Agriculture
AcuSpray transforms the agriculture industry by utilizing cutting-edge spray drone technology for precise and targeted applications of fertilizers, pesticides, and seeds. Equipped with multispectral imaging, our drones identify early indicators of crop stress, allowing for timely treatments that boost yields and reduce waste. This method improves crop vitality while fostering sustainability by minimizing chemical usage and optimizing resources.
Turf
AcuSpray uses state-of-the-art spray drone technology to deliver precise and efficient turf care for golf courses. Our drones are designed to maneuver through tight areas, such as cart paths and greens, applying treatments with pinpoint accuracy to maintain optimal turf health while reducing chemical use. This precision enhances course quality and promotes eco-friendly turf management by conserving valuable resources.
Conservation & Invasive Species
AcuSpray enhances conservation efforts through the use of advanced spray drone technology, offering targeted treatments to control invasive species and rejuvenate natural habitats. Our drones reach difficult, remote areas with precision, applying eco-friendly solutions that safeguard native ecosystems while minimizing disruption. This strategy helps preserve biodiversity and encourages sustainable land management practices.
Sports
AcuSpray brings advanced spray drone technology to the sports sector, providing the same level of precision and care required for maintaining top-quality sports fields. Our drones apply targeted treatments to manage turf health and control pests, ensuring fields remain in peak condition. This efficient approach optimizes turf management while reducing chemical use and promoting sustainability.
Utilities
AcuSpray utilizes advanced spray drone technology to maintain utility easements, ensuring the land around transmission lines, towers, and other critical infrastructure is properly managed. Our drones deliver precise treatments to control vegetation growth, promoting clear access and preventing disruptions. This efficient approach supports the reliable operation of utilities while minimizing environmental impact.
