CASE STUDY - TRAFFIC MANAGEMENT SYSTEMS
traffic management case study

Orchestrating complexity in traffic infrastructure manufacturing

Across the UK and Europe, the customer is a leading provider of traffic management systems; the equipment that keeps cities moving safely and reliably. Their portfolio spans the full roadside ecosystem: traffic signals, pedestrian crossings, cabinets, controllers, cable systems, and supporting infrastructure.

 

These solutions operate in a world where every installation is safety‑critical, highly regulated, and never the same twice. Local authorities rely on technologies that are accredited, reliable, and precisely configured to the needs of each individual road junction.

 

ESCATEC has been the customer’s chosen manufacturing partner since 2011, supporting their controller and signalling platforms for more than 15 years.

The Challenge

The customer’s traffic management hardware requires a high‑mix and highly configurable manufacturing approach. No two controller cabinets are identical: every unit delivered to the field differs slightly based on the precise requirements set out by local authorities for each installation site. A single cabinet may incorporate more than a dozen PCBAs, multiple cable looms, and require further customisation, depending on the project’s requirements, from simple pedestrian crossings to complex multi‑lane roundabouts with 20 - 30 signal heads.

ESCATEC needed to support this complexity while maintaining manufacturing stability, supply consistency, and on‑time delivery, across the UK and Ireland.

 

Key challenges include:

 

1. Complex configuration demands

 

The customer has thirteen depots across the UK and Ireland and they each independently place orders with ESCATEC. Each order may require a unique combination of PCBs, cable looms, and ancillary materials. This high degree of variability demands rigorous configuration control and operational flexibility.

 

2. Fluctuating order volumes

 

The customer’s order volumes vary month-to-month due to local authority budget cycles. This unpredictability requires ESCATEC to maintain sufficient stock of raw components and optimise inventory management, while ensuring build and test capacity for seasonal surges. On average, ESCATEC manufactures 15 - 20 complete controller cabinets per week and between 150 - 200 signal assemblies.

 

3. Uncompromising delivery accuracy

 

Traffic installation work involves planned road closures, installation crews, and coordination with local authorities. Any delay in deliveries can have significant cost and community impact. ESCATEC must therefore operate with absolute delivery accuracy and proactive communication throughout the order lifecycle to prevent costly delays at project sites.

The Solution

To manage the customer's variability and maintain the highest standards of safety, quality, and delivery performance, ESCATEC created an integrated production, test, and supply chain structure focused on stability and flexibility.

1. Dedicated production and logistics team

 

Around fifteen specialists across production, engineering, logistics, and account management, support the customer account and ensure deep familiarity with product variants, fast resolution of issues, continuity of expertise, and direct accountability for output.

 

The team includes a build team for controller cabinets, logistics coordinators managing material flow, and engineering liaisons overseeing obsolescence, technical, and configuration issues. Weekly coordination meetings with the customer’s supply chain and depot managers further ensure alignment on priorities, constraints, and delivery expectations.

 

2. Controlled build documentation and configuration management

 

To support high‑mix manufacturing without sacrificing efficiency, ESCATEC maintains:

  • Standardised base build packs

  • Detailed configuration sheets supplied by the customer for each of their project sites

  • Internal documentation system mapping every potential board and loom combination

This structured approach enables ESCATEC to assemble one‑off site‑specific units with consistent quality and predictable lead times.

 

3. Collaborative engineering and obsolescence management

 

ESCATEC’s engineering team and the customer’s technical specialists work closely to reduce risk and support long product lifecycles typical of the traffic management sector.

They aim to:

  • Proactively identify and manage component obsolescence

  • Provide long‑term visibility on supply risks

  • Support minor design adaptations as needed

  • Ensure continued compliance with long-standing local authority standards

4. Annual pricing agreements

 

To help the customer manage project budgeting, ESCATEC provides an annual price book covering more than a hundred component codes. This offers:

  • Predictable, stable pricing

  • Support for public‑sector budget planning

  • Transparency on market movements and cost drivers

5. Proactive communication and transparent scheduling

 

Weekly meetings bring ESCATEC and the customer’s management team together to review:

  • Current production status

  • Possible material constraints

  • Prioritisation of urgent orders

  • Delivery commitments and risk mitigation

This enables the customer to manage installation crews, schedule traffic diversions, and coordinate with local authorities effectively.

The Results

 

✔️ A trusted partnership spanning 15+ years

Since 2011, ESCATEC has delivered thousands of controller cabinets, signal assemblies, and cable looms, for the customer across the UK and Ireland.

 

 ✔️ Consistent delivery of high‑mix manufacturing

ESCATEC reliably builds complex, configuration-driven systems for all thirteen depots in the UK and Ireland, regardless of variability in project demand.

 

 ✔️ Engineering continuity and lifecycle support

ESCATEC proactively manages obsolescence and supply volatility to ensure the customer receives compliant, compatible, and approved, components when needed.

 

 ✔️ Trust built through transparency

The customer values ESCATEC’s honest communication, early risk notifications, and collaborative approach: all critical elements for a customer whose installation schedules involve road closures, contractors, and public sector coordination.

 

 ✔️ A scalable model for future customers

The operating structure ESCATEC developed for the customer is replicable for other companies requiring:

  • High‑mix electromechanical assembly

  • Multi‑site workflow

  • Multi‑country supply chain coordination

  • Rigorous test and on‑time delivery performance

 

ESCATEC’s long‑standing partnership with this major traffic technology provider demonstrates its ability to manage complex, high‑reliability, configuration-driven, manufacturing at scale.

 

Through disciplined supply chain management, dedicated teams, strong engineering collaboration, and transparent communication, ESCATEC ensures the continuous delivery of the critical traffic management infrastructure that keeps the UK and Ireland moving safely.

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