The True Cost of Downtime

Jan 30, 2026

Your Title Goes Here

Your content goes here. Edit or remove this text inline or in the module Content settings. You can also style every aspect of this content in the module Design settings and even apply custom CSS to this text in the module Advanced settings.

Click Here
Banner highlighting ASC Global’s The True Cost of Downtime article

Unplanned downtime has emerged as one of the biggest financial threats to manufacturers worldwide. Across industries, every hour of halted production now costs significantly more than five years ago, outpacing inflation due to rising energy prices, increasingly complex supply chains, and more interconnected manufacturing processes. For the world’s 500 largest companies, unplanned downtime now costs $1.4 trillion annually, or 11% of revenues.

Why Downtime Costs Are Rising Faster Than Inflation

  • Energy crisis & price spikes: Global energy costs rose sharply after 2021 and spiked again in 2022 following geopolitical uncertainty, driving up operating costs.
  • Complex supply chains: Modern manufacturing networks are highly interdependent; a halt in one area triggers delays across the line, amplifying losses.
  • Inflation vs downtime costs: US inflation (2019–2023) = 19%; cost of an hour’s downtime rose 113% in Automotive and 319% in Heavy Industry.
Sector
Cost per Hour
Key Trends

Automotive
$2.3M
Downtime doubles every 5 years; complex assembly and tight supply chains magnify losses; total plant losses now $750M/year.

Heavy Industry
$59K
Downtime costs quadrupled since 2019; supply-chain penalties flow down the line; total hours lost cut by nearly two-thirds via PdM.

FMCG
$36K
Costs stable since 2019; minor increases in overall plant downtime; still lagging in PdM adoption.

Oil & Gas
Variable ($60-$120/barrel)
Downtime costs tied directly to oil prices; 2022 record losses, 2023 decline aligned with lower prices.

Countering Rising Losses: Predictive Maintenance (PdM)

Faced with skyrocketing costs, manufacturers have embraced Predictive Maintenance (PdM) to prevent unplanned downtime while avoiding over-maintenance. PdM uses IoT sensors, condition monitoring, and AI to predict failures and optimize maintenance schedules.

Key outcomes of PdM adoption:

  • Unplanned downtime incidents reduced from 42 → 25 per month (2019–2023) per plant.
  • Hours lost per plant per month cut from 39 → 27, saving nearly a third annually.
  • Full adoption could save Fortune 500 manufacturers 2.1M hours, $388B in productivity, and $233B in maintenance costs.

PdM adoption trends:

  • Almost half of surveyed firms now have PdM teams, double 2019 levels.
  • 90% conduct condition monitoring; data sources include operational systems, maintenance records, and human insights.
  • Generative AI and advanced analytics improve failure prediction and decision-making.

Why PdM is essential:

  • Prevents catastrophic equipment failures.
  • Reduces unnecessary spares and planned maintenance costs.
  • Enhances machine lifespan and supply chain reliability.
  • Turns downtime management from reactive to proactive, protecting revenue in high-cost sectors.

With hourly losses exceeding $2M in Automotive and tens of millions in Heavy Industry, manufacturers cannot afford inefficiency. Predictive Maintenance, enabled by IoT, Industry 4.0, and AI, is now a mainstream solution, cutting downtime, controlling costs, and safeguarding global industrial productivity.

Are you currently searching for any MRO components? Send us your requirements, and we will reply within 1 hour. “Quote Now” button.

Related News

Loading...