See and Spray
Carbon Bee Smart Striker X
Carbon Bee Precision Agricultural Spray Systems: Advanced See-and-Spray Technology for Sustainable Farming
What is Carbon Bee Smart STriker X
Technology Overview
Carbon Bee’s see-and-spray system revolutionizes sustainable farming by integrating RGB and hyperspectral cameras every 9 feet along the spray boom. This precision farming technology detects weeds and crop health variations in real time, enabling targeted spot spraying that minimizes input waste. The SmartStriker ECU delivers precise nozzle control, ensuring optimal spray accuracy while maximizing efficiency and sustainability in modern agriculture.
Easy Installation
Carbon Bee’s see-and-spray system revolutionizes sustainable farming by integrating advanced cameras every 9 feet along the spray boom. This precision farming technology detects weeds and crop health variations in real time, enabling targeted spot spraying that reduces chemical use and input costs. The SmartStriker ECU ensures precise nozzle control and is ISOBUS-compatible, working seamlessly with TeeJet, Raven, and Capstan systems. While it supports all three, rate modulation is only available with Capstan, maximizing efficiency and accuracy in modern agriculture.
Green on Brown
Carbon Bee's precision spot spraying technology transforms weed management with advanced imaging that distinguishes weeds from bare soil. Using see-and-spray technology, it enables targeted herbicide application, reducing chemical use by up to 90%. This ISOBUS-compatible system enhances sustainable farming by minimizing input costs and environmental impact while maximizing efficiency in modern agriculture.
Green on Green
Carbon Bee's see-and-spray technology redefines precision weed management by distinguishing weeds from crops in real time. Using advanced plant recognition, it enables targeted herbicide application, reducing chemical use while protecting crop health. This intelligent system optimizes inputs, improving both yield potential and sustainability in modern farming.