding
Funding not disclosed
Founders
Product
Problem
Farmers often rely on manual, ground‑based spraying and fertilizing methods that are labor‑intensive, imprecise, and waste large amounts of inputs, leading to higher costs and environmental impact.
Solution
Skytech Havacılık offers drone‑based precision agriculture services using XAG P100 Pro drones equipped with RTK GPS, lidar, multispectral cameras, and advanced obstacle‑avoidance radar. The drones autonomously spray liquids and granules with peristaltic pumps and adjustable nozzles, delivering exact application rates while mapping field conditions in real time. Data collected during flight are processed on‑board and transmitted to a cloud platform where agronomists can generate actionable reports on coverage, input usage, and field health. By integrating these drones into existing farm operations, growers achieve higher yields, lower input consumption, and faster field coverage without needing specialized piloting skills.
Target Audience
Primary customers are commercial farms, large‑scale growers, and agribusiness service providers seeking to automate spraying, fertilizing, and field mapping for increased efficiency and sustainability.
Features
- RTK navigation delivering ±2.5 cm positioning accuracy for centimeter‑level spray placement
- 360° radar and lidar‑based obstacle‑avoidance system enabling safe autonomous flight in complex terrain
- Dual‑mode dispensing: 50 L liquid tank (up to 22 L/min) and 80 L granule hopper (up to 150 kg/min) with peristaltic pumps and adjustable nozzles for uniform distribution
- Multispectral camera and sensor suite (IMU, barometer, lidar) for real‑time field mapping, terrain analysis, and variable‑rate application
- High‑capacity 20 000 mAh (962 Wh) battery with rapid 11‑minute charge and smart battery‑management system for extended operation
- Modular, compact design requiring minimal maintenance and supporting rapid field deployment
- Offline Wi‑Fi networking mode with RTK support for operations in areas without internet connectivity