Hayward TigerShark Anti-Vortex Handle Assembly | RCX97007

Restore the stability and debris-trapping efficiency of your robotic pool cleaner with the Hayward RCX97007 Anti-Vortex Handle Assembly. This genuine OEM replacement part is designed specifically for the Hayward TigerShark series of robotic cleaners. Finished in a Dark Gray color, this handle is more than just a carrying point; it is a critical aerodynamic component that ensures the cleaner remains pressed against the pool floor for optimal scrubbing.

Robotic cleaner handles are subject to significant stress from being lifted out of the water and constant exposure to UV rays and chemicals. A cracked or broken handle can affect the cleaner’s balance, causing it to "float" or tip over, and makes retrieving the unit from the water difficult and potentially damaging to the power cord.

Features

Anti-Vortex Hydrodynamic Design: This handle is engineered with a specific profile that works with the water flow of the cleaner's internal pump. It helps create downward pressure, preventing the unit from losing traction or floating away from the pool surface during its cleaning cycle.

Durable Reinforced Construction: Manufactured from high-impact, weather-resistant plastic. The RCX97007 is built to handle the weight of a water-filled TigerShark without flexing or snapping, ensuring safe and easy transport from the pool to the equipment pad.

Precision Fit for TigerShark Series: Specifically designed to snap into the existing mounting points on the TigerShark chassis. The Dark Gray finish provides a sleek, modern look that matches the original aesthetic of the TigerShark and TigerShark QC (Quick Clean) models.

UV and Chemical Resistance: The material is treated to resist the "chalking" and brittleness caused by intense sunlight and the corrosive effects of chlorine or salt water. This ensures the handle remains structurally sound and comfortable to grip over many seasons.

Genuine Hayward OEM Part: Choosing the factory-original RCX97007 ensures that the balance and buoyancy of your robot remain within original design specifications. Using non-OEM handles can lead to poor cleaning coverage or mechanical strain on the drive motors.

Specs