What happens when an engineer cannot reach the customer?

A cancelled flight can look like a travel problem. For a manufacturing business, it can quickly become an operational one.

An engineer may be travelling to commission new equipment, diagnose a fault, carry out maintenance or provide technical support at a customer's site. If that person does not arrive when expected, the consequences can extend far beyond the cost of another flight.

An installation may be delayed. Equipment may remain out of service. Production may be affected. Another contractor may be unable to begin work. And, at the other end of the journey, a customer may be waiting for somebody who is now hundreds of miles away.

That is why disruption needs to be considered differently when managing business travel in manufacturing.

The cost of disruption is not always on the travel invoice

When a flight is cancelled, the most visible costs are usually straightforward: a replacement ticket, an additional hotel night, another taxi or perhaps a higher fare for an alternative route. The more significant costs may be elsewhere.

Consider an engineer due at a customer's factory at 9am to resolve a problem with a piece of equipment. If a cancelled flight means they cannot arrive until the following day, what does that delay actually cost?

There may be lost engineering time, additional accommodation and changes to onward transport. But there could also be downtime at the customer's facility, other employees or contractors waiting for the engineer to arrive, a missed maintenance window or a project deadline that has to move.

None of those costs necessarily appears in the travel budget.

And there is another potential cost that is harder to measure: the customer's confidence in the supplier.

Disruption is not unusual

Flight cancellations and delays are an unavoidable feature of business travel.

Research published by the Global Business Travel Association (GBTA) in 2025 found that 55% of corporate travel managers surveyed experienced at least some friction in managing travel disruption. When buyers were asked which innovations they most wanted from travel management companies, 54% placed proactive disruption management among their top three priorities.

More recent GBTA research suggests that complexity has increased further. In April 2026, 76% of travel buyers surveyed said geopolitical conflicts were having a moderate or significant impact on their organisation's business travel and meetings decisions. Half reported making changes to routes and itineraries as a consequence.

Disruption can, of course, take many forms.

A flight may be cancelled or delayed. A rail service may be affected by industrial action. Severe weather may close an airport. A connection may be missed because an incoming flight arrives late. Political events can change the viability of a route at short notice.

Sometimes the disruption occurs before the employee has left home. Sometimes it happens halfway around the world.

The important question for a manufacturing business is therefore not simply whether disruption will happen.

It is:

What happens when it does?

Imagine an engineer is standing at an airport at 10pm after their final flight has been cancelled.

Who takes responsibility for getting them to the customer?

If they have booked independently, they may need to search airline websites, join a telephone queue, investigate alternative airports, arrange another hotel and reorganise their onward transport themselves.

At the same time, they may be trying to contact the customer, their manager and colleagues back in the UK.

That is a lot to ask of someone whose actual job is engineering rather than travel management.

The alternative is for the traveller to have somebody to call who can look at the entire journey and help find a practical solution.

That is where access to 24/7 travel support becomes particularly important.

Sometimes the best alternative is not another flight

Effective disruption management is not simply about booking the next available service.

The objective is to understand what the traveller actually needs to achieve.

Could they fly from another airport? Could they travel by rail? Is there another route involving a different connection? Would travelling the following morning still allow the customer commitment to be met? Does a hotel need to be arranged? Does ground transport at the destination need to change as well?

If several employees are travelling together, the solution may become more complicated again.

A good response therefore considers the complete itinerary rather than treating the cancelled flight as an isolated transaction.

This matters particularly in manufacturing, where journeys can involve locations away from major transport hubs and where the timing of an arrival may be connected to an installation, production schedule or maintenance window.

The traveller should not have to manage the crisis alone

There is also a people issue.

Employees travelling on company business are away from their usual working environment, sometimes in unfamiliar countries and time zones. Knowing that support is available if something goes wrong can make a significant difference. It also helps the business maintain visibility.

If travel has been booked and managed centrally, it should be easier to establish which employees may be affected by a significant incident and determine whether they need assistance. This is an important part of duty of care, but it also makes good operational sense. During a major disruption, managers should not have to rely solely on employees contacting the business individually to explain where they are and what has happened.

Resilience starts before the journey

Good disruption management is not only about responding after something has gone wrong.

Travel arrangements can also be designed with the purpose of the journey in mind. If an engineer absolutely has to be at a customer facility at 8am on Tuesday, should they really be booked on an itinerary that arrives late on Monday evening with a tight connection? If several viable routes exist, is the cheapest one necessarily the most appropriate? Would an earlier flight, a direct service or an overnight stay reduce operational risk sufficiently to justify the additional cost?

There is no universal answer.

A routine internal meeting and an emergency engineering visit may justify very different travel decisions. The important thing is to understand the business consequence of the traveller not arriving.

That allows cost, convenience and resilience to be considered together.

Ask what happens next

Manufacturing businesses cannot eliminate travel disruption.

They can decide how prepared they are for it.

A useful test is to ask:

• Who does an employee call if their journey is disrupted outside normal office hours?

• Can alternative travel arrangements be made quickly?

• Does whoever is helping have visibility of the complete itinerary?

• Can the business identify which employees are affected by a major incident?

• Are hotels, ground transport and connecting journeys considered when an itinerary changes?

• Does the travel process distinguish between routine journeys and operationally critical travel?

If the answer to some of those questions is unclear, it may be worth looking more closely at how business travel is managed. Because when an engineer cannot reach the customer, the cost of disruption may have very little to do with the price of the ticket. For manufacturers, effective travel management is ultimately about helping the right people get to the right place at the right time – and having a plan when they cannot.

How well would your organisation cope if an important traveller's plans changed tonight?