Operational Stream
Component 1: Cash Outflows
The Cash Outflows component captures all development-phase capital expenditure, from land acquisition through construction to pre-opening. Your inputs here determine the total project cost (TPC) and feed directly into the financing engine.
Overview
Component 1 walks you through 13 sequential steps to model the full capital stack of your development. Each step builds on the previous one, and your early choices (asset type, segment, positioning) directly influence the benchmark values suggested in later steps.
What This Component Produces
- •Total Project Cost (TPC): Land + Construction + Soft Costs + FF&E + POWC + Contingency
- •Monthly Cash Outflow Schedule: Construction costs phased using an S-Curve distribution
- •Development Budget Summary: Itemized breakdown for lender and investor review
Step-by-Step Walkthrough
Step 1: Project Location
Select the country and city where the project is located, or use the interactive map to virtually pinpoint your exact site.
- Pin-Drop Precision: Click anywhere on the map to drop a pin. The system captures the exact Latitude and Longitude. This precision allows the AI Research Engine to pull hyper-local micro-market data (e.g., specific neighborhood trends).
- Auto-Currency: Selecting a country automatically suggests the local currency (e.g., Malaysia → MYR), which can be overridden in Step 2.
This selection is critical because it determines:
- Default currency and unit conventions
- Construction cost benchmarks specific to the market
- Regulatory and permitting timelines
- Tax and VAT treatment assumptions
Step 2: Currency Selection
Choose the currency for your financial model. The system will use this currency throughout all components for consistency. Common choices include AED (UAE Dirham), USD, SAR (Saudi Riyal), and GBP. All calculations, charts, and exported reports will display in this currency.
Step 3: Operational Asset Type
Select the income-producing asset class. This is one of the most consequential choices in the model, as it determines the revenue structure, operating expense ratios, and exit cap rates used throughout.
🏨 Hotel / Hospitality
Revenue from daily room sales, F&B, and ancillary services. Requires ADR and occupancy modeling.
🛍️ Shopping Mall / Retail
Revenue from tenant leases, percentage rents, and CAM charges. Requires tenant mix modeling.
🏢 Office (Stabilized)
Revenue from corporate leases with escalation clauses. Requires lease structure modeling.
🏠 Residential BTR
Revenue from monthly residential leases. Requires unit mix and furnishing level modeling.
📦 Warehouse / Industrial
Revenue from long-term industrial leases. Requires modeling of loading docks, clear height, and specialized storage.
🖥️ Data Centre
Revenue from power capacity (MW), rack space, and cooling services. Requires PUE (Power Usage Effectiveness) and IT load modeling.
Step 4: Operating Segment & Market Positioning
Based on the asset type selected in Step 3, you will choose an operating segment and market positioning. These selections calibrate the construction cost benchmarks, revenue assumptions, and operating expense profiles used throughout the model.
🏨 Hotel Segments
| Segment | Description | Star Ratings |
|---|---|---|
| Business / Upscale | Corporate & conference demand, higher ADR, strong weekday occupancy | 3★, 4★, 5★ |
| Resort / Leisure | Destination properties with recreational amenities, seasonal demand | 4★, 5★ |
| Boutique / Lifestyle | Design-led, smaller key count, personalized service | 4★, 5★ |
| Budget / Economy | Limited service, lean FF&E, high occupancy, low ADR | 3★ |
🛍️ Retail Segments
| Segment | Description | Positioning |
|---|---|---|
| Regional Mall | Large enclosed center, anchor tenants, high foot traffic | Luxury, Upscale, Mid-Market |
| Lifestyle Center | Open-air premium experience, higher-end tenants | Luxury, Upscale |
| Community Center | Neighborhood convenience, grocery-anchored | Mid-Market, Value |
| Outlet Center | Discount brands, destination shopping, tourist traffic | Value, Mid-Market |
🏢 Office Segments
| Segment | Description | Positioning |
|---|---|---|
| Prime / Grade A Tower | CBD high-rise, premium specs, blue-chip tenants | Premium / Trophy |
| Business Park / Campus | Suburban low-density, tech & R&D tenants | Grade A / Institutional |
| Secondary / Grade B | Established locations, functional spaces, value-add | Grade B / Core |
| Co-Working / Flexible | Serviced offices, flexible leases, higher opex | Grade A, Grade B |
🏠 Residential BTR Segments
| Segment | Description |
|---|---|
| High-Rise Tower | Urban core, 10+ floors, full amenities (gym, pool, concierge) |
| Mid-Rise / Garden Style | Suburban, 3-6 floors, family-oriented, surface parking |
| Townhome / Low-Rise | G+2 max, private entrances, land-intensive |
| Compact Units | G+4 to G+16, studios & 1BR, young professional demand |
📦 Warehouse Sub-Type & Quality Grade
Choosing the warehouse sub-type and quality grade determines the technical specifications auto-calculated in Step 5.
| Warehouse Sub-Type | Description |
|---|---|
| Bulk / Distribution | Large-scale, high-bay storage & distribution |
| Last-Mile / Urban | Smaller facilities closer to population centres |
| Multi-Storey | Land-scarce urban locations, multiple levels |
| Cold Storage | Temperature-controlled facilities, higher cost |
| Light Manufacturing / Workshop | Combined warehouse + light industrial |
Grade A
Modern, high-spec, prime location.
Grade B
Functional, secondary location.
🖥️ Data Centre Segment & Positioning
For Data Centres, choosing the Colocation or Edge segment, Uptime Tier, and market positioning drives the building specifications and CapEx benchmarks in subsequent steps.
Colocation (Wholesale)
Multi-tenant facilities leasing space and power.
Edge
Distributed low-latency facilities (100 kW – 1 MW).
Tier Level
- Tier II: Redundant components · Single path
- Tier III: Concurrently maintainable · Dual path
- Tier IV: Fault-tolerant · Fully redundant
Positioning
- Premium / Tier III+: Higher specification, higher lease rates
- Standard / Tier II: Cost-optimised, competitive pricing
Furnishing Levels (Residential Only)
- Unfurnished: Shell + basic finishes. Lowest capex.
- Semi-Furnished: + appliances & window treatments. Moderate premium.
- Fully Furnished: + furniture, kitchenware, linens. Commands 20-40% rent premium.
Step 5: Building Configuration
Define the physical structure of your building. These inputs directly affect construction cost calculations in Step 6.
Standard Assets (Hotel, Retail, Office, BTR)
Number of Basements
Underground levels for parking, MEP, or storage. Basements have significantly higher construction costs per sqm than above-grade floors.
Number of Podium / Parking Floors
Above-grade parking or retail podium levels. These typically have lower construction costs per sqm than occupied floors.
Number of Building Floors
Above-grade occupied floors (guest rooms, office space, residential units). This is the primary revenue-generating area.
📦 Warehouse Building Configuration
FeasiBuild auto-calculates technical details from the selected sub-type & grade. A Summary of Your Selections (from Step 4) panel shows Sub-Type and Quality Grade.
Two tabs: Single Warehouse and Industrial Park.
Single Warehouse template
The template is editable from the park tab via Edit Template → Single Warehouse.
- BUA (sqft)
- Floors
- Clear Height (ft)
- Column Spacing (ft)
- Dock Doors (count)
- Land Area (sqft)
Industrial Park — Park Configuration
- Number of Units: min 4 / max 50, validated when you leave the field.
- Warehouse Land Area (sqft): units × single warehouse land.
- Common Infrastructure Area (% of Land): auto-suggested 20–30%.
- Total Land Area (sqft): warehouse land + common infrastructure area.
🖥️ Data Centre Building Configuration
For Data Centres, enter IT load and site parameters. Racks, white space, GFA, and land coverage calculate automatically based on these inputs.
Power & IT Capacity
- IT Load Capacity (MW) & Power Density (kW per rack): Determines the total power requirement.
- Number of Racks: Auto-calculated (IT Load ÷ Power Density).
- IT Load Density (kW/sqft): Can be manually overridden or reset to benchmark.
White Space Area
- White Space Area (sqft): Auto-calculated (IT Load ÷ IT Load Density).
- White Space Ratio (%): Percentage of total area dedicated to white space.
- Total Building GFA (sqft): Auto-calculated (White Space ÷ Ratio).
Critical Infrastructure
- Cooling System Type: e.g., Air-Cooled.
- Cooling Efficiency (PUE): Power Usage Effectiveness (pre-filled from AI research, editable).
- UPS / Backup Power (MW) & Number of Generators.
Connectivity
- Fiber Connectivity: e.g., On-Net.
- Number of Diverse Fiber Paths.
Building Configuration & Land
- Number of Buildings / Halls, Floors per Building, Building Height (ft).
- Total Land Area (sqft) & Land Coverage (%).
Step 6: Construction Costs
Enter the Built-Up Area (BUA) and construction rate per sqm for each building element. The system will suggest benchmark rates based on your selections from Steps 1-5, but you can override these with project-specific data.
Standard Assets (Hotel, Retail, Office, BTR)
Building Floors BUA & Rate
Total built-up area of above-grade occupied floors and the construction cost per square meter. This is typically the largest cost line item.
Podium / Parking BUA & Rate
Area and rate for above-grade parking structures. Rates are lower than occupied floors due to simpler finishes.
Basement BUA & Rate
Area and rate for underground levels. Basement construction carries a significant premium (typically 1.5-2.5x above-grade rates) due to excavation, waterproofing, and shoring.
📦 Warehouse Construction Costs
A benchmark chip identifies the benchmark set (e.g. Warehouse / Industrial · Malaysia · Bulk / Distribution · Grade B). Quantities are locked from Step 5; rates use AI research when available (AI badge); totals calculate automatically and, in Industrial Park mode, scale by the number of units (shown as × Number of Units [N] badges).
Building & shell
- Building BUA (sqft) [Auto]
- Building Rate (/sqft) (AI)
- Building Cost [Auto]
Site & yard works
- Yard Area (sqft) [Auto] + Yard Rate (/sqft) (AI) + Yard Cost [Auto]
- Car Parking Stalls [Auto] + Car Parking Rate (/stall) (AI) + Car Parking Cost [Auto]
- Trailer Parking Stalls [Auto] + Trailer Parking Rate (/stall) (AI) + Trailer Parking Cost [Auto]
Loading & access
- Dock Doors [Auto] + Cost per Dock Door (AI)
- Drive-In Doors [Auto] + Cost per Drive-In Door (AI)
- Loading Cost [Auto]
Specialised systems (per unit)
- Racking / Shelving
- Refrigeration / Cold Storage
- Automation / Conveyors
- Total Specialised Systems [Auto]
Common Infrastructure
- Common Infrastructure Area (sqft) [Auto] + Infrastructure Rate (/sqft) (AI) + Common Infrastructure Cost [Auto]
Professional fees
- Professional Fees (%) (AI) + Professional Fees [Auto]
Footer total: Estimated hard costs + fees.
🖥️ Data Centre Construction Costs
CapEx rates for shell, M&E, and optional IT hardware. Professional fees and contingency apply to Building + M&E only (IT hardware excluded from that base).
Building & Shell
- Building BUA (sqft): Pulled automatically from Step 5 Total Building GFA.
- Building Rate & Cost: AI-suggested when available from Phase 2 research.
Critical Infrastructure (M&E)
- IT Load Capacity (MW): Pulled from Step 5.
- M&E Cost per MW — Electrical & Cooling: Can be manually overridden or reset to benchmark. Calculates total M&E Cost.
IT Hardware
- IT Hardware Provided By: Choose between Tenant Provides (excluded from developer CapEx) or Operator Provides (included in developer CapEx, but excluded from fees/contingency base).
- IT Hardware Cost per MW & Total Cost.
Professional Fees & Contingency
- Professional Fees (%): Applied to Building + M&E only (from AI research).
- Contingency (%): Applied to Building + M&E only (from AI research).
Step 7: Contingency
Apply a contingency percentage to the total construction cost to account for unforeseen expenses, design changes, and material price escalation during construction. Industry standard ranges from 5% to 10%, depending on project complexity and design maturity.
Step 8: Soft Costs, POWC & FF&E
Enter the indirect costs as a percentage of construction cost:
- •Soft Costs (SC): Design fees, permits, legal, project management, insurance. Typically 8-15% of construction.
- •Pre-Opening Working Capital (POWC): Staff recruitment, training, marketing, and operating float before revenue begins. Typically 3-6%.
- •FF&E (Furniture, Fixtures & Equipment): Loose furniture, kitchen equipment, IT systems, signage. Varies significantly by asset type and positioning.
Step 9: Land Cost
Enter the total land acquisition cost. You can input this as a lump sum or derive it from a per-square-foot rate multiplied by the plot area. Land cost is treated as an upfront equity contribution and is typically the first cash outflow in the model (Month 0).
Step 10: TDC & Ratio Checks
After land is entered, the wizard displays the cost stack as Development Costs (DC), Land Cost (LC), and Total Development Cost (TDC = DC + LC). Two institutional guardrail ratios are shown against market- and asset-specific target ranges:
- •Land / TDC — land as a share of total development cost.
- •Development (DC) / TDC — hard/soft development costs as a share of TDC.
Example: Data Centre in Malaysia (Penang)
Target ranges are location- and asset-aware. For a Data Centre in Malaysia (Penang), typical AI guardrails are Land / TDC 1–3% and DC / TDC 97–99%.
These ratios are simple guardrails. For conventional assets in Malaysia, land typically represents 15–25%of total development cost (the Data Centre example above is much more M&E-heavy, so land is a far smaller share).
Step 11: Construction Period (with AI Hint)
Set the overall construction duration in months. This drives the monthly phasing for CC, SC, and POWC.
Construction Period (months)
The field carries an AI badge and is pre-filled from AI research. Edit to override; a reset-to-benchmark control appears when the value differs from the AI suggestion.
- Typical construction period ranges: Hotels 30–48 months, Residential 24–36 months, Office 24–42 months.
Step 12: Construction Phasing (S-Curve)
Select the S-Curve profile that best represents how construction costs will be distributed across the construction period. The S-Curve determines the monthly cash outflow schedule for the construction budget.
What is an S-Curve?
Construction spending does not happen evenly. Projects typically start slowly (enabling works, foundations), accelerate through the middle period (superstructure, MEP), and taper off during finishes and commissioning. When plotted cumulatively, this creates an "S" shape.
The S-Curve you select here determines exactly how much of your construction budget is spent in each month. This is critical for accurate cash flow modeling, debt drawdown scheduling, and IDC (Interest During Construction) calculations.
Available S-Curve Profiles
Different curves are available based on your asset type, project scale, and complexity. Common profiles include:
- Standard S-Curve: Symmetric bell-shaped spending. Suitable for most mid-scale projects.
- Front-Loaded: Higher spending in early months. Common for projects with extensive basement or enabling works.
- Back-Loaded: Higher spending in later months. Common for projects with expensive FF&E or fit-out phases.
- Linear: Equal monthly spending. Simple but rarely reflects reality.
🖥️ Data Centre Construction Phasing
For Data Centres the category curves are auto-generated (not manually selected) and summed month-by-month into the construction schedule used by the financial engine (including IT Hardware when the operator provides it).
Building & Shell
Standard S-Curve (15% Early / 35% Mid / 35% Late / 15% Final).
Critical Infrastructure (M&E)
Mid–late loaded (10% Early / 25% Mid / 40% Late / 25% Final).
IT Hardware
Back-loaded (5% Early / 15% Mid / 40% Late / 40% Final).
Each category distributes 100.0%of its cost across M0 through the end of the construction period. Fees & contingency are equal-spread on M1–Mn.
📦 Warehouse Construction Phasing (S-Curve)
For warehouses, four cost-category curves are auto-generated from the construction period and warehouse sub-type (not manually selected). Each distributes 100.0% across M0 through the end of the construction period.
Building & Shell
Standard S-Curve (15% Early / 35% Mid / 35% Late / 15% Final).
Site & Yard Works
Front-loaded (40% Early / 30% Mid / 20% Late / 10% Final).
Loading & Access
Mid-Late (10% Early / 20% Mid / 40% Late / 30% Final).
Specialised Systems
Back-loaded (10% Early / 20% Mid / 40% Late / 30% Final).
Step 13: Review & Summary
Confirm cash outflow inputs before generating the model. This step is read-only — go back to edit values.
A context-chip row at the top shows location, currency, asset type, building configuration shorthand (e.g. 0B / 0P / 10F = basements / podiums / occupied floors), and construction duration in months.
Land & Building
- Total Land Area (sqft)
- Land Cost
- Total Building GFA (sqft)
- Building / Construction Cost
Soft Costs & Allowances
- Soft Costs (SC) — amount with percentage
- POWC — amount with percentage
- FF&E — amount with percentage (when the asset includes FF&E)
- Contingency — amount with percentage
Headline Total Project Cost (TPC)
The TPC figure is shown with three key ratios:
- Cost / sqft — TPC ÷ total GFA
- Land % of TPC
- Building % of TPC
Generate Model → is now the final button on this step (next to ← Previous). It is not a separate wizard step.
What happens when you click Generate Model
- Apply the selected S-Curve to phase construction costs across the construction period
- Distribute soft costs, FF&E, and POWC according to their respective phasing schedules
- Place land cost as an upfront outflow (Month 0)
- Generate a month-by-month cash outflow table and cumulative expenditure chart
📦 Warehouse / Industrial — Review & Summary
Shows the benchmark chip (e.g. Warehouse / Industrial · Malaysia · Bulk / Distribution · Grade B) and context chips for location, currency, Single Warehouse vs Industrial Park, and construction months.
Cost per sqft Breakdown
Every CapEx line is shown with its total amount, its cost per sqft, and a share bar / % of total:
- Building & Shell
- Site & Yard Works
- Common Infrastructure
- Loading & Access
- Specialised Systems
- Professional Fees
- Soft Costs
- POWC
- FF&E
- Contingency
- Land Cost
- Total All-In Cost — total amount + total per-sqft = 100%
🖥️ Data Centre — Review & Summary
Read-only summary of CapEx inputs before generating the model, with context chips for location, currency, segment, tier level, and construction period.
Total Project Costs Breakdown
Each row shows amount and a % share bar:
- Building & Shell
- Critical Infrastructure (M&E)
- IT Hardware
- Professional Fees
- Contingency
- Land Cost
- FF&E
- Soft Costs
- POWC
- Total CapEx (All-In)
Data Centre KPIs
Cost per MW
Cost per sqft (white space)
PUE
Tier Level
Output: Monthly Cash Outflows
The primary output of Component 1 is a monthly cash outflow table showing the timing and magnitude of every capital expenditure throughout the development period. This table feeds directly into Component 4 (Financing) for debt drawdown scheduling and IDC calculations.
Key Output Metrics
- •Total Project Cost (TPC): Sum of all capital expenditures
- •Peak Monthly Outflow: Highest single-month expenditure (used for liquidity planning)
- •Cumulative Spend Curve: Visual representation of total capital deployed over time
- •Construction vs. Pre-Opening Split: Separation of hard costs from soft costs and working capital
Tips & Best Practices
Use Benchmark Values as a Starting Point
The system suggests benchmark rates based on your market and asset type. Use these as anchors, then adjust based on your specific project's design, contractor quotes, or QS estimates.
Don't Underestimate Contingency
Early-stage feasibility studies should use 8-10% contingency. Reducing to 5% is only appropriate when you have detailed designs and fixed-price contracts.
Land Timing Matters
If land is paid in installments, model the actual payment schedule rather than a single upfront cost. This affects your equity requirement and IDC calculations.
Validate Your S-Curve
Compare the generated monthly outflows against your contractor's preliminary program. If the peak spending month doesn't align with the main construction phase, consider a different S-Curve profile.