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FTTP Network Build in Kidsgrove, Staffordshire – 8,792 Homes Passed with XGS-PON

THE PROJECT
AT A GLANCE

FTTP Network Build in Kidsgrove

Kidsgrove, Staffordshire

 

Lightspeed Networks

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Full fibre broadband network build (FTTP)

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XGS-PON fibre deployment

 

8,792 passes

 

Turnkey fibre network delivery including civils, PIA, fibre install, testing and RFS

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Traffic management, permitting, documentation, QA, safety and environmental controls

Location

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Client

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Network Type

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Technology

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Premises

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Delivery

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Scope

35+ years’ experience in fibre network build, telecoms civil engineering and network commissioning.

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TNS delivered a turnkey FTTP network build in Kidsgrove, Staffordshire on behalf of Lightspeed Networks, passing 8,792 homes and businesses and achieving Ready for Service (RFS) using XGS-PON technology. The deployment combined strategic re-use of Openreach PIA ducts and poles with targeted civil engineering of new telecoms duct and chamber infrastructure, enabling rapid rollout, resilient network design, and reliable performance at scale.

ABOUT

KIDSGROVE

Kidsgrove is a growing community in Staffordshire where residents and businesses increasingly depend on stable, high-capacity connectivity. As demand rises for streaming, remote work, cloud services, online learning, and connected devices, legacy copper-based broadband can struggle to deliver consistent performance—especially during peak times or over longer copper loops. Lightspeed Networks set out to provide modern digital infrastructure by expanding full-fibre connectivity through a robust, scalable FTTP network build.

TNS was appointed to help deliver this goal through a coordinated construction programme that balanced speed of deployment, cost efficiency, engineering quality, and community considerations such as road occupancy, traffic disruption and reinstatement standards. The target was not simply to “install fibre”, but to create a long-life asset capable of supporting multi-gigabit services via XGS-PON while enabling consistent operational performance and enabling straightforward future expansion.

THE TARGET

AND THE WHY

THE STRATEGY

HYBRID INFRASTRUCTURE

At the centre of the programme was a hybrid infrastructure strategy:

  1. Use existing infrastructure wherever viable via Openreach Physical Infrastructure Access (PIA)—including PIA ducts and poles—to reduce excavation, accelerate delivery and lower environmental impact.

  2. Build new infrastructure through civil engineering of telecom duct and chamber routes where PIA was not viable, additional capacity was required, or alternative routing was necessary.

This approach helped ensure Kidsgrove received a network that is both fast to deploy and engineered for long-term reliability.

How Kidsgrove Residents Are Now Benefitting from Full Fibre Connectivity

A successful FTTP fibre build is measured not only by kilometres of duct and the number of homes passed, but also by the outcomes it delivers for people and communities. Full fibre can change how households work, learn and connect—and it can improve the competitiveness of local businesses.

Benefits for households in Kidsgrove

With full fibre broadband (FTTP) available, households can experience:

  • More consistent speeds—especially during peak usage

  • Stable connectivity for home working and video calls

  • Better support for multi-user households where several people are streaming, gaming, studying or working at once

  • Lower latency performance for real-time applications

  • Improved reliability compared to copper-dependent services

  • A foundation for smart home devices, cloud backup, security systems and future services

 

In practical terms, full fibre connectivity supports modern life: children can participate in remote learning without constant buffering; parents can work from home with dependable upload performance; streaming services run smoothly; and online gaming remains responsive.

Benefits for local businesses and services

For businesses and community organisations, gigabit-capable fibre can enable:

  • Faster cloud application performance

  • Reliable VoIP and unified communications

  • Improved file transfer and collaboration

  • Greater resilience for card payments and online services

  • More flexibility to adopt new digital tools without connectivity constraints

 

For local economies, full fibre can also be a foundational infrastructure—supporting new businesses, helping existing ones expand, and making areas more attractive to investment. Over time, connectivity becomes part of how a community grows.

TNS Turnkey Delivery Model – One Partner from Civils to Commissioning

TNS delivered a turnkey fibre network delivery solution, coordinating the build from planning through to Ready for Service. A turnkey approach is valuable for clients because it reduces interface risk: fewer handoffs between contractors means fewer gaps in accountability, fewer schedule conflicts, and smoother quality control.

What “turnkey” included on this project

Our turnkey scope covered:

  • Survey coordination for Openreach PIA ducts and poles

  • Traffic management planning and execution

  • Telecoms civil engineering: new duct and chamber installation where needed

  • Method selection: duct, pole, chamber, and route design coordination

  • RFS handover packs and controlled records aligned to ISO systems

  • Fibre installation via duct and overhead pole routes

  • Permitting and street works coordination

  • Programme planning, build sequencing and resource scheduling

  • Fibre splicing, splitter integration and network build completion

  • Optical testing (OTDR and loss testing), commissioning and quality documentation​

Traffic Management and Permitting – Building Fibre with Community Care

Large-scale fibre construction requires more than engineering competence: it requires careful coordination with local stakeholders and a commitment to safe, respectful working practices.

Traffic management for telecoms works

TNS delivered traffic management and permitting as part of the turnkey scope. This included planning around:
•    Road occupancy constraints
•    Pedestrian safety and accessibility
•    Peak traffic conditions
•    Local business access
•    Phased construction and reinstatement scheduling
 

Where required, we implemented site-specific traffic management setups aligned to the needs of the road layout and risk profile, with emphasis on safety and minimising disruption.

Permitting and street works coordination

Street works and permitting require strong administration and sequencing discipline. TNS coordinated:
•    Permit applications and notices
•    Works scheduling to reduce repeated excavations
•    Coordination with local authorities and stakeholders
•    Reinstatement planning to meet required standards and timelines
 

By treating permitting and traffic management as core delivery functions—not “add-ons”—we supported smoother progress and reduced friction on site.

Network Architecture – Why XGS-PON for a Modern FTTP Deployment

What XGS-PON enables

The network was delivered using XGS-PON, a technology standard designed to support high-capacity, symmetrical broadband services. For communities and service providers, XGS-PON fibre deployment supports:
•    Greater long-term scalability
•    Strong upload performance for cloud services and home working
•    A future-ready foundation that can support increasing bandwidth demands
•    Efficient use of passive optical infrastructure for cost-effective growth

Designing for resilience and growth

A modern FTTP network build must anticipate future needs. The duct and fibre infrastructure are long-life assets; choosing scalable optical architecture helps protect that investment.

 

In practical deployment terms, this means:
•    Planning routes with resilience and maintainability in mind
•    Designing chamber placement to support splicing access and future modifications
•    Ensuring build records enable quick fault finding and future expansion
•    Maintaining consistent labelling and documentation standards

 

TNS’s approach focused on engineering the network to be maintainable and scalable, not only deliverable.

Openreach PIA Ducts and Poles – Accelerating Full Fibre Deployment

Using Openreach Physical Infrastructure Access (PIA) can significantly reduce the amount of excavation required—improving build speed and lowering environmental and community impact.

What PIA provides in a fibre network build

PIA enables fibre network builders to deploy fibre using existing Openreach infrastructure, including:

  • Openreach PIA ducts (underground routes)

  • Openreach PIA poles (overhead routes)

  • Access points such as chambers and joint boxes (where applicable)

This approach often reduces the need for new trenching, which can be beneficial for programme timelines and disruption reduction.

How TNS delivered PIA surveying and validation

A reliable PIA deployment begins with accurate survey and validation. On this project, TNS coordinated and delivered:

  • Route validation and practical access checks

  • Integrity checks to confirm duct usability

  • Confirmation of pole routing and planning considerations

  • Identification of constraints and remediation requirements

 

Where PIA routes were viable, they became the preferred method of deployment. Where constraints were discovered, we applied remediation planning or alternative routing that maintained network design intent.

Telecoms Civil Engineering – New Duct and Chamber Installation in Kidsgrove

Even with PIA, many builds still require targeted new civils. In Kidsgrove, TNS delivered civil engineering of new telecoms duct and chamber infrastructure where required to extend reach, add capacity, bypass constraints, or connect strategic network points.

Building new duct routes for fibre infrastructure

New ducting supports:

  • Route availability where no suitable duct exists

  • Additional capacity for scalable growth

  • Alternative routing around blocked sections or constrained paths

  • A maintainable pathway for long-life fibre assets

TNS delivered duct installation with a focus on:

  • Minimising disruption through efficient phasing

  • Consistent standards of workmanship and reinstatement

  • Documentation and traceability of installed assets

Chamber build and placement strategy

Chambers provide access for:

  • Splicing and fibre management

  • Maintenance and future expansion

  • Junctions and routing management in the network

 

Chamber placement is strategic: it affects maintainability, resilience, and the efficiency of fibre operations. We installed chambers to support practical access for build and future operations, aligned to design intent and documented practices.

Fibre Optic Installation – Duct, Pole and Distribution Deployment

With routes prepared through a blend of PIA and new civils, TNS progressed to fibre optic installation across spine and distribution paths. Fibre installation requires discipline and consistency: the physical network must match the design model, and build quality must support stable optical performance.

Fibre installation methods used

Depending on route type, installation may include:

  • Controlled labelling, identification, and recording

  • Overhead routing using pole infrastructure

  • Depending on route type, installation may include:•

  • Structured deployment to maintain bend radius and reduce stress events

  • Duct-based fibre installation through prepared duct routes

Splicing and connectivity standards

Fibre splicing must be repeatable and auditable. On this programme, TNS ensured:

  • Controlled splicing practices

  • Consistent labelling and identification

  • Quality checks embedded into the build workflow

  • Documentation that supports commissioning and future fault response

Read more on Fibre Optic splicing here

Optical Testing and Commissioning – How We Tested the Fibre Network

Testing is one of the most important parts of any FTTP network build. It’s where construction becomes evidence-backed engineering — providing confidence that the network is stable, compliant with performance thresholds, and ready for activation.

 

TNS completed structured testing aligned to the requirements of an XGS-PON-ready network and supported the RFS process with controlled records.

OTDR testing

(Optical Time Domain Reflectometer)

OTDR testing helps confirm:

  • Fibre continuity end-to-end

  • Event locations along the fibre path (splices, connectors, bends)

  • Reflection points and anomalies

  • Quality of installed fibre in a measurable way

 

In practical terms, OTDR testing supports both:

  • Quality assurance: verifying installation integrity

  • Operational readiness: enabling quicker fault isolation in future

Optical loss testing verifies attenuation across the installed path and confirms that the network operates within expected thresholds. For PON deployments, validating the power budget helps confirm the feasibility and stability of service delivery.

 

Loss testing supports:

  • Confirmation of build quality

  • Confidence in split architecture performance

  • Reduced risk of activation issues

  • Strong RFS evidence packs

Optical loss testing and power budget verification

Commissioning workflow for Ready for Service

Commissioning is more than “running tests”. It is a controlled workflow that ensures:

  • Test results are captured, stored and traceable

  • Network records match the physical build

  • Any defects are managed through a clear remediation and retest process

  • Handover documentation is consistent and usable

 

This approach is fundamental to declaring Ready for Service (RFS) with confidence.

ISO-Driven Delivery – Quality, Safety and Environmental Management

This project was delivered using TNS’s documented management systems aligned to:

  • ISO 9001 (Quality Management)

  • ISO 14001 (Environmental Management)

  • ISO 45001 (Occupational Health & Safety)

These systems support repeatability, traceability, risk control and continuous improvement—key requirements on complex, multi-phase telecoms infrastructure programmes.

ISO 9001 – Quality management in a fibre build

Quality in a large fibre build is achieved through consistent process control. Our ISO-aligned practices support:

  • Controlled documentation and version control

  • Defined inspection points and evidence capture

  • Consistent build methods across teams

  • Nonconformance handling and corrective actions where required

  • Continuous improvement through review and feedback loops

 

In a practical sense, this means the build is not dependent on “who is on site that day”—it is guided by controlled methods.

ISO 14001 – Reducing environmental impact

A fibre build involves materials, excavation, transport and reinstatement. Our ISO 14001 approach supports:

  • Reducing excavation where viable through PIA ducts and poles

  • Responsible waste handling and segregation

  • Efficient scheduling to reduce repeat visits and emissions

  • Practices that support tidy sites and respectful reinstatement

ISO 9001 – Quality management in a fibre build

Telecoms civil engineering and overhead works require strong safety systems. ISO 45001-aligned practices support:

  • Structured risk assessment and method statements

  • Competence management and training alignment

  • Site controls that prioritise worker and public safety

  • Review mechanisms and consistent safe working standards


This is a core part of delivering reliable outcomes with minimal incident risk.

Experience and E-E-A-T – Why This Case Study Demonstrates Authority

Search engines and AI search experiences increasingly reward content that demonstrates:

  • First-hand experience and credible involvement

  • Technical depth without exaggerated claims

  • Clear processes and evidence-based delivery

  • Trust signals: standards, compliance, repeatable methods

  • Helpful, well-structured explanations

 

TNS brings 35+ years’ experience in fibre network build and telecoms delivery. This project illustrates:

  • A clear methodology from planning to RFS

  • Technical detail on infrastructure strategy (PIA + new civils)

  • Evidence-led testing and commissioning practices

  • Documented quality, environmental and safety controls

 

For decision-makers evaluating partners, these are the signals that reduce risk.

Measured Outcomes – What Was Delivered in Kidsgrove

The result is a network that is not only built quickly, but built for long-term performance, maintainability and upgradeability. This programme delivered:

8,792 premises passed and validated as Ready for Service (RFS)

A scalable XGS-PON full fibre platform for future growth

A balanced infrastructure approach using Openreach PIA ducts and poles plus new duct and chamber installation

Evidence-backed build quality through OTDR testing, optical loss testing and controlled commissioning records

A project delivered through structured ISO-aligned systems for quality, safety and environmental control

Reduced disruption through integrated traffic management and permitting

Experience and E-E-A-T – Why This Case Study Demonstrates Authority

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