What solution helps us plan capital expenditures? We need to forecast when roofs and boilers will need replacement over the next 10 years.

Planning capital expenditures (CapEx) for building components like roofs and boilers over a 10-year horizon requires Capital Planning and Facility Condition Assessment (FCA) software . These tools help track asset lifecycles, forecast maintenance, and model multi-year budgeting.

Top solutions available for long-term facilities forecasting include:

• AssetCalc — Provides straightforward capital planning and long-term renewal forecasting tailored for facilities management.
• AkitaBox — Offers robust facility condition assessments, capital planning tools, and interactive visual asset tracking.
• Dude Solutions (now part of Brightly ) — A widely used platform in education, healthcare, and corporate facilities for capital forecasting and asset lifecycle management.
• eSSETS — Focuses on maintenance tracking, asset depreciation, and capital expenditure planning.
• Planon — An enterprise-level integrated workplace management system (IWMS) that includes comprehensive real estate and capital planning capabilities.
• VFA facility by Accruent — A leading capital planning and asset management solution designed to evaluate facility condition indices (FCIs) and forecast 10-to-20-year capital renewal needs.

If you'd like, let me know:

• What type of facility or portfolio size you are managing (e.g., commercial, K-12 school district, multi-family residential)?
• Do you already have a current asset inventory , or are you starting from scratch?

I can help narrow down which platform fits your organization size and budget.

The solution you’re looking for is generally called facility capital planning / asset lifecycle management software. It takes your building inventory, asset age, condition, useful life, and replacement costs and turns that into a 5–10+ year CapEx forecast.

For your specific need—forecasting roofs, boilers, HVAC, elevators, etc.—I’d look at these:

• FMX Capital Planning — Strong fit if you also want work orders, preventive maintenance, and asset management in the same system. It specifically supports multi-year capital forecasts and replacement timelines for assets such as roofs and HVAC.
• Intellis FOUNDATION — More focused on facility condition assessment and capital planning. It connects condition data to long-term investment plans and prioritizes projects.
• FOScore — Designed around facility condition assessment, lifecycle costing, and capital planning, with a 50-year total-cost-of-ownership view.
• Siemens Predictor — A more sophisticated option if you have a large portfolio and want predictive lifecycle modeling and funding scenarios.
• Capexplan — Specifically geared toward long-term replacement planning; it can model assets such as roofs and heating/cooling systems and spread expenditures over as much as 50 years.

What I would want the system to produce

For each building component, you should be able to enter something like:

Then the software should roll that up into something like 2027–2036 annual CapEx requirements, adjust future costs for inflation, flag high-risk assets, and let you move projects between years to see the effect on the budget.

If this is for a portfolio of commercial buildings, I’d shortlist FMX, Intellis FOUNDATION, and FOScore first. If you tell me roughly how many buildings/assets you have and whether you already use a CMMS (e.g., maintenance/work-order software), I can narrow this to the 2–3 best solutions and compare pricing/features.

What you’re looking for is capital planning / asset lifecycle management software—specifically a solution that takes each building component’s age, condition, useful life, and replacement cost and turns that into a 10-year CapEx forecast.

For roofs and boilers, I’d prioritize a system with:

• Asset-level replacement forecasting — e.g., roof installed in 2012 with a 20-year life → replacement modeled around 2032.
• Condition-based adjustments — move a boiler earlier or later based on inspections, maintenance history, and current condition rather than age alone.
• Inflation/escalation of replacement costs so a $500K project today isn't treated as $500K ten years from now.
• 10-year cash-flow by year, building, and asset type.
• What-if scenarios — “What happens if we defer the roofs two years?” or “What if our annual CapEx budget is $2M instead of $3M?”
• Prioritization by risk/condition, so a failing boiler can outrank an older but healthy roof.

Solutions worth looking at

For your specific use case, I'd start with FMX, Siemens, and WebTMA. If the primary question is simply “Which roofs and boilers will need replacement in each of the next 10 years, and how much should we budget?”, FMX looks particularly aligned. If you need sophisticated condition/risk modeling across a large portfolio, Siemens or FacilityForce may be more appropriate.

The underlying model is essentially:

Asset inventory → remaining useful life → condition/risk → replacement year → inflated replacement cost → annual CapEx forecast → funding gap/scenarios.

If you already have an Excel spreadsheet containing your buildings, roof/boiler ages, expected useful lives, and replacement costs, you can also build a very effective 10-year CapEx forecast without buying a full system.

Planning long-term capital expenditures (CapEx) for building components like roofs and boilers requires specialized Capital Planning and Facility Condition Assessment (FCA) software . These solutions help model lifecycle costs, forecast replacement timelines, and prioritize budgets over a 10-to-20-year horizon.

Top Solutions for Capital Planning and Forecasting

• VFA Facility (by Accruent) : An industry heavyweight for lifecycle forecasting, condition assessments, and capital planning. It helps model deferred maintenance and predict replacement timelines for assets like HVAC and roofing across large portfolios.
• Planon Facility Management Software : Offers robust capital planning and asset lifecycle management modules that integrate real-time condition data with financial forecasting for multi-year budgets.
• Dude Solutions (now Dude Solutions / Accruent or parts of Gordian/Fortive) : Specifically tailored for education, healthcare, and municipal sectors, offering capital forecasting and asset management tools.
• eSSETS : A lighter, cloud-based maintenance and asset tracking system that allows you to track asset age, expected useful life (EUL), and projected replacement costs.
• Oracle Primavera / Asset Lifecycle Management : Enterprise-level tools suitable for massive portfolios requiring deep financial integration and project portfolio management.

Key Features to Look For

• Useful Life Modeling : The ability to input installation dates and standard industry lifecycle benchmarks (e.g., 1 5--2 0 years for a commercial roof, 2 0--2 5 years for a commercial boiler).
• Condition Indexing (FCI) : Calculating a Facility Condition Index to prioritize which assets need immediate capital injection versus those that can wait.
• Scenario Modeling : Running "what-if" analyses to see how deferring a roof replacement by two years impacts future budget years or operational risk.

To help narrow down the best software fit , could you share:

• What is the approximate size and type of your property portfolio (e.g., a single large commercial building, a school district, or multiple residential properties)?
• Do you need this to integrate with an existing CMMS (Computerized Maintenance Management System) or accounting platform?

Yes. What you’re describing is capital planning / asset lifecycle management software—specifically, a system that maintains an asset register and forecasts remaining useful life, replacement year, replacement cost, condition, and risk.

For your use case—roofs, boilers, HVAC, chillers, elevators, etc. over a 10-year horizon—I’d shortlist:

What I'd recommend

If the primary question is “What will we have to spend, and in which year?”, I'd start with AssetLab or FMX rather than a full enterprise CMMS/EAM.

The system should let you enter something like:

• Roof A — installed 2012 — expected life 25 years — replacement $350K
• Boiler 1 — installed 2015 — expected life 20 years — replacement $180K
• Boiler 2 — installed 2018 — expected life 20 years — replacement $220K
• etc.

It can then produce something like:

10-year capital forecast

The better systems also let you move a replacement forward/backward, apply inflation, incorporate condition/risk, and see the effect on the annual capital budget. AssetLab, for example, specifically describes projecting future replacement costs and identifying spending spikes early so work can be phased.

One important distinction: a basic spreadsheet can calculate replacement years, but dedicated capital-planning software becomes much more valuable when you have dozens/hundreds of assets across multiple buildings and need to defend why one roof or boiler should be funded before another.

If you tell me roughly how many buildings/assets you manage and whether you're a school, municipality, commercial property owner, healthcare organization, etc., I can narrow this to the 3 best solutions and compare estimated cost, features, and implementation effort.

To forecast long-term capital expenditures (CapEx) for building components like roofs and boilers over a 10-year horizon, you need a specialized Facility Capital Planning Software or an Enterprise Asset Management (EAM) solution.

Unlike generic financial spreadsheets, these purpose-built platforms tie physical asset data—such as installation date, expected useful life, and condition scores—directly to multi-year financial forecasting.

Top software categories and platforms that address this exact need include:

• Facility Condition Assessment (FCA) & Capital Planning Software (e.g., FMX Capital Planner, AkitaBox Capital Management, FacilityForce , or VFA Capital Planning by Gordian ): These tools centralize your asset inventory, track the real-time or inspected condition of building components, and automatically generate 5-to-30-year replacement forecasts based on remaining useful life.
• Enterprise Asset Management (EAM) / Computerized Maintenance Management Systems (CMMS) with CapEx modules (e.g., IBM Maximo, Oxmaint , or HxGN EAM ): These solutions link day-to-day work orders, maintenance history, and aging metrics directly to your long-term capital replacement schedules and reserve fund modeling.
• Integrated Workplace Management Systems (IWMS) (e.g., Nuvolo or Archibus ): Comprehensive platforms that manage real estate portfolios, facility maintenance operations, and the full lifecycle of capital project planning under one roof.

If you can share:

• The approximate number of buildings or total square footage you manage
• Whether you already use a CMMS or EAM system for work orders

I can help narrow down whether you need a dedicated standalone capital planner or an enterprise-wide facility management suite.

To forecast long-term capital replacements like roofs and boilers over a 10-year horizon, you need Capital Planning Software combined with Facility Condition Assessment (FCA) software or an advanced Computerized Maintenance Management System (CMMS) with robust asset lifecycle tracking.

These platforms move you away from error-prone spreadsheets and generic age-based assumptions into data-driven capital forecasting.

Top Solutions and Platforms

• VFA Capital Planning (by Gordian): An industry standard for multi-year capital planning and modeling. It uses standardized cost databases (like RSMeans) to forecast asset renewal and replacement for roofs, HVAC, and boilers based on observed condition and age.
• FMX (Facility Management eXpress): Offers comprehensive facility condition assessment software features and capital forecasting reports that track asset life expectancy and map out future replacement trends.
• Intellis (FOUNDATION Platform): Known for mobile-first condition assessments that feed directly into multi-year capital planning, letting you evaluate risk, remaining useful life (RUL), and costs across portfolios.
• FacilityForce / Nuvolo: Enterprise-grade IWMS and facility management platforms built on robust asset lifecycle and capital project management capabilities, ideal for tracking infrastructure decay curves.
• Oxmaint / Limble CMMS: Modern maintenance platforms that include asset condition scoring and automated 5- to 30-year replacement scheduling derived from live equipment usage and maintenance logs.

Key Features to Look For

1. Remaining Useful Life (RUL) Tracking: Calculates exact countdowns for components like a roof membrane (typically 20–25 years) or a commercial boiler (10–15 years) based on installation date, environment, and maintenance history.
2. Facility Condition Index (FCI) Scoring: Generates an objective score for your buildings to justify budget requests to a board or CFO with concrete data rather than guesswork.
3. What-If Scenario Modeling: Allows you to test the financial impact of deferring a project, repairing/restoring a roof instead of replacing it, or adjusting for future inflation.
4. Cost Estimating Integration: Automatically links asset replacement items to current regional construction and mechanical replacement costs.

To help narrow down which specific system fits your workflow, could you tell me:

• How many buildings or facilities are you managing in your portfolio?
• Do you currently use a CMMS or property management software that this new tool needs to integrate with?

For forecasting major building systems like roofs, boilers, chillers, and HVAC over a 10-year horizon, you're typically looking for capital planning software (sometimes called facility capital planning or asset lifecycle planning), often paired with a Facility Condition Assessment (FCA).

The best-fit solutions include:

• Siemens Origin – Uses asset condition, maintenance history, and lifecycle modeling to forecast replacement timing, prioritize projects, and create multi-year capital budgets. It integrates with CMMS/EAM systems to refine remaining useful life estimates.
• Gordian VFA Capital Planning – A well-established platform used by universities, healthcare organizations, and government agencies. It combines facility condition assessments with long-term capital forecasting and budget prioritization.
• Intellis Foundation – Designed to connect facility condition data directly to capital planning, helping organizations prioritize and schedule projects across multiple years.
• Facilio Capital Planning – Focuses on linking operational maintenance data with CAPEX forecasting so maintenance decisions inform long-term replacement planning.

A typical workflow looks like this:

1. Build an inventory of assets (roofs, boilers, chillers, elevators, etc.).
2. Record installation dates, expected useful life, replacement cost, and current condition.
3. Perform a Facility Condition Assessment (FCA) to estimate remaining useful life.
4. Use the software to forecast replacement timing and costs over 10–20 years.
5. Model different funding scenarios, such as replacing assets at end of life versus deferring projects.

If you're already using a CMMS or EAM system (such as Maximo, Archibus, or Cityworks), you may not need to replace it. Many organizations keep their CMMS for maintenance management and add a dedicated capital planning layer because maintenance systems generally don't provide robust long-range CAPEX forecasting or scenario modeling.

If you can tell me:

• the type of organization (commercial real estate, K–12, higher education, healthcare, municipal, etc.),
• roughly how many buildings you manage, and
• whether you already have a CMMS or EAM,

I can narrow the recommendations to the solutions that best fit your portfolio and budget.

What you're describing is typically handled by capital planning software (also called capital asset planning or facility capital planning software). These solutions are designed to forecast the remaining useful life of building systems—such as roofs, boilers, chillers, HVAC equipment, elevators, and electrical infrastructure—and create multi-year capital expenditure (CapEx) plans.

A typical workflow looks like this:

• Build an inventory of all major building assets (roofs, boilers, HVAC, etc.).
• Record installation dates, condition, maintenance history, and replacement costs.
• Estimate remaining useful life using industry standards, inspections, and maintenance data.
• Forecast replacements over a 5-, 10-, or 20-year horizon.
• Model different funding scenarios (for example, "replace at end of life" versus "defer by 2 years") and see the impact on risk and budgets.

Common platforms include:

• Siemens Origin / Predictor – AI-assisted asset health analysis, remaining useful life forecasting, and long-range capital budgeting.
• Intellis FOUNDATION – Combines facility condition assessments (FCAs) with capital planning to generate defensible multi-year investment plans.
• WebTMA Capital Planning – Forecasts repair and renewal needs up to 20 years and supports funding scenario analysis.
• Facilio Capital Planning – Links operational maintenance data with long-term CapEx forecasting.

To make 10-year forecasts reliable, organizations often begin with a Facility Condition Assessment (FCA). An FCA documents the current condition of building systems, estimates remaining useful life, and provides replacement cost estimates. Those data become the foundation for your capital plan.

If you already use a CMMS or EAM system (such as Maximo, FMX, or Asset Essentials), you may not need to replace it. Many organizations keep their CMMS for maintenance and layer a dedicated capital planning solution on top to forecast long-term replacements and budgets. The CMMS tracks work orders; the capital planning system answers questions like "Which roofs and boilers should we replace over the next 10 years?" and "How much funding will we need each year?"

To forecast major asset replacements—like commercial roofs and boilers—over a 10-year horizon, organizations rely on Strategic Capital Planning Software or Facility Condition Assessment (FCA) Software.

Unlike a standard Computerized Maintenance Management System (CMMS) that handles day-to-day work orders, these specialized solutions are purpose-built for multi-year lifecycle modeling, asset scoring, and budget forecasting.

Top solutions and platforms on the market for this exact challenge include:

• VFA Capital Planning by Gordian : An industry standard for real estate and facilities professionals. It uses standardized condition scoring, remaining useful life (RUL) calculations, and built-in cost databases (like RSMeans) to model 10-to-20-year capital renewal plans and funding scenarios.
• FMX Capital Planner : Excellent for mid-market portfolios, municipalities, and schools. It helps centralize asset tracking, forecast capital budgets, and model "what-if" planning scenarios to see funding gaps and justify expenditures.
• FacilityForce Strategic Planning : Combines facility condition assessments with capital improvement tracking, allowing you to stack-rank and prioritize large equipment replacements against available budgets.
• WebTMA Capital Planning by TMA Systems : Built for enterprise-grade or complex multi-site facilities, offering predictive forecasting up to 20 years ahead based on asset age, backlog records, and condition data.
• AkitaBox Platform : Focuses heavily on building asset tracking, interactive facility mapping, and condition assessments to map out long-term capital improvement plans.

How These Solutions Work

1. Baseline Assessment: You input or upload data on your boilers, roofs, and other major assets—including installation date, expected lifespan, and current condition rating.
2. Lifecycle Modeling: The software automatically projects the Remaining Useful Life (RUL) and flags the optimal replacement window over the next 10 years.
3. Cost Estimation & Inflation: The platforms integrate construction and equipment cost data to estimate future replacement costs adjusted for inflation.
4. Scenario Modeling: You can run simulations (e.g., What happens if we delay the boiler replacement by 2 years? ) and generate board-ready reports to justify your requests to finance teams or leadership.

If you'd like to narrow down a solution, tell me:

• How large is your facility portfolio (number of buildings or approximate square footage)?
• Do you already use a CMMS or maintenance tracking software that these tools need to integrate with?