Rudra Aqua Ultra

The Rudra Aqua Ultra is a heavy-duty aquatic weed harvester designed to remove water hyacinth, floating weeds, algae, and surface debris from lakes, rivers, ponds, and canals. Built with a rugged stainless-steel structure and hydraulic-powered collection systems, it offers a reliable, high-efficiency alternative to manual lake cleaning. Ideal for municipal bodies, irrigation departments, CSR-driven restoration initiatives, and fish farms, this floating harvester restores natural water flow, improves ecological health, and supports large-scale water body rejuvenation in a time- and cost-efficient manner.

The Aqua Ultra is engineered with a paddle-wheel propulsion system, stainless-steel conveyors, and an adjustable cutting head, making it capable of cutting and collecting weeds up to 4 meters wide and 1.3 meters deep. Its high-capacity storage tank (6–16 m³) allows extended operation before unloading. Precision hydraulic controls and inbuilt sensors manage temperature and pressure, ensuring stable performance. Designed for shallow and vegetative waters, it includes an ergonomic operator cabin with 360° visibility, delivering operator comfort and safe navigation in challenging aquatic environments.

Rudra Aqua Ultra is trusted across environmental, municipal, and private sectors. It’s used for lake restoration, canal desilting, flood control, and the removal of invasive aquatic plants like water hyacinth and duckweed. In aquaculture, it enhances water flow and improves oxygenation by removing weeds and debris. CSR and government projects utilize it for rejuvenating polluted lakes and promoting biodiversity. From urban water bodies to inland waterways, this weed harvester ensures consistent, large-scale aquatic vegetation management with minimal manpower dependency.

Rudra Aqua Ultra offers a sustainable solution for large-scale aquatic cleaning with minimal environmental impact. It reduces the need for large manual teams while increasing output and operational reach. With corrosion-resistant components, customizable trenching and cutting features, and extended runtime capabilities, it’s built for continuous, rugged use in harsh water conditions. The machine not only restores the flow and usability of water bodies but also plays a critical role in reducing pollution, enhancing biodiversity, and supporting long-term ecological balance.