Malibu Crater Swallows Cage’s Driveway

A 30-by-30-foot sinkhole ripped through a Malibu driveway tied to actor Nicolas Cage after pounding surf and erosion undermined the ground beneath it.

Story Snapshot

Early-morning collapse on Sea Level Drive exposed a giant sinkhole and ruptured gas line.
Fire officials linked the failure to high surf and coastal erosion; the home was vacant.
City assessments warn this stretch of Malibu faces steady shoreline retreat and rising risk.
Nearby properties were inspected and some were red-tagged amid wider instability reports.

What Happened On Sea Level Drive

Los Angeles County fire and sheriff’s crews rushed to the 31600 block of Sea Level Drive at about 5:45 a.m. after a report of a possible gas main break. Responders found a collapsed driveway with a roughly 30-by-30-foot sinkhole at an oceanfront home reportedly linked to actor Nicolas Cage. A utility crew addressed the gas infrastructure issue as officials secured the area. No injuries were reported, and officials said the residence was unoccupied during the collapse.

City officials and news crews documented damage along the private road near Point Lechuza as waves continued to hit the shore. Fire officials connected the failure to coastal erosion driven by high surf and high tides. Local reports the same morning described other driveway failures nearby, with authorities red-tagging several beachfront homes pending engineering reviews of structural support and access. The sequence shows how fast water can undercut fill and pavement when support soils wash away.

Why This Stretch Keeps Failing

Malibu’s own coastal vulnerability assessment explains why this area keeps breaking down. The city warns that sea-level rise, storm surge, and tidal flooding will push the shoreline landward and increase beach and cliff erosion over time. State and regional coastal analyses have long flagged Lechuza and adjacent beaches for chronic retreat, with some locations averaging about a foot of shoreline loss per year over long periods. These trends raise risks for driveways, utilities, and access roads built near the edge.

Engineering records also show that local site choices can worsen instability. Past California Coastal Commission reports cite how poor drainage, sparse root cover, and some rock revetments can shift wave energy and weaken nearby bluffs and fill pads. When heavy surf arrives, storm waves strip sand, expose buried edges, and scour support soils under slabs. That process can leave pavements hanging over voids that then drop without much warning once the last support gives way.

Public Safety And Utility Risks

Gas and power lines often run beneath coastal driveways and private roads. When the ground slumps, those lines can stretch, break, or vent, which triggers emergency responses like Tuesday’s callout. Utility crews first make the site safe. Firefighters then assess for further collapse and keep people away. Red tags on nearby homes do not mean a total loss. They block entry until engineers confirm that foundations, footings, and access routes are sound enough for safe use.

A massive nine-metre-wide sinkhole has opened beneath a Malibu beachfront mansion linked to actor Nicolas Cage.

The hole swallowed the driveway, chunks of road and even a port-a-loo, before triggering a gas leak.

Powerful surf and coastal erosion are believed to have caused the… pic.twitter.com/KYcikGeo58

— 10 News (@10NewsAU) September 9, 2026

For residents, the lesson is simple but hard: water always wins. Owners can improve drainage, plant deep-rooted native vegetation, and work with coastal engineers. But stopgap sea walls and ad hoc fixes often move the problem down the beach or buy only short time. City and state planners are weighing living shoreline projects and managed retreat in some zones, because the long-term forces now outlast many quick repairs and raise costs for taxpayers and ratepayers who fund repeated emergency work.

What Comes Next For Malibu

Officials will likely keep parts of Sea Level Drive restricted while crews stabilize edges and check utilities. Inspectors will look for undercut concrete, voids under pavements, and signs of fresh ground movement. Property owners may face soil replacement, deeper footings, tied-back walls, or regraded slopes. Those steps can reduce risk but cannot erase the natural push of waves and rising water. The city’s assessment suggests more events like this are likely without broader adaptation across the shoreline.