The Potteries emergency mesh
The Potteries' MeshCore emergency network is active and growing. Help strengthen crisis-ready communication across Stoke-on-Trent's six towns and beyond.
Emergency communication the Potteries can depend on
Stoke-on-Trent is a unique city — a federation of six towns spread across the Trent Valley in North Staffordshire. Hanley, Burslem, Tunstall, Stoke, Fenton, and Longton each have their own centre, separated by hills and the upper Trent corridor. This distributed geography means communication infrastructure is spread thin across a wide area. The River Trent, still narrow but fast-flowing here, combined with numerous smaller watercourses, creates persistent flood risk. Surface water flooding hit parts of Hanley and Cobridge during intense rainfall in 2019.
Volunteers have deployed active MeshCore repeaters across the Potteries. The emergency mesh relays encrypted messages without mobile signal, broadband, or mains electricity. Stoke-on-Trent's hilly terrain between the six towns provides natural elevated positions for repeaters that can bridge the valleys and link all six centres into a unified emergency network.
Six towns, one mesh — Stoke's unique advantage
Six towns, one mesh network
Stoke-on-Trent's six towns create a polycentric city where conventional infrastructure must serve multiple centres. The mesh network links Hanley, Burslem, Tunstall, Stoke, Fenton, and Longton together through hilltop repeaters that bridge the valleys between them — creating unified emergency coverage that mirrors the city's unique geography.
Hilltop ridges between the valleys
The land between Stoke's towns rises to form ridges that separate valley communities. These ridgelines — from Sneyd Green to Abbey Hulton, from Hartshill to Basford — are natural repeater positions. A node on any of these ridges can see down into two or more town centres simultaneously, providing resilient emergency coverage across multiple areas.
Upper Trent flood vulnerability
The young River Trent flows through the heart of the city, joined by the Fowlea Brook and Lyme Brook. Flash flooding from these watercourses has struck Hanley, Stoke, and Trentham. The emergency mesh provides communication from hillside positions above the valley floor — where ground-level infrastructure sits in the flood zone.
Post-industrial community resilience
Stoke-on-Trent's pottery heritage has left strong community identity in each of the six towns. This local pride translates into neighbourhood-level engagement with emergency preparedness. Mesh networking fits naturally — each town can maintain its own local coverage while connecting to the wider Potteries network.
Connecting the six towns — how Stoke's mesh works
MeshCore transmits encrypted messages between battery-powered LoRa radio devices on the licence-free 868 MHz band. Messages hop from node to node through the mesh — no mobile mast, no internet, no power grid needed. The Potteries' hilly terrain means hilltop repeaters naturally serve the valley-floor communities in each of the six towns where emergency communication is most needed.
Pair a compact LoRa device (from around £25) with your phone via Bluetooth and message through the emergency mesh. Volunteer-run repeaters bridge the valleys between Stoke's towns. Every new device connects another street to the growing network. Learn more about how mesh networks work.
Town by town across the Potteries
Hanley & Shelton — the city centre hub
Hanley is Stoke-on-Trent's main commercial centre, with the Potteries Centre, Cultural Quarter, and Staffordshire University campus. Taller buildings here provide elevated mesh positions. Nodes in Hanley form the emergency backbone connecting to repeaters on surrounding ridges, linking the city centre with all other towns in the federation.
Northern towns — Burslem & Tunstall
Burslem and Tunstall sit in the northern valleys, connected to Hanley by the ridge through Sneyd Green. These towns have strong community identity and residential density suited to mesh coverage. Repeaters on the high ground at Chell Heath or Fegg Hayes bridge the gap between the northern towns and Hanley's central mesh hub.
Southern towns — Fenton, Longton & Trentham
Fenton and Longton extend southward along the Trent Valley toward Trentham and Stone. The ridge at Mount Pleasant and Normacot provides elevation over both town centres. Expanding emergency coverage southward connects the Potteries mesh toward Stafford and the wider Staffordshire network.
Eastern ridge — Abbey Hulton, Bucknall & Carmountside
The eastern ridgeline from Abbey Hulton through Bucknall offers some of the best elevation in the city, looking west across the entire Potteries basin. A solar repeater on this ridge could serve communities from Bentilee to Birches Head. This corridor also extends toward Cheadle and the Staffordshire Moorlands, bridging urban and rural emergency coverage.
The Potteries under pressure — when the mesh matters
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Flash flooding in the valley towns — Heavy rainfall overwhelms the Trent and its tributaries, flooding low-lying areas across Hanley, Stoke, and Trentham. Ground-level telecoms infrastructure fails first. The emergency mesh relays messages from hillside positions above the flood zone.
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Severe winter weather — North Staffordshire catches weather from both the Pennines and the Welsh hills. Heavy snow and ice regularly disrupt power and transport. Battery-powered mesh devices provide days of emergency communication when hilltop communities lose mains power.
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Infrastructure fragility across six centres — Serving six separate town centres stretches infrastructure thin. A fault at one exchange can cut communication for an entire town while others remain connected. The mesh network bypasses all centralised infrastructure, providing direct device-to-device emergency communication.
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bet365 Stadium and event crowds — Stoke City's stadium and major Potteries events create localised mobile congestion. MeshCore operates on its own LoRa frequency band, keeping emergency communication available regardless of how crowded the mobile networks become.
Connect the six towns — join the Potteries mesh
Get a LoRa device
Choose a MeshCore-compatible device from around £25. Our guide covers personal nodes and weatherproof solar repeaters for the Potteries' exposed ridgeline positions.
Flash and pair
Flash MeshCore firmware (or buy pre-configured) and pair with your phone via Bluetooth. About ten minutes of setup and your device is ready for any emergency.
Bridge the six towns together
Your device joins the Potteries emergency mesh. Hilltop positions between the towns give best coverage. Even a window-mounted node on a ridgeline connects valley communities in two or more towns simultaneously.
Questions about MeshCore in the Potteries
What makes MeshCore useful for emergency preparedness in Stoke-on-Trent?
Stoke-on-Trent's six-town structure and valley geography create infrastructure challenges that conventional networks struggle with. MeshCore works without mobile masts, internet, or mains power — linking all six towns through hilltop repeaters. It's not a replacement for 999, but a practical preparedness tool for maintaining communication when individual town centres lose connectivity.
What range does MeshCore achieve across the Potteries?
In the built-up town centres, expect 500 metres to 2 kilometres between nodes. From ridgeline positions between the towns, line-of-sight range of 5 to 10 kilometres is achievable. The hilly terrain between Stoke's six towns actually helps — hilltop repeaters can see down into multiple valleys at once.
Is MeshCore licence-free in the UK?
Yes. MeshCore operates on the 868 MHz ISM band, fully licence-free under Ofcom regulations. No licence, no registration, no fees. Buy a device and you're part of the emergency network immediately.
Help connect the Potteries — join the mesh
The mesh is live across the Potteries. Whether you're in Hanley or Tunstall, Longton or Burslem, your device bridges the valleys and strengthens emergency coverage for all six towns. From around £25 — no subscriptions, no ongoing costs.