Usually included
- Urban residential shell, MEP, finishes, testing and normal handover scope.
- Jakarta location multiplier relative to the current base model.
Jakarta
A Jakarta cost-per-m2 figure is useful only if urban constraints are visible behind it. Access, handling, waste removal, vertical transport, low-voltage systems and handover discipline all change how realistic the average number is.
| Scenario | Area / basis | Specification | Planning range | Unit range | Important note |
|---|---|---|---|---|---|
| Compact urban build | 120-180 m² | Restricted access, standard MEP and efficient structure. | IDR 0.90B-2.88B | IDR 7.5M-16.0M / m² | Urban handling cost can make small projects inefficient. |
| Higher-control family house | 220-320 m² | Mid-range finishes, stronger low-voltage package, multi-split AC and more bathrooms. | IDR 1.98B-5.76B | IDR 9.0M-18.0M / m² | Check access, MEP density and testing before treating this as a fixed rate. |
Use the guide to normalize contractor proposals that look cheaper than the market.
If the building has many bathrooms, automation or dense MEP, compare by stage rather than by the average rate.
The cost guide is useful only when it is tied back to stage pages, checklists, mistakes, and the work sequence for execution control.
Logistic difficulty of delivering labor and materials.
The amount of work a crew or resource can complete in a defined time, usually measured per day, shift or labor-hour.
Data, security, automation, and communication wiring.
Integrated testing and handover readiness checks.
Only as an early filter. Once access, MEP density, AC zoning and finish expectations differ, the average rate becomes a weak planning tool.
Because fixed logistics, service equipment, bathrooms, panels and testing do not shrink in the same proportion as the floor area.