Usually included
- Two-storey structural logic, stairs, roof, facade and normal residential MEP.
- Standard commissioning and handover assumptions.
Bali
Bali two-storey house construction cost
Two-storey houses in Bali are not just one-storey budgets multiplied by more area. Structure, stairs, vertical services, safety access, and facade interfaces change the cost mix. This guide shows when the second floor is financially efficient and when it creates hidden pressure in the budget.
Budget snapshot
Location Bali
Planning range IDR 8.8M-20.5M / m²
Best for Comparing two-storey house budgets in Bali where stairs, structure, envelope and vertical MEP routes increase complexity.
Example planning scenarios
| Scenario | Area / basis | Specification | Planning range | Unit range | Important note |
|---|---|---|---|---|---|
| Compact two-storey house | 160-220 m² | Simple spans, standard staircase, split AC and moderate glazing. | IDR 1.40B-3.52B | IDR 8.8M-16.0M / m² | Useful for comparing one-storey vs two-storey massing decisions. |
| Family house with larger spans | 260-340 m² | Longer spans, larger glazing, more bathrooms and higher MEP density. | IDR 2.60B-6.46B | IDR 10.0M-19.0M / m² | Check structure and vertical service routes before accepting a low m2 offer. |
How to use this guide
Use this page when you are choosing between a larger footprint and a second floor.
Review structure, glazing and HVAC together because the second floor changes all three packages at once.
Scope assumptions
Usually excluded or priced separately
- Lift systems, deep basements, major retaining and unusual steelwork.
- Luxury imported joinery and bespoke facade systems unless budgeted separately.
What changes the number
- Longer spans and more glazing often increase structure and envelope cost faster than owners expect.
- Vertical drainage, AC and electrical routes can become inefficient if planned late.
- Stair geometry and finish quality can materially change interior cost.
Connect this guide to the product workflow
The cost guide is useful only when it is tied back to stage pages, checklists, mistakes, and the work sequence for execution control.
Foundation & underground works
Structure & vertical envelope
Roof & exterior shell
Engineering rough-in
Finishing works
Commissioning & testing
Related glossary articles
Load path
Continuous route by which gravity, wind, and other forces move through the structure into the foundation.
Site access
Logistic difficulty of delivering labor and materials.
Split air conditioner
Cooling system with separated indoor and outdoor units connected by refrigerant and drain lines.
Ducted air conditioning
Cooling system distributing conditioned air through ducts, plenums, and air terminals.
Work sequence
The planned order in which construction activities are executed so each trade has the right access, information and inspection status.
FAQ
Is a two-storey house always cheaper than a one-storey house with the same area?
Not always. A smaller footprint can reduce foundation and roof area, but the project may pay more for structure, stairs, envelope interfaces and vertical MEP coordination.
Which stage deserves the closest review?
Structure and engineering rough-in are usually the critical stages because they lock in the geometry, shafts and routes that later finishes depend on.