SMART UPGRADES

Smart irrigation controllers are WiFi-enabled devices (like Rachio) that automatically adjust your watering schedule based on real-time weather data, soil moisture, plant types, and sun exposure. Unlike traditional timers that run on a fixed schedule, smart controllers can skip watering when it rains, reduce watering during cooler weather, and optimize every zone for maximum efficiency. Most DFW homeowners save 30-50% on their water bills while maintaining healthier landscapes.

Typical DFW homeowners save 30-50% on outdoor water usage after upgrading to a smart irrigation system. With average Dallas-Fort Worth water bills ranging from $80-200/month during irrigation season, this translates to $300-1,200 in annual savings. Most systems pay for themselves within 12-18 months through reduced water consumption alone.

Yes, most smart controllers and precision upgrades are designed to retrofit existing irrigation systems. Smart controllers like Rachio replace your current timer and work with your existing valves and wiring. We can also upgrade individual components like nozzles, flow meters, and pressure regulation without replacing your entire system. During our free estimate, we assess your current system's compatibility and recommend the most cost-effective upgrade path.

Some North Texas cities offer rebates for water-saving irrigation upgrades — programs and amounts vary by city. For example, the City of Allen offers rebates through their H2Ome program. Check with your local water provider for current availability. We can help with paperwork for any qualifying programs.

Most smart controller installations take 1-2 hours, including WiFi setup and zone configuration. We typically complete the installation, connect it to your home network, configure all zones with proper soil type and sun exposure settings, and train you on using the mobile app in a single visit. Complete system upgrades that include flow meters, pressure regulation, and nozzle replacements typically take a full day depending on system size and complexity.