Snapfix-CMMS, Hospitality, Property, Facilities & Maintenance Software

Peak Season Maintenance Risks & How to Prevent Claims

Written by Paul McCarthy | Jun 24, 2025 8:32:35 AM

 

Peak season isn’t just busy—it’s when your operation is most vulnerable.

 

With assets running overtime, teams stretched thin, and compliance deadlines stacking up, even a small oversight can trigger serious consequences. Breakdowns become more disruptive. Safety lapses become more likely. Claims—from equipment failure to contractor liability—become more expensive and harder to defend.

 

It doesn’t matter if you’re managing a hotel during peak holiday travel, a warehouse during year-end demand, or a production line during harvest—when the volume rises, so does the risk.

 

If you’ve experienced a maintenance delay during full occupancy, a system failure mid-shift, or a near-miss during a rushed repair, you know just how quickly things can spiral.

 

This guide outlines the most effective strategies to reduce claims and control operational risk when it matters most. From pre-season audits to post-season reviews, it’s a proactive playbook for anyone responsible for keeping things running—safely, smoothly, and without surprise.

 

Why Peak Season Increases Your Exposure to Risk

Peak season pressure is more than just a staffing challenge. It creates a system-wide ripple effect that can quickly spiral into costly claims if left unmanaged. Here’s how:

 

1. Equipment Is Under Constant Pressure

Your systems and machinery are likely operating for longer stretches, often with minimal downtime. Without proper servicing, this leads to accelerated wear and tear, increasing the chance of failures.

  • • HVAC systems working round the clock during summer?

  • • Conveyor belts running non-stop to fulfill orders?

  • • Hotel elevators or kitchen systems under constant load?

Unless you've prepped and monitored them, they become ticking time bombs.

 

2. Human Error Increases with Staff Fatigue

 

Fatigue is one of the biggest contributors to mistakes in high-stakes environments. Add in seasonal or temporary workers who may not be fully trained, and the potential for safety lapses or process deviations multiplies.

  • • A misplaced part.
  • • A skipped checklist item.
  • • A rushed decision under pressure.

Each of these can turn into an incident report—or worse, an insurance claim.

 

3. Oversight Gaps Grow Wider

With so many moving parts, even the most experienced managers can struggle to stay on top of every process. This creates blind spots in areas like safety compliance, documentation, and contractor performance.

  • • Are inspections being logged?
  • • Is someone tracking work order completion?
  • • Are contractors adhering to protocols?

 

If you’re relying on paper or manual updates, things will slip through.

 

9 Real-World Risk-Reduction Strategies to Survive (and Thrive During) Peak Season

Peak season isn’t a time to “hope for the best”—it’s when your entire operation is stress-tested. These aren’t just best practices; they’re real-world strategies that leading operations teams use to reduce exposure, control risk, and maintain high performance when the pressure is on.

 

1. Run a Comprehensive Pre-Season Asset and Risk Audit

Most peak-season failures aren’t random—they’re predictable. The problem? Too many teams skip this vital first step.

A pre-season audit should do more than list equipment; it should uncover vulnerabilities.

 

Here’s how to make it strategic:

  • • Map failure impact: Rank assets not just by value, but by the operational or reputational damage their failure would cause.

  • • Conduct FMEA (Failure Mode and Effects Analysis): Identify how each asset could fail, how often it might fail, and what the fallout would be.

  • • Cross-reference with historical data: Look at logs from last year’s peak season. Were there repeat failures? Delayed repairs?

  • • Engage frontline teams: Ask your maintenance techs and supervisors about known "problem assets" or recurring pain points.

Pro tip: Don’t silo your risk map. Store it in a shared digital system where operations, maintenance, compliance, and finance can all access and update it.

 

Also Read: No Time for Downtime: Why Maintenance Matters More During Wedding Season

 

2. Double Down on Preventive Maintenance—But Make It Smarter

Preventive maintenance (PM) isn’t just about avoiding downtime—it’s about controlling risk.

 

But here’s what most teams miss:

  • • Timing is everything: PMs done too late add no value. PMs done too early can waste resources. Use asset usage data (run hours, cycles, etc.) to fine-tune schedules.

  • • Target the “compliance-critical” assets: Focus on systems that affect life safety (e.g., fire suppression), regulatory audits (e.g., water treatment), or insurance liabilities (e.g., backup generators).

  • • Integrate with scheduling: Align PM with production lulls, check-ins/outs (hotels), or shift changes to avoid operational disruption.

  • • Build auto-escalation protocols: If a high-priority PM isn’t completed on time, make sure it’s flagged for review—and reassigned with urgency.

Preventive maintenance should be the foundation of your risk strategy—not an afterthought.

 

3. Implement Predictive Maintenance Where Failure Has High Consequences

Predictive maintenance (PdM) isn’t just a buzzword—it’s a game-changer when applied strategically.

 

Focus on:

  • • High-value, high-risk assets: HVAC systems, water pumps, refrigeration, conveyors—where failure results in significant revenue or safety impact.

  • • Sensor-based monitoring: Use vibration, temperature, oil quality, and energy consumption sensors to detect changes that precede failure.

  • • Trend-based maintenance triggers: Don't just react to alarms—set dynamic thresholds. For example, if a chiller’s energy draw increases 15% over its average, it’s time for an inspection.

4. Make Safety and Compliance Audits Routine, Not Reactive

Safety and compliance are often the first casualties of peak-season chaos—but they’re also the first line of defense in claim prevention.

 

 

To bulletproof your process:

  • • Audit before the rush: Complete walkthroughs and inspections well in advance. Use standardized digital checklists to ensure consistency.

  • • Digitize documentation: Store permits, certifications, and inspection results in cloud-based systems. Ensure they’re searchable by asset, location, or expiration date.

  • • Automate reminders: No one should be manually tracking license renewals or inspection schedules. Set alerts 30/60/90 days in advance.

  • • Train for real scenarios: Ensure staff know what to do during an emergency—not just what the SOP says. Consider running tabletop exercises.

Bonus: In the event of a claim or audit, digital records make your compliance posture defensible—and often result in faster claim approvals.

 

5. Take a Zero-Compromise Approach to Contractor and Temp Worker Risk

Many organizations bring in contractors or temporary staff to handle peak-season volume. But without structure, this opens the floodgates to liability.

 

Here’s how to protect yourself:

  • • Require digital onboarding: Collect certifications, insurance documentation, and signed safety briefings before granting site access.

  • • Assign tasks through a mobile platform: No more “he said, she said.” Every contractor task should be assigned, timestamped, and completed with digital verification.

  • • Use geofencing or access control logs: Know who was where, and when—especially for high-risk zones.

  • • Enforce role-based tasking: Only assign jobs to workers who meet the experience, training, and safety criteria you’ve set.

Remember: Contractor liability is often your liability if they’re not properly managed.

 

6. Forecast Spare Parts and Inventory Like a Peak-Season Pro

Inventory issues don’t just delay repairs—they’re often the root cause of prolonged outages, safety violations, or equipment damage.

 

Avoid that by:

  • • Forecasting based on asset usage, not calendar time: If your boiler cycles double during peak season, part wear accelerates too.

  • • Setting automated reorder points: Don’t wait for someone to notice the shelf is empty. Use digital stock alerts.

  • • Establishing vendor SLAs for fast shipping: Especially for parts with longer lead times. Work with suppliers who understand your seasonal urgency.

  • • Tracking part-to-asset relationships: Knowing which spare goes with which model and location saves precious time in emergencies.

Smart inventory isn’t a warehouse function—it’s a strategic risk lever.

 

7. Plan for Emergency Work Before You Need It

Emergency work shouldn’t be improvised. During peak season, confusion costs time—and time costs money.

 

Build your response structure in advance:

  • • Define what qualifies as an emergency (e.g., temperature breaches in a walk-in freezer, loss of critical utility service, safety system failure).

  • • Set predefined approval thresholds: Give managers authority to act fast within pre-approved budget limits.

  • • Maintain a vetted emergency vendor list: Waiting to “Google” a contractor during a flood or outage isn’t a plan.

  • • Build templated responses: Outline step-by-step actions for the top 5 most likely emergency scenarios.

Fast action only happens when there’s a clear playbook.

 

8. Track Real-Time Metrics That Drive Accountability

Dashboards aren’t decoration—they’re your early warning system.

 

Focus on operational and risk-relevant KPIs:

  • • MTBF / MTTR: Helps quantify equipment reliability and response effectiveness.

  • • Work Order Aging: Flag tasks that aren’t closing fast enough, especially critical ones.

  • • PM Compliance: A drop here signals that maintenance is being deferred—often a predictor of claims.

  • • Open Safety Issues or Near Misses: These should trigger alerts and require closure tracking.

  • • Asset Downtime by Category: Tells you where most disruptions originate.

Make sure leadership and field teams see the same data in real time—on mobile and desktop. Transparency drives accountability.

 

Also Read: How Hotels Can Use Data Analytics to Anticipate and Manage Peak Season Demands

 

9. Make Post-Season Reviews a Continuous Improvement Engine

When peak season ends, it’s tempting to catch your breath and move on. But that’s a missed opportunity.

 

Here’s what the best teams do:

  • • Analyze all incidents: Claims, near misses, delays—what went wrong, and what should change?

  • • Update SOPs and checklists: Apply what you’ve learned to improve training, workflows, and escalation paths.

  • • Quantify ROI: Show leadership how proactive maintenance reduced claims, downtime, or costs.

  • • Conduct team debriefs: Field teams often have the clearest insights into gaps and workarounds that slipped past management.

The goal isn’t just to survive the next peak—it’s to perform better every single time.

 

Also Read: The Silent Revenue Killer: How Maintenance Delays Are Sabotaging Guest Experience

 

Final Thoughts: Make Peak Season a Benchmark for Operational Excellence

Most organizations view peak season as a challenge to survive. But with the right systems in place, it becomes a proving ground—one where your team, tools, and processes perform at their absolute best.

 

From preventive maintenance to mobile checklists, real-time tracking to contractor oversight, every detail adds up. It’s not just about risk reduction. It’s about peace of mind, improved performance, and setting a new standard for how smoothly things can run—even under pressure.

 

Prepare early. Maintain smartly. Document everything. And when things go wrong—and sometimes they will—you’ll be ready, resilient, and one step ahead.

 

Equipment Failure Causes and Prevention during Peak Season - FAQs

1. Why do claims increase during peak season?

Because operations are under pressure—assets run longer, teams are stretched, and oversight can slip. This creates the perfect conditions for equipment failure, safety incidents, and compliance gaps, all of which drive up claims.

 

2. What types of claims are most common in busy periods?

  • • Equipment failure and associated downtime
  • • Workplace injuries and safety violations
  • • Regulatory non-compliance fines
  • • Insurance denials due to poor documentation
  • • Contractor-related liability claims

3. How can I reduce equipment-related claims?

By prioritizing preventive and predictive maintenance on high-risk systems before the season starts. Use sensor data, failure history, and condition monitoring to act early.

 

4. What’s the difference between preventive and predictive maintenance?

  • • Preventive maintenance is scheduled regularly (e.g., every 3 months).
  • • Predictive maintenance uses real-time asset data (e.g., vibration, heat) to trigger maintenance before failure occurs.

5. How far in advance should I prepare for peak season?

Ideally, 6–8 weeks in advance. This allows time for full asset audits, preventive maintenance, spare part ordering, and contractor onboarding.

 

6. What KPIs should I monitor during peak operations?

  • • MTBF (Mean Time Between Failures)
  • • MTTR (Mean Time To Repair)
  • • PM compliance rate
  • • Open vs. closed work orders
  • • Safety incidents and near misses

7. How do I manage contractor and temp worker risk effectively?

Digitally onboard all external workers with proper credentials, training records, and insurance verification. Assign tasks via a centralized system and track task completion with timestamps and photos.

 

8. What should a pre-season maintenance checklist include?

  • • Asset inventory and condition checks
  • • Priority-tagging of critical systems
  • • Safety and compliance audits
  • • Spare parts forecasting
  • • Preventive maintenance scheduling
  • • Contractor onboarding and access setup
  •  

9. How can I make safety audits less time-consuming?

Use digital checklists with auto-reminders and mobile inspection capabilities. Centralize documentation for easy retrieval during audits or claims.

 

10. What’s the best way to plan for emergency breakdowns?

  • • Define what qualifies as an emergency
  • • Set up pre-approved vendors and budgets
  • • Build response templates for common scenarios (e.g., HVAC failure)
  • • Establish chain-of-command for quick decision-making