EXTENSION AUDIT
GARAGE CONVERSION AUDIT
STRUCTURAL LOFT CONVERSION AUDIT
PRE-PURCHASE FEASABILITY CONSULTATION
TEMPORARY WORKS
STEEL WORK CONNECTIONS
SITE VISIT
INTERIOR MINOR ALTERATIONS
CDM & ASSOCIATED REPORTS
HEALTH & SAFETY REPORTS
3D MODELLING (from)
PROJECT MANAGEMENT
SOIL INVESTIGATION REPORTS
AIR PRESSURE TESTING
SOUND TESTING
BUILDING CONTROL APPLICATIONS
AIR TIGHTNESS TESTING
SOUND INSULATION TESTING
PART F VENTILATION TESTING
RENEWABLE ENERGY ADVICE & INSTALL
ENERGY STATEMENTS
THERMOGRAPHIC SURVEYS & TESTING
CODE FOR SUSTAINABLE HOMES
PART G WATER CALCS
DOMESTIC EPC’S FOR LANDLORDS & HOMEOWNERS
When it comes to choosing materials for your construction or renovation project, timber is often top of mind—especially with the growing interest in sustainable, eco-conscious design. But is timber the right fit for your project?
At STAAC, we work with a wide range of materials across various build types, and timber continues to be a popular (and smart) choice in many cases. Still, like any material, it has its strengths and limitations.
Here’s a balanced breakdown of the pros and cons of using timber, to help you make an informed decision.
Timber is one of the most environmentally friendly building materials available—when sourced responsibly. It’s renewable, recyclable, and stores carbon rather than emitting it.
Whether it’s exposed beams, timber cladding, or feature joinery, timber offers a natural, warm look that adds character to any space. It blends beautifully with both modern and traditional designs.
Timber is lightweight and easy to work with, often allowing for faster build times. Pre-fabricated timber frames can drastically reduce on-site labour and project durations.
Wood is a natural insulator, which means buildings constructed with timber are often more energy-efficient, keeping heat in during winter and out during summer.
From small extensions to entire structural frames, timber works well in many applications: cladding, flooring, partitions, roofs—you name it.
Timber can warp, swell, or rot if not properly treated or protected, especially in wet or humid environments. Proper detailing, ventilation, and sealing are essential.
STAAC Tip: In high-risk areas, we often recommend engineered wood products or treated hardwoods for added resilience.
As a combustible material, timber is more vulnerable to fire than steel or concrete. That said, large timber sections char on the outside and can maintain structural integrity longer than expected.
Modern building codes allow timber use with the right fire safety strategy in place.
Termites, woodworms, and other pests can damage untreated or poorly maintained timber. Using treated wood and maintaining it well can greatly reduce this risk.
In areas exposed to extreme weather or high traffic, timber may wear more quickly than some alternatives unless properly maintained.
Timber can be a fantastic choice if you value sustainability, natural aesthetics, and build efficiency. It's particularly well-suited to residential extensions, interiors, garden structures, and lightweight builds. However, it’s crucial to consider the environment, usage, and long-term maintenance needs of your project.
At STAAC, we assess each project individually and advise on the best material choices based on your goals, site conditions, and budget. Whether timber is the star of your build or just one piece of the puzzle, we’ll help you make it work beautifully and practically.