Home Automation Creations recommends the YARBO GPS robot snowblower since it’s 2 stage, easy to use from your phone and you can adjust how far you want the snow thrown. (Note: As an Amazon Associate I earn from qualifying purchases.)
YARBO makes a fantastic robotic snowblower which, as a base model, does an excellent job of keeping walkways and driveways cleared of snow both during snowstorms and afterwards. The robotic snowblower uses sensors which helps it avoid obstacles and GPS to keep it on track. They run about $4000 on Amazon, where you can read a full list of features.
If you’re looking for a full service robot, YARBO also offers the model in a modular package for $7000. This effectively makes it a robotic snow blower, lawnmower, and leaf blower all in one.
More About Robotic Snow Blowers
As winter weather becomes more unpredictable and snowfall events grow heavier in many regions, homeowners are increasingly turning to robotic snow blowers as a practical, hands-free solution to seasonal snow removal. These innovative machines offer a blend of convenience, safety, and efficiency that traditional snow-clearing tools can’t match.
One of the primary benefits of robotic snow blowers is time savings. Instead of waking up early to shovel before work or interrupting your day to clear fresh accumulation, you can program a robotic snow blower to operate automatically. Many models use scheduling features or smart-home integration, allowing them to start clearing as soon as snow is detected. This ensures driveways and walkways remain passable without constant supervision.
Another key advantage is improved safety. Shoveling heavy, wet snow is physically demanding and can increase the risk of strain or injury, especially for older individuals or those with underlying health conditions. Robotic snow blowers handle the tough labor, reducing the need for manual exertion in slippery, cold conditions. They also eliminate the risks associated with gas-powered equipment, such as fumes or handling fuel.
Robotic snow blowers also contribute to greater efficiency and consistency. Equipped with sensors, mapping technology, and all-terrain mobility, they can navigate complex driveway shapes and operate in low visibility conditions like early mornings or heavy snowfall. Their electric power systems are typically quieter and more eco-friendly than gas engines, reducing both noise pollution and carbon emissions.
Additionally, these devices offer long term cost effectiveness. While the initial investment may be higher than a traditional blower, the reduced maintenance, absence of fuel costs, and increased durability can make an investment like this one more economical over time.
