The SoilDrops controller requires a 2.4GHz Wi-Fi connection (not compatible with 5GHz networks). However, it doesn’t need much bandwidth—just a basic, stable signal is enough for it to stay connected and operate efficiently. For best performance, ens
No problem! In the SoilDrops app, you can add all the plant types in your zone, and our AI will automatically select the highest soil moisture requirement to ensure proper watering. Want more control? You can also customize your ideal soil moisture l
Our sensors are highly accurate—each one is individually calibrated and tested before shipping to ensure precise readings.
Remove the sensor from the soil. Press the button on the sensor—if the LED doesn’t turn on, replace the battery. If the LED is on, move the sensor closer to the controller in case it’s out of range. If the sensor is next to the controller but still n
In the SoilDrops app, go to: Settings → Sensor Health. Here, you can check the last time data was sent from the sensor. If you notice a weak signal or unstable data, consider adding a booster to improve connectivity.
Yes! Our sensors and controller comply with all FCC and IC regulations, ensuring they meet strict safety standards for both radiation levels and wireless communication. They operate on low-power frequencies, similar to Wi-Fi and Bluetooth, making the
Yes! SoilDrops is designed to replace any standard irrigation controller, making it compatible with all existing systems.
Yes! You can create manual schedules just like a traditional irrigation controller, but with a simpler, app-based interface. Plus, we offer a web URL, so you can access your irrigation controller from any device, anytime.
Soildrops AI continuously analyzes moisture levels from your sensors and factors in weather forecasts to create the perfect watering schedule. It automatically adjusts based on real-time conditions, ensuring your lawn gets just the right amount of wa
The EPA estimates that 30% of residential irrigation is wasted due to overwatering. In our beta testing, SoilDrops users saved 20–30% on their water bills immediately.
The starter kit includes:.
The batteries last 1.5 to 2 years and are easily replaceable. We use Panasonic CR2477 3V batteries, which are widely available online.
Just plug it into a wall outlet, and it will automatically pick up signals from nearby sensors and relay them to the controller. For the best performance, place the booster within 50 feet of the sensors that need a signal boost. You can use up to two
No, the sensor is 1.5 inches high, while most mowers are set between 2–5 inches. As long as the sensor is fully inserted into the soil, it won’t interfere with mowing. However, we recommend checking with your mower or gardener after installation to e
For sprinkler zones: Place the sensor in the center of the zone to get the most accurate moisture readings.For dripline zones: Position the sensor directly beneath a drip hole at the midpoint of the dripline to ensure it accurately detects irrigation
Without a booster, sensors have a range of about 50–80 feet. However, walls—especially concrete or metal—can reduce this range. Adding a booster easily extends coverage to over 300 feet.
Sensors: Rated IP68, meaning they are fully dustproof and can be submerged in water for extended periods without damage.Controller: Rated IP65, which means it is protected from dust and low-pressure water jets but should be installed in a covered are