Ben Savage - Force Technologies Ltd.

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Unit 3 Garlands Trading Estate, Cadley Road, Collingbourne Ducis, Wiltshire, SN8 3EB UK

+44 (0)1264 731200

sales@forcetechnologies.co.uk

How Secure Component Storage Enables 20+ Year Platform Continuity and Reduces Obsolescence Risk Defence platforms operate across 20 to 25-year lifecycles. Throughout this period, procurement teams face a relentless problem: critical electronic components become unavailable. This is obsolescence management. Yet most organisations treat it as a reactive crisis, calling vendors only when a component is gone. The real solution requires proactive planning—and long-term storage is the foundation that makes it work. Why Lifecycle Strategy Fails Without Long-Term Storage A lifecycle strategy without secure storage is incomplete. Here is why. Component availability windows close unpredictably. Manufacturers discontinue lines, suppliers fold. Once a part is no longer available at any distributor, your only option is refurbishment, repair, or expensive re-engineering. By then, the cost per unit has multiplied. Platforms must stay alive. In defence, a platform that cannot be repaired becomes liability. Spare parts must be available on demand—not as a gamble, but as a certainty. Long-term storage holds inventory in a state where it remains usable and traceable for decades. Obsolescence planning requires proof of availability. Regulators and procurement teams need confidence that critical components can be sourced when needed. Certifications to AS9100 Rev D and BS9000 standards, combined with documented storage protocols, provide that proof. Supply chain continuity is a security issue. Gaps in spare parts inventory can delay platform readiness. Long-term storage closes these gaps by creating a buffer that protects against market disruption. The Continuity Principle: How It Works The continuity principle is straightforward: maintain the ability to supply spare parts for a platform across its entire operational life. This is not about stockpiling everything. It is about knowing what you need, storing it correctly, and retrieving it when demand arrives. Long term electronic component storage

By Ben Savage News

23 Mar: Long-Term Storage: The Missing Link in Defence Lifecycle Strategy

How to Store Electronic Components Long Term: A Technical Guide for Defence and Aerospace Programmes

By Ben Savage News

06 Mar: How to Store Electronic Components Long Term

Fighting Counterfeit ICs in the Obsolescence Market

By Ben Savage News

09 Sep: Fighting Counterfeit ICs in the Obsolescence Market: The Crucial Role of Device Characterisation

1978 Motorola CMOS Integrated Circuits Databook

By Ben Savage Databook

09 Sep: 1978 Motorola CMOS Integrated Circuits Databook

Obsolescence management

By Ben Savage News

02 Dec: Today’s myth – “Obsolescence Only Affects Semiconductor Buyers, Not Manufacturers”

Force Technologies Podcast

By Ben Savage News Podcast

29 Nov: Force Tech Talk #9 – With Ian Blackman FIIOM

Digital Bipolar CMOS Handbook by Harris,

By Ben Savage Databook

28 Nov: Digital Bipolar CMOS Handbook by Harris

Understanding and Managing Obsolescence Management in the aerospace and defence industry

By Ben Savage News

18 Nov: Understanding and Managing Obsolescence in the Aerospace and Defence Industry: A Data-Driven Perspective

1994 Flash memory data book

By Ben Savage Databook

28 Oct: 1994 Flash memory data book – Micron

The Impact of UK Semiconductor Manufacturer Closures on the Demand for Obsolete IC Suppliers

By Ben Savage News

15 Aug: The Impact of UK Semiconductor Manufacturer Closures on the Demand for Obsolete IC Suppliers

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