Everything You Need to Know About Raising, Sliding or Re-Stumping a Queenslander
Queenslanders are elevated timber homes designed to sit on stumps. That structure makes them uniquely adaptable when layout, height or foundations need to change.
Raising, sliding, re-stumping and re-levelling are structural strategies that can unlock space, improve function and strengthen the home for long-term use.
1. Why Raise or Slide a Queenslander?
Homeowners usually consider raising or sliding a Queenslander when they want to:
Create more usable space, including living areas, bedrooms, a garage or a workshop beneath the existing house
Improve the floor plan, such as relocating bedrooms upstairs and living areas below
Maximise the block by repositioning the home to allow for an extension, pool or improved yard layout
Capture views, breeze or light by adjusting height or orientation
Join two structures by relocating the home closer to another dwelling
These strategies allow significant layout and site improvements while retaining the original structure.
2. Re-Stumping & Re-Levelling: Strengthening the Base
Re-stumping involves replacing old or failing stumps with new supports, typically steel or concrete. Re-levelling ensures the home sits evenly and performs properly.
Movement over time is common due to soil conditions, stump deterioration and timber ageing.
Re-stumping and re-levelling can:
Restore level floors and improve door and window operation
Improve structural integrity
Prepare the home for future renovations, extensions or a raise-and-build-under
Help reduce moisture and pest risk
These works are often completed prior to major renovation or raising projects.
3. Raising a Queenslander: Opening Up New Space
Raising a Queenslander involves lifting the home to a higher level on new stumps. It is a major structural project that must be engineered and documented properly.
Homeowners raise their homes to:
Add a full lower level with living areas or bedrooms
Create compliant ceiling heights underneath
Introduce garaging or entry spaces
Improve natural light or views
Align upper and lower floor plans more logically
The process typically includes:
Engineering and structural documentation
Service disconnection where required
Hydraulic lifting by specialist contractors
Installation of new stumps and structural steel
Repositioning the home onto its engineered supports
Construction of the new lower level
When engineered and managed correctly, the process is controlled and predictable.
4. Sliding a Queenslander: Repositioning on the Block
Sliding a Queenslander means shifting the house horizontally across the site while supported on engineered lifting and transport systems.
This can be useful when you want to:
Improve yard space or setbacks
Allow room for an extension or secondary structure
Re-orient the home to better suit the block
Bring multiple structures into closer alignment
Sliding is often combined with raising or re-stumping.
5. Approvals & Planning
Because these works are structural, they typically require:
Structural engineering
Building approval
Review of character or heritage overlays
Setback, height and flood mapping checks
These approvals must be coordinated before structural work begins.
6. What This Unlocks for Your Renovation
Once your Queenslander has been raised, slid, re-stumped or re-levelled, you have a structurally sound platform for renovation.
This may include:
A new lower-level layout integrated with the original home
Open-plan living areas connected to outdoor space
Additional bedrooms or guest accommodation
Improved storage and garaging
Better drainage and site management
It is often the first structural stage of a larger renovation strategy.
How Hill House Supports the Process
Raising, sliding and re-stumping projects require structured planning, realistic budgeting and coordination between engineers, house-raising specialists and certifiers.
Our Design and Construct process ensures structural decisions are resolved early, costs align with actual site conditions and the renovation strategy is clearly defined before construction begins.