water is leaking out from the bottom of the unit onto my counter, not a lot but it's constant.

Diagnosis

A constant, slow drip from the bottom of a Free Village Countertop Ice Maker typically indicates a failure in the internal water circulation loop or a breach in the reservoir seal. Unlike a sudden burst, a slow leak is often caused by "surface tension creep," where water overflows the internal reservoir rim due to an improperly seated tank or a buildup of mineral scale that prevents the tank from flushing flush against the chassis. The root cause is often a hairline crack in the plastic reservoir base or a perished O-ring on the intake valve. When the pump activates to move water to the freezing pins, any gap in the seal allows water to seep into the internal chassis. Because the unit is enclosed, this water pools at the lowest point of the machine's base before eventually leaking out from the bottom seams onto your countertop. You can confirm this by drying the unit completely, placing it on a piece of brown cardboard, and running one cycle; the cardboard will reveal exactly which corner or seam the water is exiting from.

How to Fix It

To resolve the leak and prevent permanent water damage to your cabinetry, follow these precise steps:

1. Power down the unit and unplug it from the wall outlet immediately to prevent electrical shorts. Remove the ice basket and empty all remaining water from the reservoir.
2. Extract the water reservoir and inspect the bottom perimeter. Use a flashlight to look for "stress whitening" (small white lines in the plastic), which indicates a hairline crack. If a crack is found, use a food-grade waterproof epoxy to seal the breach.
3. Inspect the intake valve—the small rubber gasket where the reservoir meets the pump mechanism. If there is slime or mineral buildup, scrub it with a mixture of white vinegar and water using a cotton swab to ensure a vacuum-tight seal.
4. Check the drain plug at the bottom rear of the machine. Ensure the rubber stopper is pushed firmly into its housing and hasn't been displaced by a bump or accidental impact.
5. Perform a "deep flush" by filling the reservoir with a solution of 2 tablespoons of citric acid dissolved in 1 liter of warm water. Run this through a full cycle to clear any calcium deposits that may be causing water to divert over the edges of the internal plumbing.
6. Dry the entire base of the unit with a microfiber cloth and re-seat the reservoir, applying firm downward pressure to ensure it clicks into the locking position.

If That Didn't Work

• Check the Pump Seal: If the leak persists, the internal pump seal may have failed. This requires removing the bottom chassis screws. Inspect the pump housing for moisture; if the pump itself is leaking, the unit must be replaced as the pump is a sealed assembly.
• Level the Unit: If the machine is tilted forward or to the side, water can bypass the internal overflow guards. Use a bubble level on the top of the unit and adjust the surface until it is perfectly flat. Even a 2-degree tilt can cause water to migrate toward the chassis seams.
• Inspect the Condensation Tray: In high-humidity environments, the external casing can collect condensation that drips internally. Ensure the unit is placed in a well-ventilated area with at least 6 inches of clearance on all sides to allow the cooling fans to dissipate heat efficiently.
• Verify Water Levels: Ensure you are not filling the reservoir past the "MAX" line. Overfilling causes the water to crest over the internal spill-guard during the pumping phase, leading to a slow leak from the bottom of the machine.

Heads Up

• Always use distilled or filtered water. Using tap water leads to calcium carbonate buildup, which creates "bridges" for water to travel via capillary action, leading to leaks.
• Never use abrasive scrubbers on the reservoir plastic, as micro-scratches can eventually turn into stress fractures that leak.
• Drain the unit completely and dry the interior every 2 weeks to prevent biofilm buildup, which can clog the intake valve and cause overflows.
• If you notice the ice cubes are smaller than usual alongside the leak, it is a sign that the pump is losing pressure due to a seal leak; address this immediately to avoid motor burnout.