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Tool Control in Defence and Aviation Workshops: A Practical Guide

Tool control reduces FOD risk and lost time in defence and aviation workshops. A practical guide to visual tool storage and the right cabinets.

3 November 2026
4 min read
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Tool Control in Defence and Aviation Workshops: A Practical Guide

In aviation and defence main­te­nance, a missing tool isn't just an in­con­ve­nience. A spanner left in an engine bay or a fastener lost on a hangar floor can become foreign object debris (FOD), with serious safety and cost con­se­quences. Good tool control is one of the simplest and most effective ways to manage that risk, and it starts with storage.

Why tool control matters

Effective tool control helps workshops to:

  • Prevent FOD by con­firm­ing every tool is accounted for before an aircraft or vehicle is released

  • Save time otherwise spent searching for tools

  • Reduce loss and re­place­ment costs

  • Support audits with clear, demon­stra­ble processes

  • Improve safety by keeping tools off floors and benches

The prin­ci­ples of visual tool storage

Visual tool storage (VTS) means every tool has a defined, visible home, so a missing tool is obvious at a glance. The key prin­ci­ples:

  1. One place for each tool. Drawers are par­ti­tioned or fitted with inserts so each item sits in a specific position.

  2. Vis­i­bil­i­ty. Full-extension drawers let users see every position, right to the back.

  3. Kitting. Tools are grouped by task or by tech­ni­cian, so a kit can be checked out and in.

  4. Security. Locks control access to cal­i­brat­ed or con­trolled tools.

  5. Proximity. Tools are stored where the work happens.

Boscotek mobile workbenches with shadow boards in Australian defence hangar

Choosing storage for tool control

High-density drawer cabinets

Boscotek high-density cabinets are the backbone of many tool control systems. Drawers can be con­fig­ured with par­ti­tions to suit each tool kit. Full-extension drawers rated around 150–200kg (depending on width) keep heavy tools ac­ces­si­ble, and anti-tilt in­ter­locks allow only one drawer open at a time. Cabinets come in S Series (605mm deep) and D Series (755mm deep) to suit different spaces.

Mobile storage at the point of work

Mobile tool carts and line-feed trolleys bring tools to the aircraft or vehicle. Our mobile tool cart is rated to 400kg, and linefeed trolleys to 400kg or 800kg depending on length. HeliMods, a Queens­land he­li­copter en­gi­neer­ing business, used Boscotek line-feed trolleys to keep tools and parts at the airframe rather than in a distant store (case study).

Flight Line cabinets

The Boscotek Flight Line cabinet was orig­i­nal­ly developed for aviation. It's mobile and double-sided, with clear poly­car­bon­ate roller shutters, so contents are visible at a glance and protected from dust. Wintec used mobile Flight Line cabinets for precision tools in its trades facility (case study). Learn more on our aviation page.

Im­ple­ment­ing a tool control system

  1. Audit the tools. List every tool needed for each type of task.

  2. Design the kits. Group tools by task, shift or tech­ni­cian.

  3. Configure the storage. Use the Boscotek con­fig­u­ra­tor to plan cabinets and drawers, or talk to us about custom layouts.

  4. Label and mark. Label drawers and positions, and mark tools to their home location.

  5. Set the process. Define check-out, check-in and end-of-shift checks.

  6. Review. Audit regularly and adjust as tools and tasks change.

Common mistakes

  • Over-filling drawers, so items stack and hide each other

  • Generic storage that doesn't match the tools

  • Central stores far from the work, which encourage people to keep tools at their station

  • No process, because storage alone doesn't create control

Built for demanding en­vi­ron­ments

Boscotek is Defence Approved , and supports defence, aviation and transport workshops with storage designed as a system. It's man­u­fac­tured by OPIE Man­u­fac­tur­ing Group in Western Sydney under an ISO-certified quality system and backed by a 5-year warranty.

Fre­quent­ly asked questions

Do we need foam inserts for tool control? Not always. Par­ti­tions and labelled positions work well for many kits. Foam inserts are useful where tool shapes vary or visual checks need to be very fast.

Should every tech­ni­cian have their own cabinet? It depends on the work. Personal kits suit spe­cialised roles, and shared, task-based kits suit stan­dard­ised work. Many workshops use a mix.

Can storage be secured for cal­i­brat­ed tools? Yes. Lockable cabinets with central locking help control access to cal­i­brat­ed or con­trolled tooling.

How do we get started? Pick one bay or one team and pilot a tool control setup for a month. Measure search time and missing-tool incidents before and after, then roll it out.

Planning a tool control upgrade? Contact our team to discuss your workshop.