Introduction
For most stadiums, the off-season represents the longest sustained window of uninterrupted access that facilities teams will see all year. There are no crowds, no broadcast deadlines, no game-day pressure, and no urgent fan-facing issues competing for every technician's attention. It is, in theory, the ideal time to tackle deferred maintenance, complete capital improvements, and set the building up for a smoother season ahead.
In practice, many venues squander this window because off-season planning is informal, data is scattered across spreadsheets and email chains, and project scope is determined by whoever is most vocal rather than by what the building actually needs most urgently.
The facilities teams that maximize the off-season are those that enter it with a CMMS-backed backlog report, a prioritized project list, and a week-by-week schedule built before the last game of the prior season ends. This article walks through how to build that discipline.
Using CMMS Data to Define the Off-Season Work Scope
The first question every facilities director faces at the start of the off-season is the same: what needs to be done? Without CMMS data, this question is answered by gut feeling and whoever argues loudest in the planning meeting. With CMMS data, it is answered by the building itself.
Extracting the Deferred Maintenance Backlog
A CMMS tracks every work order that was created but not completed during the active season. Work orders that were deprioritized during game weeks, deferred because access was not available, or put off because parts were not in stock accumulate into a deferred backlog. Pulling this report at season's end gives you:
- A count and dollar estimate of deferred corrective maintenance by system category
- Which assets generated the most deferred work (a strong indicator of assets that need capital attention, not just more reactive repairs)
- Work orders that required specialized contractor access that was not available during the season
A professional basketball arena that ran this report at the end of a recent season discovered that 34 percent of their deferred work orders were concentrated on seven assets — an air handling unit, two escalators, a section of fire suppression piping, and three elevator units — all of which were candidates for capital replacement rather than continued repair.
Reviewing PM Compliance Rates
Your CMMS PM compliance report shows which scheduled preventive maintenance tasks were completed on time during the season and which were missed. Off-season planning should address missed PMs before they become failures — and should examine why compliance rates were low for specific assets or systems.
Common causes of poor PM compliance during the active season include:
- Tasks scheduled at frequencies that were too aggressive for a busy game calendar
- Access constraints (field-level equipment, production rigging above the bowl) that make PM execution impossible on event days
- Parts availability issues that delayed PM completion
Adjusting PM schedules to move access-constrained tasks into the off-season window is one of the most practical improvements a CMMS-enabled planning process produces.
Warranty and Service Contract Expiration Review
The off-season is the right time to audit warranty expirations and service contract renewals for all major building systems. A CMMS that tracks asset purchase dates, warranty terms, and service agreement expiration dates provides this audit automatically. Catching a warranty expiration before it lapses — and scheduling any covered warranty work while the window is still open — can save significant capital.
Clearing the Deferred Maintenance Backlog
The deferred backlog is not simply a list of incomplete tasks. It represents physical deterioration that accumulated over the season and will continue to worsen if not addressed. Clearing the backlog systematically during the off-season is the most direct way to reduce reactive maintenance costs in the following season.
Backlog Prioritization Framework
Not all deferred work is equal. Prioritize the backlog using a simple three-tier framework:
- Safety and code compliance: any item that affects life-safety systems (fire suppression, emergency egress, structural integrity) must be addressed in the off-season without exception
- Revenue-impacting assets: equipment or systems that directly support event operations — concession refrigeration, AV and broadcast infrastructure, elevator and escalator systems, point-of-sale power circuits — should be addressed early in the off-season to maximize the available repair window
- Comfort and aesthetic items: seat repairs, finish work, painting, signage updates — these matter for guest experience but can be scheduled later in the off-season window and are often good candidates for phased completion by zone
Batching Work for Efficiency
The off-season allows work to be batched in ways that are impossible during the active season. An HVAC contractor who would need four separate visits to service four air handling units during the season can complete all four in a single extended access window during the off-season — at lower total cost and with minimal coordination overhead.
A CMMS with project grouping capabilities allows facilities directors to batch deferred work orders by system, zone, or contractor and schedule them as coordinated project blocks rather than individual isolated work orders.
Capital Improvement Projects During the Off-Season
Capital projects — those that require significant budget authority, multi-week timelines, and coordination of multiple contractors — cannot realistically be executed during the active season without disrupting operations. The off-season is when they happen.
Seat Replacement Programs
Seating is one of the most visible capital investments in any venue, and most large stadiums operate on a rolling seat replacement cycle — replacing 10 to 20 percent of seating inventory per off-season to manage both cost and operational disruption.
A CMMS supports seat replacement programs by:
- Tracking seat condition ratings by section, entered during post-season inspection work orders
- Identifying sections with the highest density of broken, damaged, or aesthetically degraded seats to guide replacement zone prioritization
- Generating purchase orders and receiving work orders for new seat deliveries tied to the project timeline
- Documenting seat model, color, and installation date at the section level for future warranty claims and replacement matching
Structural Inspections
Most large venue structural inspection programs are governed by state or local code requirements that mandate periodic professional engineering inspection of seating bowl structures, press box canopies, light stanchions, and cantilevered upper deck elements.
The off-season is the only time these inspections can be conducted with full access. A CMMS ensures:
- Inspection due dates are tracked and trigger scheduling well in advance of deadline
- Engineering firm contacts and prior inspection reports are attached to the structural asset records
- Deficiencies identified in structural reports generate work orders with appropriate priority and contractor assignments
- Inspection completion documentation is stored in the CMMS for regulatory and insurance purposes
Technology Infrastructure Upgrades
AV systems, Wi-Fi infrastructure, POS terminal networks, digital signage, and ribbon boards have become as operationally critical to modern venues as mechanical systems. They also have lifecycle curves that require periodic capital investment.
A major league baseball stadium that delayed a Wi-Fi infrastructure upgrade for two seasons beyond its planned replacement date experienced network failures affecting mobile ticketing and in-seat food ordering during three consecutive playoff games — a direct revenue and experience impact that the original upgrade cost would have prevented.
Technology upgrade projects that involve significant structural work (new conduit runs, antenna mount installations, fiber backbone extensions) must be planned around the off-season access window. A CMMS that tracks technology assets alongside mechanical and structural assets gives facilities directors the full picture of what capital investments are due in any given off-season.
Budget Planning with CMMS Data
Off-season capital and operating budgets are stronger — and more defensible to ownership — when they are grounded in actual maintenance data rather than estimates and historical approximations.
Building the Maintenance Budget from Asset Data
A CMMS that has captured a full season of work order history provides the data foundation for a credible maintenance budget:
- Actual labor hours by system category: what did HVAC maintenance actually cost in labor last season versus the prior season?
- Parts consumption by asset: which assets drove the most parts spend, and does that pattern indicate a replacement decision is more economical than continued repair?
- Contractor spend by vendor: where are the largest contracted maintenance costs, and are contract renewals or competitive bidding in order?
- Reactive vs. preventive ratio: if reactive maintenance represents more than 30 to 35 percent of total maintenance spend, the budget case for increased PM investment is straightforward to make with data
Justifying Capital Expenditures
Capital expenditure requests are approved more readily when supported by documented asset history. An air handling unit with three compressor failures in two seasons, documented in the CMMS with repair costs, parts costs, and downtime events, makes a compelling case for replacement that a verbal description alone cannot match.
CMMS reports showing cost-per-asset, failure frequency, and total cost of ownership over a five-year window give ownership and CFOs the financial narrative they need to approve capital investments with confidence.
Preparing Next Season's PM Schedules
The off-season is also the right time to review and update PM schedules for the coming season — not just execute deferred tasks from the prior one.
Incorporating Lessons Learned
Every season reveals something about PM frequency or task design that could be improved. A hydraulic press box that was inspected quarterly but failed in month five suggests the interval needs adjustment. An elevator that received full PM attention but still generated three reactive service calls suggests the PM procedure is missing a critical check.
A CMMS review of PM completion rates, follow-on reactive work orders generated shortly after PM tasks, and technician notes from completed PMs provides the input needed to revise procedures and intervals before next season begins.
Aligning PM Schedules with the Event Calendar
Not all PM tasks are compatible with event-day execution. In the off-season, facilities directors should audit every PM schedule and flag tasks that require extended equipment downtime or access to areas that are occupied during events — then reschedule those tasks to occur during off-season, bye weeks, or other low-activity windows.
A CMMS that allows PM schedules to be linked to the facility event calendar makes this alignment automatic: PM tasks that conflict with scheduled events are automatically deferred to the next available open window rather than simply skipped.
Conclusion
The off-season is a finite, irreplaceable asset for stadium facilities teams. Every week of off-season downtime that passes without a clear maintenance purpose is a week of deferred backlog that carries forward, a capital project delayed, and an asset that enters the next season in worse condition than it could have been.
The facilities teams that open each new season ahead of their peers are those that spent the prior off-season with a plan — and a CMMS that gave them the data to build it, track it, and prove it was executed.
FacilityLane gives stadium and arena facilities directors the backlog reporting, project management, asset history, and PM scheduling tools to make every off-season count. Schedule a planning session with our venue specialists to see how to build your off-season program in FacilityLane before the final whistle blows.