A laptop breaks and somebody has to decide whether it’s worth fixing. Most teams make that call by feel, usually based on the age of the machine, and end up repairing things they should have retired while replacing things that had three good years left in them.

TL;DR

  • Four inputs settle it: repair cost, remaining useful life, downtime, and whether you have a spare.
  • Downtime usually dominates the sum and is the input most often left out entirely.
  • Set a standing rule by repair cost as a share of replacement cost, so routine cases need no debate.
  • Screens and batteries are generally worth repairing. Boards and liquid damage generally are not.
  • A machine out of warranty in a market with no service partner is effectively unrepairable, whatever the part costs.
  • Repairability is a purchasing criterion, not just a decision you make afterwards.

The four inputs

Repair cost. The quoted price including labour and shipping both ways, which is frequently where a cheap part becomes an expensive repair.

Remaining useful life. Not the age of the machine but how long you would keep it if it were working. A two-year-old laptop on a four-year cycle has two years left, and that’s the number the repair has to be worth.

Downtime. How long the person can’t work, which depends entirely on whether you have a spare to hand them. This is the input teams leave out and it is usually the largest term in the sum, because a week of somebody’s time costs considerably more than most repairs.

Local serviceability. Whether a repair can actually happen where the person is. A machine in a market with no authorised service partner is unrepairable in practice no matter what the part would cost in your home market, and shipping it somewhere to be fixed adds weeks.

Set a rule so routine cases need no thought

Most broken laptops aren’t interesting. A standing rule handles them and saves the judgement for the few that genuinely need it.

Use a ratio. Express it as repair cost against replacement cost, adjusted for remaining life. A common shape is to repair when the quote is under about a third of replacement and more than a year of useful life remains, replace when it is over half, and actually think about the band in between. That one line removes perhaps 8 decisions in 10 from anybody’s inbox.

What to do:

  • Write the threshold as a share of replacement cost, not as a fixed amount.
  • State the remaining-life condition alongside it.
  • Name who decides the middle band, and give them a deputy.
  • Record the outcome against the asset so the next decision has history.

Use a share rather than a number because fixed amounts go stale. A 400 threshold made sense against a 1,200 machine and makes no sense against a 2,600 one, and nobody ever remembers to revisit it.

What’s generally worth fixing

Screens and batteries, almost always. Both are common failures, both have predictable parts and labour, and neither tells you anything worrying about the rest of the machine.

Keyboards and ports sit in the middle. The part is cheap and the labour sometimes is not, depending on how the machine is built, and a quote can come back at a surprising multiple of what the component costs. Worth getting the quote rather than assuming either way.

Boards and liquid damage are usually a replacement. The repair is expensive, the diagnosis is uncertain, and liquid damage in particular has a habit of producing a second unrelated failure three months later, which means you pay twice and the person loses two working weeks instead of one.

A team that worked out the real number

A 160-person company was repairing almost everything, on the reasonable-sounding grounds that repair is cheaper than replacement. Their average repair quote was 290 against machines costing about 1,400.

Then somebody added the downtime. With no spare pool, the average repair took 9 working days door to door, and for 23 repairs in a year that was 207 working days of people unable to do their jobs properly. Buying 4 spare machines cost less than a fifth of what that time was worth, and it changed the repair decision too, because a repair with a spare in hand is a genuinely cheap option while a repair without one rarely is.

The repair policy didn’t change much. What changed was holding stock, which made the existing policy work the way it was supposed to.

Buy for repairability in the first place

This is the part that gets treated as somebody else’s problem. Repairability is decided at purchase, and by the time a machine is broken every option you’ve was fixed two years earlier.

Ask three things before standardising on a model: whether batteries and screens are serviceable as separate parts, whether there’s an authorised repair route in each market where you’ve people, and what the warranty actually covers in those markets rather than in the manufacturer’s home one. The third question catches teams out regularly, because warranty terms and service availability vary by country in ways the datasheet doesn’t mention.

And weigh it honestly against the rest. A slightly less repairable machine that people prefer working on may still be the right choice, but it should be a choice rather than a discovery.

Where a lifecycle platform helps, and where it does not

The logistics are the awkward bit. A repair means getting the machine somewhere and back, and if a replacement is going out at the same time you’ve two shipments and one register to keep straight.

RemoAsset is our own product. It handles procurement and retrieval across 80+ countries and records each device through issue and return, which is the part that keeps the register correct while a machine is away and a loaner is in use. Pricing is published, from $1,499 a year on the Subscription tier for companies with 50 to 5,000+ employees, including a 60 per cent reduction on retrieval charges.

It doesn’t repair anything. It has no network discovery, so it can’t tell you a machine is failing or that one exists outside the register. It has no software licence management. And only the Subscription tier publishes a figure, with pay-as-you-go quoted. The repair decision and the repair itself remain yours.

Workwize, Firstbase, GroWrk, allwhere and Deel IT operate on broadly similar lines, and not one of the five publishes a rate card. The live Workwize domain is goworkwize.com.

Checklist

Checklist:

  • A repair threshold expressed as a share of replacement cost.
  • A stated remaining-life condition alongside it.
  • Spare stock in every market with meaningful headcount.
  • Known repair route per market, confirmed rather than assumed.
  • Warranty terms checked for the markets you actually operate in.
  • Repair outcomes recorded against the asset, so patterns become visible.

Final Thoughts

Four inputs, one standing rule. Repair cost as a share of replacement, remaining useful life, the downtime the person actually suffers, and whether a repair can happen where they are.

The input nearly everybody omits is downtime, and it is usually the one that decides the answer. Add it to the sum and most repair policies turn out to be arguments for holding a few spares rather than for repairing less.

Frequently asked questions

When is it worth repairing a laptop rather than replacing it?

Use a ratio, not a feeling. A common rule is to repair when the quote is under about a third of replacement cost and more than a year of useful life remains, and to replace when it exceeds half. Express the threshold as a share rather than a fixed amount, because fixed amounts go stale as machine prices move and nobody remembers to revisit them. The band in between is the only part that needs a person.

What gets left out of the repair decision?

Downtime, almost always. It is usually the largest term in the sum. A repair taking nine working days with no spare available costs far more in lost working time than the quote itself, which means the same repair is cheap if you hold stock and expensive if you don’t. Adding downtime to the sum frequently turns a repair policy into an argument for a small spare pool.

Which repairs are generally worth doing?

Screens and batteries, in most cases. Both are common failures with predictable parts and labour, and neither suggests anything is wrong with the rest of the machine. Boards and liquid damage usually point the other way, because the diagnosis is uncertain and liquid damage in particular tends to produce a second unrelated failure a few months later.

Does remaining useful life matter more than age?

Yes, and they aren’t the same thing. What matters is how long you would keep the machine if it were working, so a two-year-old laptop on a four-year cycle has two years for the repair to justify itself against. Judging by age alone leads to retiring machines that had years left and repairing ones that were about to be replaced anyway.

What if there’s no repair route in that country?

Then it’s unrepairable. Whatever the part would cost elsewhere is beside the point. Shipping it to a market with a service partner adds weeks and risk, and at that point replacement locally is usually both faster and cheaper. This is worth confirming per market before you standardise on a model rather than discovering it with a broken laptop.

Can repairability be a purchasing criterion?

It should be. Every option you have when a machine breaks was fixed at the point of purchase. Ask whether batteries and screens are serviceable separately, whether an authorised repair route exists in each market where you have people, and what the warranty covers in those markets specifically. A less repairable machine can still be the right choice, as long as it is a choice.