LG Refrigerator Making Too Much Ice

Stop production before overflow

Use the exact model control to turn off the affected ice maker. LG refrigerators may have door, freezer, and Craft Ice systems with separate controls, so identify which bin is overfilling.

Remove loose excess ice safely and keep hands away from augers and harvest mechanisms. If water leaks or a sheet of ice forms, shut off the supply as needed and use LG ice maker leaking water.

Confirm the bin is actually overfull

A mound directly beneath the drop point can look excessive while empty space remains elsewhere. Do not manually redistribute ice while the mechanism can start. Turn it off, remove the bin, and inspect level and clumping.

Compare behavior with the model manual’s normal capacity. Large batches after initial installation or an emptied bin may be normal until the sensing threshold is reached.

Production that continues with ice pressing against the maker or spilling outside the bin is abnormal.

Seat the bucket correctly

Remove and reinstall the bin using the exact model procedure. It should sit flush on rails and engage its drive interface without force. An unseated bin may sit outside the expected sensing position.

Clear packages behind or beneath it. Do not place bagged ice, scoops, liners, or containers where the sensor expects open space.

If the bucket is stuck, use LG ice bucket stuck, not leverage.

Inspect the sensing area

Some designs use a mechanical shutoff arm; others use optical or electronic sensing. Identify the system from the manual. Look for accessible ice, frost, food, or a scoop interfering with it.

Do not bend, tape, hold, paint, or bypass a sensing arm or window. Clean accessible optical areas only by LG-approved methods and keep liquids from electronics.

A broken, loose, or unresponsive sensor assembly belongs to service.

Remove clumped ice

Fused cubes can bridge above empty space and confuse either physical movement or how the owner perceives bin level. Turn off dispensing, remove the bucket, discard clumps, wash as directed, and dry fully.

Do not strike cold plastic or use knives. Follow LG ice clumped or stuck in chute if the blockage reaches the dispenser path.

Correct freezer temperature, door closure, and chute-flap issues that cause repeated melting and refreezing.

Verify the correct controls

Check whether both conventional and Craft Ice makers are enabled. A household member may have turned on a second system or changed an ice-production mode. Review the panel and ThinQ settings supported by the model.

Do not enter service modes or repeatedly press test buttons. A test can force a cycle and add ice despite the full-bin question.

Record the current settings before changing one variable at a time.

Allow a controlled retest

After clearing and seating the bin, leave a normal amount of ice positioned as the manual expects, restore the ice maker, and observe. Do not place hands near moving parts.

Record whether production stops at the correct threshold. One cycle already underway may complete after the bin becomes full, so judge repeated continued cycles rather than one final drop.

Turn it off again if overflow resumes.

Consider recent moves or repairs

Moving the refrigerator, removing the door, replacing the bin, or servicing the ice maker can disturb alignment, wiring, or parts. Compare the installed components with the service documentation.

Do not assume a replacement bucket is correct merely because it fits the opening. Model-specific geometry can affect sensing.

Save part numbers, technician reports, and the first date overproduction appeared.

Distinguish too much ice from too much water

Too much ice means normal-looking cubes continue beyond bin capacity. Too much water can create oversized cubes, frozen sheets, icicles, or overflow around the tray.

The second branch points toward fill volume, valve closure, pressure, tray, or control. Turn off ice making and contain water.

Photographs of cube shape and leak location help service distinguish the two.

Avoid common false fixes

Do not partly close the water valve to slow ice production. This can create poor fills without correcting sensing. Do not buy a water filter, bend an arm, tape an optical window, or permanently leave the bin misseated.

Do not discard ice repeatedly while allowing the machine to continue. Turn it off and diagnose the full-bin stop system.

Avoid unofficial control combinations that can change unrelated settings.

When service is required

Request LG or qualified service when a correctly seated clear bin continues overflowing, the sensor or arm is damaged, production continues with the control off, water overfills the tray, wiring is exposed, or the symptom began after internal repair.

Provide the complete model, ice-maker location, settings, bin part, photos, and controlled-test results. Leave the affected ice maker off until corrected.

Prevent recurrence

Keep the correct bucket seated, store the scoop only where the design provides, avoid foreign items in the bin, refresh clumped ice, and maintain door and chute seals.

Teach household members which control operates each ice maker. Save normal full-bin photos and settings in HomeMemory as a reference.

Inspect after moves, power interruptions, and bin cleaning before allowing unattended production.

Record normal capacity and stop behavior

Once corrected, photograph the bin at the level where production normally stops. Note whether one final harvest completes and how long the maker remains idle afterward. This becomes a model-and-household baseline for future reports.

Do not measure capacity by compressing or leveling cubes with your hand near the mechanism. Turn the maker off before inspecting. If the household removes large amounts for parties, record that event so rapid refill is not mistaken for uncontrolled production.

Review the bin after cleaning because a scoop or liner may have been returned to the sensing zone. A thirty-second position check can prevent days of unnecessary production.

Final Verdict

LG ice overproduction is usually a bin-position, obstruction, clumping, setting, or full-bin sensing problem. Stop the affected maker, clear and reseat the bucket, protect the sensor area, and observe a controlled cycle. Continued overflow requires model-specific service, not water restriction or a filter purchase.