Solar-powered robotic pool skimmers promise effortless, eco-friendly cleaning of your pool’s surface. These devices float on the water and use solar energy to drive motors that collect leaves, insects, and surface debris. But do they work well in all environments—and what happens when it’s cloudy or rainy? This guide covers: How solar robotic skimmers function

Robotic leaf skimmers offer a hassle-free way to keep your pool surface clear day-to-day. But after a storm—when your pool might look like a leafy swamp—can these devices really keep up? In this guide, we’ll look at how robotic skimmers perform in post-storm conditions, when you’ll need to step in manually, and how to integrate

Robotic leaf skimmers are designed to float on the water and quietly sweep away leaves, insects, and surface debris. They’re incredibly convenient for keeping your pool surface clean. But a common question arises: can you leave them in the pool 24/7? This guide answers that question clearly by looking at manufacturer guidance, real-world usage conditions,

Robotic pool cleaners are designed to withstand water, chlorine, and general outdoor exposure—but does that mean it’s okay to leave them in your pool for days or weeks at a time? This guide breaks down what manufacturers actually recommend, when it might be okay to leave the robot submerged, and when it’s better to take

Not all robotic pool cleaners are built to handle every kind of debris equally. Some struggle with heavy leaf loads, while others might miss the ultra-fine dust that clouds your pool water. Whether you own a pool near trees, live in a dusty area, or experience both, choosing the right robotic cleaner can make maintenance

If you’ve recently bought or are researching a robotic pool cleaner for your above ground pool, you’ve probably come across terms like active brushing and passive rollers. Some models spin their brushes to physically scrub your pool’s surface, while others skip the scrub entirely and let suction do the heavy lifting. So do you really

Inground pools are typically deeper, larger, and collect more debris than above-ground or onground pools. Because of that, robotic pool cleaners for inground pools must work harder—and smarter. One of the most overlooked yet important features? Flow rate. It directly affects suction power, cleaning speed, and overall efficiency. This guide breaks down: What flow rate

Pebble-finished pools—like those using Pebble Tec, Pebble Sheen, or exposed aggregate—are built to last and bring natural, earthy beauty to backyard designs. These pools resist staining, hide minor imperfections, and provide exceptional slip-resistance. But they come with one big challenge: they’re tough on pool cleaners. The rough, irregular surface can wear out brushes and wheels,

With slick surfaces and delicate grout lines, tile pools pose challenges that most robotic cleaners aren’t equipped to handle. Cleaners without proper traction slip off the walls. Units with stiff bristles may scuff the tile or wear down the grout prematurely. And poor navigation can leave your pool looking clean in parts—but filthy in others.

Fiberglass pools are known for their sleek surface, quick installation, and low-maintenance upkeep. Their smooth, gel-coated finish resists algae buildup and makes brushing easier—but it also presents unique challenges for robotic pool cleaners. Unlike rougher surfaces like plaster or pebble, fiberglass is slippery and more delicate. This means the wrong robotic pool cleaner can either