Stick Built vs Modular: Which Building Type is Right for You?

Get In Touch With Us!

Choosing between stick-built (traditional) and modular (prefabricated) construction is essential for any remote or mining camp project. Mining, defence, and emergency sectors across Western Australia actively use both methods to meet their accommodation needs. Stick-built (on-site) means the building is assembled piece by piece where it will stand. Modular construction means modules are built off-site in a factory, transported, and joined on-site. Each approach has pros and cons in cost, speed, durability, and sustainability.

• Stick-Built (Traditional): Constructed on-site using local crews, materials and typical building methods.

• Modular (Prefabricated): Built in a controlled factory (often up to 90% complete), then delivered and installed on-site

Below, we compare key factors in the stick built vs modular debate, including cost, build time, durability, and environmental impact, to help you decide which approach best suits your project’s needs.

What is Stick-Built Construction?

Stick-built construction (also called site-built or conventional construction) involves assembling buildings directly at the project location. It involves constructing on-site accommodation, offices, and other facilities for mining camps or remote bases.

Pros of Stick-Built:

• Customisation: Full flexibility to adjust plans on-site and use local materials. You can often make last-minute changes in design.

• No module transport needed: Workers build everything directly on-site, eliminating the need for oversized loads or cranes.

Cons of Stick-Built:

• Slower to build: Traditional builds can take many months. They are highly vulnerable to weather delays (rain, heat, storms) and site access issues. A conventional build might take 4–12 months for a simple structure.

• Higher labour and travel costs: A stick-built project requires a large on-site crew, often needing daily travel, accommodation and logistics at a remote site. These costs can quickly add up.

• Waste and disruption: On-site cutting of materials generates more waste (often up to 20–40% more) and creates dust, noise and site disturbance that can impact the environment.

• Quality depends on site conditions: Building quality can vary depending on weather, supervision, and local labour skills.

What is Modular Construction?

Modular (prefabricated) construction builds sections (modules) in a factory and transports them to the site for assembly. For remote camps, these modules include completed rooms, offices, or facilities with walls, wiring, plumbing, and finishes already in place. Think of it as a giant “flat-pack” building.

Pros of Modular:

• Faster build Time: Factory construction is weather-independent and can run in parallel with site preparation. Projects often finish in 30–50% less time than a stick-built equivalent. For example, a modular camp might take weeks rather than months to assemble on-site.

• Cost-effective: Modular construction typically reduces costs through fewer on-site labour hours and bulk material purchasing in factories. In Australia, these builds can be often 10–30% cheaper than traditional methods, with pricing often ranging between $2,500 and $5,000 per square metre depending on design and finish.

• Quality control: Factory conditions allow precise engineering and consistency. Modules must withstand transport, so they are often built sturdier (weathertight and structurally reinforced) than typical site-built structures. This controlled setting also means fewer on-site quality issues.

• Safety and reliability: Off-site construction reduces on-site risks. Workers are in a safer environment, and there are fewer construction hazards at the remote location. Once delivered, modules are quickly sealed up and tested.

• Flexibility and relocation: Modular camps can easily be expanded or reconfigured by adding or removing units as needed. After a project ends, teams can relocate or repurpose many modular buildings for use at other sites, unlike permanent structures, which typically remain fixed.

• Sustainability: Modular construction typically generates much less waste, as materials are cut precisely in the factory, leaving minimal off-cuts. Any excess is often recycled. Moving most of the work off-site reduces noise, dust, and disruption at the remote location.

Cons of Modular:

• Transport & logistics: Getting large modules to remote WA sites can be challenging. Oversized loads require costs and permits, especially over long distances. Cranes or heavy lifts are needed to install each module on the foundation. A narrow or rugged road may limit module size or add time.

• Upfront planning: Once manufacturers complete the modules, making significant design changes becomes complex. Designers and project teams must finalise all floor plans and services before factory work begins. If requirements change during the build, adjustments can be difficult and costly.

• Foundation and permits: Like any build, crews must prepare the foundations in advance. The project team must also integrate permits and code requirements, such as cyclone or bushfire ratings, into the design.

• Perception: Some stakeholders still think of modular buildings as “temporary.” In reality, modern modular buildings meet the same codes as stick-built buildings. However, you may need to address planning or council views up-front.

Cost and Affordability

• Modular: Modular builds are generally more cost-effective for large-scale accommodation projects. Due to reduced on-site labour requirements, they often cost 10–30% less per square metre than traditional site-built structures. Basic transportable units may cost a few hundred dollars per square metre, while high-end modules are priced higher. It’s important to factor in additional costs like transport and crane hire, which can add $20,000–$50,000 for remote site installations.

• Stick-Built: Costs can escalate due to long timelines and remote logistics. Working on-site daily requires paying workers (often with allowances for remote work) and dealing with site delays. Anchor Homes (an Australian builder) cautions that conventional builds suffer “high travel costs” and risk “unexpected budget blowouts” in remote areas.

In practice, modular often wins on predictability. With a fixed factory quote and fast schedule, final costs are clearer. Stick-built can face surprises if weather halts work or materials need re-ordering.

Build Time and Speed

Time is critical in remote projects.

• Modular: Time-Advantaged. Factory teams build the modules while site crews prepare the location, allowing for rapid on-site assembly once everything is ready. Studies suggest that modular projects can often be completed roughly half the time compared to traditional builds. For instance, a remote camp might be fully installed within 8–16 weeks, compared to many months for a stick-built camp. Prefab homes, on average, take ~16 weeks, whereas a traditional home can take 4–12 months.

• Stick-Built: Slower by nature. Traditional sites must wait out any weather delays, and work can only proceed linearly (foundation, then frame, then walls, etc). In WA’s cyclone-prone North or rainy seasons, delays are common. Anchor Homes notes conventional builds are “much slower” because everything happens on-site.

Modular construction offers fast accommodation solutions, making it ideal for urgent mining, defence, or disaster response needs. These setups are designed for rapid mobilisation, helping reduce downtime and keep operations moving.

Durability and Quality

Both methods aim to meet Australia’s strict building codes, but the processes differ:

• Modular: Designed for transport and harsh environments, modular buildings are often reinforced to withstand long-distance travel and extreme site conditions. Once installed, they can offer greater durability than traditional site-built structures, with weather-sealed construction and consistent factory inspections. High-quality modular units can match the appearance of conventional buildings while typically costing less. Factory-based construction also ensures tighter quality control and is free from weather delays or uneven site conditions often affecting on-site builds.

• Stick-Built: Proven performance if done well. The durability depends on quality and materials. Traditional structures (timber/steel frame, brick, etc.) can last decades. However, quality can suffer on remote sites if trades rush or face weather issues. There’s also more risk of mistakes (cutting on-site can lead to slight measurement errors).

Modern modular and stick-built homes offer comparable quality when they meet the same standards. Prefabrication teams construct modular homes using the same materials and building codes as traditional structures. If appropriately designed, both can be cyclone-rated or bushfire-safe.

One advantage of modular construction is that factory conditions allow constant supervision. Anchor Homes reports that “all tradespeople work efficiently and with reduced interference from the elements” in the factory, which typically reduces defects.

Sustainability and Environmental Impact

Sustainability is increasingly important for Australian projects:

• Modular:  Modular construction offers substantial environmental advantages. Factory teams build the modules and cut materials to precise measurements, significantly reducing waste compared to traditional on-site construction. This approach also minimises dust, noise, and the need for heavy machinery at remote locations. Modular units can be disassembled and relocated for future use, extending their lifespan and reducing demolition waste.

• Stick-Built: Less efficient by comparison. Field cutting of timber and materials can produce 20–40% more waste. On a remote site, leftover timber or bricks often become landfills. Stick-built also causes more site disturbance (earthmoving, tree removal) and produces more on-site emissions from generators and equipment.

The Australian construction industry typically generates millions of tonnes of waste in concrete terms. Studies indicate that Prefabrication aims to reduce waste and cut CO₂ emissions. Even without running the numbers, it’s clear that modular construction is a greener choice. It involves fewer truckloads of materials like sand and mud, and reduced on-site power use. It offers the option to factory-build energy-efficient features such as solar panels and high-grade insulation into the modules.

Which is Right for Your Project?

The choice depends on your priorities:

• Time-Critical or Remote Workforces: When there’s an urgent need to house crews, such as for exploration sites, emergency response, or defence training, modular construction is often the most effective solution. It delivers nearly complete units to the site. It allows setup within days, making it ideal for fast exploration builds or FIFO operations, especially in remote regions of Western Australia.

• Strict budgets: Modular often saves money in the long run. You can save up to 30% on construction costs and avoid costly overruns. Even though you pay for transportation, the lower labour and shorter project duration pay off.

• High labour/skills shortage: When skilled trades are limited on-site, prefabrication solves the issue by relying on factory-based teams. As labour shortages increase, this off-site approach becomes necessary rather than just an alternative.

• Sustainability goals: Modular wins if waste and eco-impact matter.

• Permanent custom facility: A stick-built or hybrid approach may be more suitable if your project requires a unique design and has more flexible time and budget constraints. Permanent structures like headquarters buildings are often easier to deliver through custom on-site construction.

• Accessibility constraints: If your site has narrow roads, steep tracks or is extremely isolated, check whether big modules can reach it. Sometimes small kit homes or stick builds (with smaller loads) avoid the heavy transport issue.

In some cases, the best solution is mixed. For example, a camp might use modular sleeping quarters for speed and build a permanent control office on-site. Both methods can complement each other.

Example Checklist: Here’s a quick comparison to consider:

Conclusion

Stick-built and modular camps are essential in supporting Australia’s remote workforce. While each method has advantages, modular construction is gaining popularity across Western Australia’s mining, defence, and emergency response sectors mainly because it delivers safe, high-quality housing quickly and cost-effectively.

Conversely, stick-built construction remains reliable when long-term use, permanent infrastructure, and custom design are key priorities. It’s often the preferred choice for head offices, central facilities, or projects that require precise layouts and features.

Ultimately, the best approach depends on your project’s unique needs. When deciding between modular and stick-built, consider key factors such as your timeline, budget, site accessibility, long-term plans, and whether the camp may need to be relocated or expanded.

At Rapid Camps, we support both approaches. We offer fully equipped, turnkey modular camps designed for rapid deployment and complete on-site camp construction services for permanent or customised solutions. Our team works closely with you to determine the best fit based on your project goals and site requirements.

Ready to get started? For expert advice on modular and stick-built camps in Western Australia, contact Rapid Camps today. We specialise in remote accommodation solutions and can confidently help you plan, build, or expand your workforce camp.

Visit our website or call us to book a consultation.

Copyright © 2025 Rapid Camps. All Rights Reserved.

Copyright © 2025 Rapid Camps. All Rights Reserved!

Terms & Condition