ZODIAC-MX6 POOL CLEANER
Advanced Suction Mechanical Cleaner
The new MX6 is an ultra-efficient pool cleaning robot that features best-in-class vacuum power and programmed navigation for a comprehensively clean pool without the hassle. MX6 boasts an innovative low-flow design so it consumes less energy than any cleaner in its class, making it the ideal cleaner for pools with 2-speed or variable-speed pumps.
Cyclonic Suction - Provides powerful suction and aggressive wall climbing.
X-Drive Navigation - Intelligent bi-directional navigation to thoroughly clean floor, walls, and waterline.
Optimized Flow Control - Automatically controls excess flow through cleaner for optimal performance and longevity.
Low-Flow Energy Efficient Design - Ultra efficient operation. Best choice for variable-speed and 2-speed pumps and solar.
Flex Power Turbine - Articulating turbine blades provide ultra-efficient operation, even on low-flow pumps.
Easy-Grip Handle - For easy removal and transport.
Quick Connect - Enables quick secure attachment to cleaner head.
Twist Locking HOSE - Provides simple connection and reduces vacuum loss.
Product: Pool Cleaning System
Pool Type: In-ground
Cleaner Type: suction cleaning robot
Connection: Skimmer or 1.5" Vacuum Line
Hose Type: Advanced Twist Lock Hose
Traction: X-Drive Technology with X-Trax
Pool Surface(s): Concrete, Tile, Vinyl and Fiberglass
X-drive technology intelignt sngl navigation cntrl
16 cleaning paths
Flex power turbine
Game currently offers delivery to any South African residential or business address, excluding PO Boxes and the areas listed below. Our Standard delivery is 3-5 working days. On occasion, due to delays outside of our control, deliveries may take longer. We will make every effort to deliver on time and keep you updated throughout the process.
Regretfully, we are not able to deliver to these areas:
- Cross Roads
Please note that if your order is made up of multiple items there is a possibility of a split delivery. This is due to items being stocked in different distribution sites.