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An ageing, rusted rooftop unit on a snowy roof with the Toronto skyline behindAll Features

Replacements, ranked by risk and budget

Forecast every asset's end-of-life and cost two decades out, rank replacements by risk, and match them against budget - so capital planning runs on data, not surprises.

No more budget surprises

Every asset's end-of-life year and replacement cost is forecast two decades ahead - so peak years show up in planning meetings, not as emergencies.

Fund what matters first

Risk-based priority ranking puts safety and service-critical replacements at the top - instead of whichever asset complained loudest.

Win the budget conversation

Funding requests backed by forecasts, condition data, and visible funding gaps are approved - anecdotes get deferred.

See the next two decades of replacements

Purchase year plus expected lifetime predicts when each asset reaches end-of-life; inflation-adjusted costs show what each year of replacements will actually take. Peak years stop being ambushes.

  • End-of-life year forecast for every asset
  • Condition assessments add a projected condition curve and a suggested replacement year that feeds the plan
  • Replacement costs projected in future dollars
  • Spikes visible early - phase work to smooth them
  • Built from the lifecycle data you already maintain
Read about FCI forecasting →
AssetLab
Renewal Forecast, 2026-2046
Capital backlog · ranked by risk
Export plan
Roof · Tennis CentreReplace 2026CA$55,000High · 16
BAS Controller · LibraryReplace 2028CA$25,000Medium · 9
Water Main · Admin WingReplace 2029CA$75,000Score risk
Risk scoring: Water Main20 · Critical
Safety · Operational · Regulatory · Financial
Likelihood
12345
Consequence
12345
Apply
Backlog total · CA$155,000 Inflation-adjusted · 3%
Ranked #1, added to FY2029 plan
Replacement queue · ranked by risk
Next in line
Fire alarm panel · Bldg ACRITICAL
Est. replacement $84,000
Chiller 1 · Main BuildingHIGH
Est. replacement $310,000
Roof section B · Bldg CMEDIUM
Est. replacement $190,000
Parking lot resurfaceLOW
Est. replacement $65,000
Ranked by lifecycle stage, condition, criticality, and repair spend

The riskiest assets go first

Without objective criteria, capital goes to whoever asks loudest. AssetLab ranks every replacement from CRITICAL to LOW on a weighted score of lifecycle stage, condition, criticality, and repair spend - and the ranking defends itself.

  • Four priority levels with clear, consistent criteria
  • Default weights you can adjust to your own priorities
  • A defensible answer for every "why not mine?"
Explore risk management →

Every candidate is scored on the same four weighted factors, so two people looking at the same data arrive at the same ranking:

1
Lifecycle stage
How much of its useful life the asset has used. Weighted 40 by default.
2
Condition
How far its latest condition score has fallen - an asset in measurably poor shape outranks one that is merely old. Weighted 25.
3
Criticality
Consequence of failure across safety, service and four more dimensions - life-safety systems rank ahead of comfort systems. Weighted 25.
4
Repair spend
Repair and PM spend to date against replacement value. Weighted 10.

Find funding gaps before they find you

Match each year's replacement capital need against its budget, and shortfalls surface years in advance - which turns "we need more money" into a quantified, dated, defensible funding request.

  • Annual budgets with allocated and remaining amounts
  • Funding gaps quantified per year, not discovered in crisis
  • Evidence that wins council and board approvals
Read about tackling the deferred maintenance backlog →
Capital forecast vs budget
Next three years2028 gap: $640k
2027Funded
2028Shortfall
2029Funded
Forecast needBudget
Gaps surface years ahead - while there's still time to phase or fund them
Capital forecast · 20-year outlook
Baseline vs Planner
BaselinePlanner
FCI forecastHigher = worse condition
28%6%
22-pt better FCI
Net PP&E forecastHigher = more book value
$4.1M$9.8M
+$5.7M retained
The gap between doing nothing and funding your plan - in condition and in dollars - is the business case for the budget.

Watch the plan lift the forecast

Set a replacement year on an asset and a dashed Planner line redraws the forecast, crediting that reinvestment. The same scheduled work that improves projected condition also retains book value - so the gap between baseline and Planner quantifies exactly what your plan buys.

  • Planner line credits every replacement year you set
  • Condition (FCI) and book value (Net PP&E) on one screen
  • Inflation-adjusted replacement cost at each plan year
  • Compare "do nothing" against "fund the plan" instantly
  • Capital Brief on the Lifecycle dashboard turns the same numbers into a downloadable narrative - projected costs, keep-pace vs catch-up reinvestment, funding gap by system class - filtered to facilities, infrastructure, or both
See how the Planner line proves ROI →

Rank by extended life, not raw design life

A lifecycle strategy models the interventions between buying an asset and replacing it, so the planner stops ranking on the design life the manufacturer printed and starts ranking on the life you are actually going to get. The dashboard prices the whole program: year-by-year cash flow against the run-to-replacement line, years of life added, and replacement value deferred.

  • Rankings read the strategy-aware renewal year, not design life
  • Filter on Due intervention and Missed window to find the work that still pays
  • Every strategy ranked by cost per added year of life - including what an already-missed window would have cost
  • Assets with no expected lifetime of their own fall back to their asset type's default service life
  • Chart, table, and summary cards read one shared resolver, so they cannot disagree about when an asset needs replacing
Compare asset replacement strategies →
Lifecycle strategy · 30-year projection
Rooftop unit · condition
Run to replacementWith strategy
RecoatRetubeReplace
+13 yrs
life added
$1.9M
value deferred
Ranked by cost per added year of life
Roof recoat
$4.2k/yr
Boiler retube
$6.8k/yr
Pump rebuild
$11.9k/yr
A recoat at condition 70-85 buys five more years. The strategy prices every intervention against the replacement it defers.
Replacement plan · Chiller 1
$310,000 · scheduled 2027
Planned
Cost estimated, priority assigned
Budgeted
Funded in the 2027 capital budget
Approved
Board sign-off received
Completed
Asset replaced, record updated
Every plan's status visible - nothing approved gets forgotten

From plan to replaced, without losing track

Each replacement plan moves through a clear workflow - planned, budgeted, approved, completed - so the status of every capital project is one glance away, across every site and every year.

  • Five statuses cover the full approval lifecycle
  • Completed replacements update the asset record
  • Cancelled or deferred plans stay documented
Explore strategic planning →

How to build an asset replacement plan

Whether it covers one building or a municipal portfolio, asset replacement planning comes down to the same six steps. AssetLab runs each one from the asset records you already keep.

1
Inventory the three fields every forecast needs
Install year, expected useful life, and current replacement value. With those in place, a first-pass end-of-life year for every asset falls out automatically.
2
Assess condition
Condition scores (0-100) correct paper lifetimes against real deterioration - a well-kept 25-year-old boiler can outlast a neglected 10-year-old one.
3
Score risk
Criticality and condition put critical assets ahead of assets that are merely old.
4
Forecast 20 years in future dollars
Project each replacement cost forward with inflation to the year it actually lands.
5
Match need against budget
Compare each year's replacement capital need to available funding, so gaps surface years ahead.
6
Approve, then refresh annually
Move each plan through planned, budgeted, and approved, and re-run the forecast every cycle as new condition data arrives.

And everything else you'd expect

Inflation adjustment

Replacement costs projected in future dollars

Priority ranking

Critical to low, by life, condition and criticality

FCI thresholds

Condition index translates into urgency bands

Plan workflow

Planned → budgeted → approved → completed

Annual budgets

Allocated and remaining tracked per year

Funding gap analysis

Need versus budget, visible years ahead

Portfolio rollups

Forecasts by site, building, or system

Exportable reports

Council- and board-ready capital plans

Multi-site support

Unlimited sites, buildings, and locations

Replacement Planning FAQ

Common questions about capital forecasting, prioritization, FCI, and how AssetLab fits your planning cycle.

What is asset replacement planning software?
Asset replacement planning software forecasts when each asset will reach end-of-life and what replacing it will cost, then rolls those into a multi-year capital plan. Instead of reacting to failures, you see the next two decades of replacements - prioritized by risk and matched against budget - years before the spend.
How does the replacement forecast work?
Each asset's purchase year plus expected lifetime predicts its end-of-life year, and its replacement cost is projected forward with a configurable inflation rate. The lifecycle data you already maintain feeds the forecast automatically - no separate planning spreadsheet to keep alive.
What should an asset replacement plan include?
A complete plan lists every asset with its install year, expected useful life, and current replacement value; a condition score or FCI; a risk rating; a forecast replacement year with an inflation-adjusted cost; and the funding status of each planned replacement. Rolled up by year, it becomes a 20-year replacement capital forecast - the document a council or board can actually approve.
How do you calculate asset replacement cost?
Start from the current replacement value (CRV) of the asset - what it would cost to replace today - and project it forward with inflation to the year the replacement actually lands. A $200,000 roof due in 2038 is not a $200,000 line item. Lifecycle cost analysis then adds the maintenance and operating costs over the life of the replacement asset.
How far ahead should replacement forecasts extend?
Twenty years is the common horizon for capital planning, because it captures the full life of major building systems (HVAC roughly 15-25 years, roofing 20-30 years, electrical 25-40 years). Shorter horizons miss the peak years that matter most for budgeting.
How do you prioritize asset replacements?
Each candidate gets a priority from CRITICAL to LOW from a weighted score: lifecycle stage (40 by default), condition (25), criticality, meaning consequence of failure across safety, service and four more dimensions (25), and repair spend against replacement value (10). You can adjust the weights. The ranking gives you objective criteria for which assets get funded first - and a defensible answer when someone asks why theirs didn't.
What is replacement capital?
Replacement capital is the money set aside to replace existing assets as they wear out - as opposed to growth capital, which funds new capacity. Forecasting it starts with each asset's end-of-life year and inflation-adjusted replacement cost; rolled up by year, those become the annual replacement capital requirement your budget can be tested against. AssetLab calculates this per year, per site, and per system across a 20-year horizon.
What is FCI and how does it affect replacement urgency?
The facility condition index divides deferred maintenance cost by replacement value - a quick health score for a building or portfolio. Higher FCI means deterioration is outpacing investment, which translates directly into shorter replacement horizons. Read about FCI forecasting.
How does budget tracking work?
Set an annual capital budget and allocate it to specific replacement plans. AssetLab shows allocated versus remaining funds per year - and when forecast needs exceed the budget, the funding gap is quantified years in advance, which is exactly the evidence a funding-increase request needs.
What is a lifecycle strategy?
A lifecycle strategy models the interventions between buying an asset and replacing it - a roof recoat at condition 70-85 that adds five years, a boiler retube at 40-60 that resets condition to 100. Each event carries a fixed cost, a cost source, and a trigger window, set once per asset type or type group, and every matching asset projects its own sawtooth condition curve anchored at its own assessed condition. The planner ranks by extended life rather than raw design life, and the dashboard prices the program - year-by-year cash flow against the run-to-replacement line, years of life added, replacement value deferred, and each strategy ranked by cost per added year of life.
How much does capital planning software cost in Canada?
US-based platforms typically gate capital planning behind enterprise tiers at $100+ USD per user per month. AssetLab publishes its pricing in CAD: replacement forecasting, prioritization, FCI analysis, and budget tracking are all part of the 360 plan at $65 per user/month - no per-module licensing. See pricing for details.
A maintenance technician with a tablet inspecting pumps in an industrial plant

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