From Meltdown To Method
OVERVIEW
One of HTC’s global repair centres in Milton Keynes, covering the entire UK, was overwhelmed after a pan-EU service reset pushed volumes beyond design limits. Systems became fragmented. Processes were bloated. And the site couldn’t keep up.
Trigger for Intervention: Repair volumes surged. HTC’s UK facility collapsed under poor layout, disconnected systems, and reactive planning.
THE CHALLENGE
HTC’s repair hub had lost control. The physical design, systems, and flow couldn’t cope with post-EU demands.
- Split-floor dysfunction — The two-floor layout caused chaos, delays, and fragmented supervision.
- System overload — Baan, MIRP, RMA2, and spreadsheets weren’t linked. Manual workarounds dominated.
- Inbound mess — Lack of inbound/outbound scheduling led to random carrier arrivals, congestion, and frequent shipping mistakes.
- Planning paralysis — No perpetual inventory system. Unreliable stock data. Workload prioritised manually.
- Batch in chaos — No FIFO/LIFO discipline. Shortages delayed repairs. Visibility was nonexistent.
THE APPROACH
Engaged as an expert Supply Chain Management Consultant via Catalyst Logistics Consulting Group, Gary Newbury was tasked with diagnosing the breakdown and designing a path to recovery.
- Root cause mapping — Interviewed teams and traced collective failure points across isolated repair unit activities: receiving, review, refurb, QA, and dispatch.
- Visual process library — Built full diagrams for Batch In, Mail In, and Spare Parts workflows.
- System audit — Flagged 20+ manual handoffs caused by non-integrated platforms and local spreadsheets.
- Facility review — Identified lone worker risks and unsupervised stock transfers (losses) between operational floors.
- Org structure scan — Split roles and under-resourced leadership created control and accountability challenges.
THE SOLUTION
A complete redesign followed targeting interventions across layout, systems, and team model.
- Network reset — Designed UK repair model using JIT workflows and kanban triggers for high speed, high volume SKU inventory replenishment.
- Team rebuild — Consolidated planning, inventory, and repair into a new fulfilment unit with clear ownership.
- Layout overhaul — Introduced “family of parts” logic and proposed single-floor, flow-through operation. Basement inventory storage. First floor repair operations.
- 48-hour service window — Rebuilt flow to facilitate receipt, repair, and shipping within 2 days (down from an average of 10 working days).
- Scalable model — Positioned MK site as a replicable blueprint for European service coverage.
Fixing the layout was simple. Getting them to stop planning their day in Outlook and email chains? That took a crowbar.
THE OUTCOMES
HTC regained control. The design work lead to a model for the rest of the region.
- $5M in stock savings — Inventory trimmed through control, visibility, and smarter repair flows.
- Lead time cut by 80% — Service turnaround dropped from 10 days to under 48 hours.
- 6-month payback — Civil improvement costs recovered through operational efficiency alone.
- Team structure embedded — Fulfilment team model approved and resourced for scale.
- Model exported — EU service centre repair strategy now based on reengineered UK-centric design.
WHY IT MATTERS
This project redefined HTC’s capability in logistics execution and cross-border scalability.
- Strategic reset — This wasn’t just operational cleanup. It redefined repair fulfilment performance expectations.
- From chaos to control — Clean layouts, system logic, and organisational clarity beat legacy complexity, waste and meltdown.
- Global signal — This UK site became the prototype for wider EU and worldwide service capability.
CLIENT TESTIMONIAL
“Gary took a crumbling logistics setup and gave the client a clear, executable roadmap. The rigour in his process, and his ability to get the full picture fast, made all the difference at a critical time.”
— Jeremy Batchelor, Lead Partner, Catalyst Logistics Consulting Group