Most asset-heavy organisations don't lose money in one big bang. They leak it slowly through unplanned downtime, missed compliance, lost paperwork, and engineers driving back to the depot for a part nobody knew was out of stock. This page shows what that leak costs, by industry, with sources.
Or three. Or seventeen. Different teams keep different copies. Serial numbers don't match. The boiler that failed last winter doesn't appear on any of them. Nobody knows where the warranty document is.
Service intervals are copied from manufacturer PDFs and never adjusted for how the asset is actually used. Some assets get serviced too often. Others, the ones that matter, get missed.
The engineer is told verbally. There is no record. The part needed isn't ordered until they arrive. The job is signed off in a paper notebook that gets lost.
Logbooks are filled in retrospectively. Photos are scattered across phones. When the inspector arrives, three days are spent assembling a story that should already exist.
None of these are difficult problems on their own. The hard part is that they compound. A missing serial number on Tuesday becomes a failed inspection on Friday becomes a remediation invoice on Monday.
Most maintenance tools were built for enterprise plant managers, the people who already have the data and just need somewhere to put it. MainMan is built for the much larger population of organisations whose data is still in heads, on walls, in WhatsApp threads, and inside a spreadsheet called assets_final_v3_USE_THIS.xlsx.
The average UK care home turns over around £1.5M per year[8]. Margins are tight, typically 8 to 14% pre-tax for independent operators. That makes maintenance one of the largest variable costs a manager can actually control, because almost every line of it can be moved from reactive to planned.
A CQC-regulated care home sits inside more than a dozen overlapping statutory regimes: the CQC Fundamental Standards (Regs 9–20A), LOLER 1998 (six-monthly thorough exam for hoists, slings, bath lifts), PUWER 1998 (annual review of all work equipment), HSG274 Legionella (weekly outlet temperatures and monthly flushing of little-used outlets), HACCP for kitchens, the Regulatory Reform (Fire Safety) Order 2005 with FD30/FD60 doors and BS 5839 fire detection, BS 5266 emergency lighting, scald prevention via TMV2/TMV3 valves, bedrail entrapment per MHRA guidance, PAT under the IEE Code of Practice, and the MHRA medical device alert register. Each one has a specific frequency, a specific evidence requirement, and a specific failure mode that lands in the next CQC report.
A care home running MainMan has a single asset register the manager and the engineer share, statutory checks scheduled on a rolling calendar with photographic evidence captured at sign-off, and a one-tap compliance pack ready for the inspector. Three days of paperwork becomes three minutes.
The UK has a maintenance backlog problem that nobody seriously disputes. Social housing alone carries an estimated £8bn+ in deferred decent-homes work[10]. Commercial managing agents face the same dynamic in miniature on every portfolio: tenant requests outpace the team's ability to plan, and reactive work crowds out the planned PPM that would have stopped half of those requests existing.
Across a representative mid-market managing agent's portfolio of say 800 units split between residential and commercial, reactive jobs cost an average of £4,100 per unit per year more than the equivalent planned programme[11]. Multiply by portfolio size and the number gets unsubtle quickly.
Maintenance failures in property are not just expensive, they are increasingly criminal. The fines and clocks compound the reactive-cost economics above:
One asset register per building. Every request, invoice, and inspection tied back to it. A live forecast of next-12-months planned spend, with the evidence to justify recharges. A tenancy register that proves what document was served, when, and how. Awaab's Law clocks running automatically on every reported hazard, with the court evidence pack writing itself as you go. MainMan does this in a single tab.
UK holiday parks are a £9.3bn sector[12] with a brutal feature: the revenue calendar is wildly compressed. Most parks earn the bulk of their year between Easter and October half-term. A water-system failure, a leisure-complex closure or a swimming pool out of action in July does not delay revenue. It deletes it.
A mid-size park generating ~£3.5M/year typically earns 60–70% of that across 16 peak weeks. A single one-week peak-season outage of a headline amenity (pool, restaurant, or the on-site shop) costs an estimated £42,000 in lost revenue plus refunds and goodwill[13]. Most of these outages are preventable.
A park running MainMan moves pool-plant servicing to the shoulder season with a confidence the manager can defend, has a per-caravan service history that follows the asset when it is moved or sold, and gives the head office a single dashboard that compares parks like-for-like.
Every asset, every site, in one place. QR-tagged, photographed, with warranty and manual attached. Engineers find what they need at the asset, not at the depot.
Tenant or staff requests are classified, prioritised, and routed automatically. The first time anyone touches the request manually is the engineer accepting the job.
Statutory and manufacturer-recommended schedules generated per asset. Missed jobs are visible from the dashboard, not discovered at audit.
Every job sign-off captures photos, time, parts, and engineer. The compliance pack for any inspector — CQC, HSE, fire — is one click, not three days.
Where a figure is a published industry statistic, the citation links to the original. Figures derived from operator interviews or composite industry estimates are labelled EST. — these are our working numbers, shared transparently, and we are happy to share underlying calculations on request.