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Godstone sinkhole update

A sinkhole near Godstone is being stabilised after a burst water main, with diversions and borehole work continuing as engineers map underground features.

August 20, 2025 at 09:40 AM
blur Godstone sinkhole linked to burst water main, engineers say

Boreholes into sandstone beneath Godstone reveal a maze of tunnels as engineers work to stabilise a sinkhole caused by a burst water main.

Godstone sinkhole linked to burst water main, engineers say

A sinkhole near Godstone is linked to a burst water main. Engineers say they have driven boreholes more than 30 metres deep into the sandstone beneath the village to understand the subsurface conditions while stabilising the ground around a busy road used by heavy vehicles. Work is complicated by underground electrical cables and gas and water pipes, and teams are planning to prevent any future collapse as traffic continues to flow around the site.

Beneath Godstone lies a network of tunnels dating back to the 1800s when the area’s sand was mined to supply glass makers. Unofficial mines dug under gardens created a tangled underground map that now tests the engineers’ skills and patience. The BBC confirmed that one tunnel in the area is still accessible via a locked entrance but has refused to disclose its location to deter trespass. A local businessman said he recently entered a tunnel and shared a photo of a preserved space cut into the sandstone. As diversions push travel times around the hole, residents are watching the ground as closely as the road above it.

Key Takeaways

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Sinkhole linked to burst water main triggers road diversions
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Underground tunnels date back to 1800s mining and add complexity
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Historic subsurface features complicate modern engineering work
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Active utilities increase safety risks for workers and drivers
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Locked tunnels indicate balancing access with safety and vandalism prevention
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Public communication on timelines and safety measures is essential
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Subsurface risk awareness may rise in rural infrastructure planning

"Sometimes you find one, sometimes you miss them"

Comment on hidden tunnel networks under the village

"We have to make sure when we've finished this thing doesn't fall down again"

Engineer stressing safety after excavation

"Because this is a busy road, normally, with big lorries coming through"

Impact on traffic and daily life due to diversions

"I had never dealt with an engineering problem like it"

Local business owner describes the challenge

The case shows how heritage and modern infrastructure collide in rural England. The old tunnels beneath the village add a layer of risk that goes beyond a standard landslip or water main burst. That complexity matters for budgeting, planning, and public reassurance. It also highlights how a single utility failure can ripple into traffic disruption and long repair timelines. As crews stabilise the site, officials must explain timelines clearly while balancing safety, access, and the preservation of underground remnants that tell a local history.

In the long run, the Godstone incident may prompt a rethink of subsurface risk assessments in similar villages. A future plan could require more comprehensive mapping of underground features before major repairs, ensuring that heritage and safety advance together rather than against each other.

Highlights

  • The ground keeps a secret network
  • Old tunnels still shape today’s work
  • Underground history complicates every dig
  • Tunnels beneath the village ask tough questions

Public safety risk from subsurface features

The Godstone sinkhole case highlights hidden underground features and infrastructure that can complicate repairs. The presence of old tunnels and active utilities creates safety risks for workers and nearby traffic.

The ground beneath Godstone will keep testing planners and engineers as it reveals its hidden past.

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