The JanVeek Model 1000 is an innovative tilt-up house project located at 585032 Beachville Rd, Woodstock. This groundbreaking home represents a new approach to affordable, energy-efficient living. With a footprint of 1,000 square feet, the single-story house is fully insulated and constructed using tilt-up concrete panels, significantly reducing both construction time and costs. The Model 1000 promises to revolutionize the housing market by offering a high-quality home built in just six weeks for under $300,000.
The purpose of the Model 1000 project is to address the housing crisis in Ontario by providing a rapid, cost-effective construction solution. This home features fully insulated tilt-up wall panels and insulated metal panels (IMP) for the roof, ensuring excellent energy efficiency. The exterior of the house is enhanced with two different form liners and textured painting, while the interior features smooth, painted concrete walls, eliminating the need for drywall.
Tilt-up construction was chosen for its efficiency and speed. The project utilized 15 tilt-up panels, each designed to specific dimensions to ensure structural integrity and insulation. The tallest panel stands at 11 feet 6 inches, while the widest panel measures 34 feet 9 inches. This innovative method allows for quick assembly, with all above-ground construction completed in under six weeks.
The Model 1000 project boasts several achievements, including being the first affordable tilt-up home in Ontario. This project demonstrates the viability of tilt-up construction for residential use, providing significant time and cost savings. Over 150 people attended the grand opening of the first JanVeek Model 1000, showing strong interest in future tilt-up homes. The home's energy-efficient design has attracted significant attention from industry experts and local officials.
The Model 1000 contributes to the advancement of tilt-up construction by showcasing its application in residential projects. This project has garnered considerable interest from the public, with many potential homeowners and developers expressing a desire to explore tilt-up construction for their own projects. The Model 1000 serves as a model for future residential construction, highlighting the benefits of rapid, cost-effective, and sustainable building practices.
The project was completed within a six-week period and stayed within budget. The success of the Model 1000 paves the way for similar projects in the future, offering a scalable solution to the housing crisis. The Model 1000 not only offers energy efficiency, affordability, and speed but also promises a durable home to keep families safe.
Maintaining affordability while ensuring the Model 1000 stayed within budget was a significant challenge. This was overcome through meticulous preplanning in-house and with all trades on-site, ensuring everyone's opinions were considered to maximize efficiency. As the first of many tilt-up homes in Ontario, this project served as a learning experience, helping to identify and rectify mistakes for future builds.
The tight construction timeline, requiring the house to be built in just six weeks, was a major obstacle. To achieve this, the project team meticulously planned and coordinated each phase of construction. The use of tilt-up panels, which were cast on-site, allowed for rapid assembly and minimized delays.
Effective management and coordination of all team members were crucial for the project's success. Regular communication and detailed planning enabled the project to overcome these challenges and achieve its ambitious goals. The innovative solutions and strategies used in the Model 1000 project demonstrate the team's commitment to excellence and problem-solving capabilities.
Concealing all connections for aesthetic purposes was the primary engineering challenge. Achieving a seamless appearance without compromising structural integrity required meticulous planning.
The Model 1000 project has a profound impact on the community and environment. As the first affordable tilt-up home in Ontario, it addresses the urgent need for attainable housing, offering a practical solution to the housing crisis. The project's success has generated significant interest, with over 150 attendees, including two mayors and the Minister of Housing, at the open house. This interest suggests a strong potential for the widespread adoption of tilt-up construction in residential projects.
From an environmental standpoint, the Model 1000 incorporates several sustainable practices. Fully insulated tilt-up panels and insulated metal panels for the roof ensure excellent energy efficiency, reducing the house's overall energy consumption. The tilt-up construction method minimizes waste by casting panels on-site, reducing the need for extensive transportation and material handling.
Economically, the project boosts the local economy by supporting local suppliers and contractors. By engaging local labor and materials, the project retains a significant portion of the investment within the community, fostering economic growth and sustainability. Long-term benefits include an increased supply of affordable homes, which can alleviate the housing shortage and support local businesses by attracting more residents to the area.
The Model 1000 serves as a model for future tilt-up construction projects, demonstrating the feasibility of building affordable, energy-efficient homes quickly and sustainably. The lessons and innovations from this project have the potential to influence residential construction practices, promoting tilt-up construction as a viable solution to housing challenges.
Woodstock, ON N4S 7V6
Canada
The Tilt-Up Achievement Awards were established to honor projects that use site-cast tilt-up concrete to introduce new building types, advance industry technology and provide unique solutions to building programs. Winning entries illustrate the variety, beauty, and flexibility of tilt-up construction.
EXCELLENCE
2024
The excellence designation is given to the highest scoring projects each year representing the top 10-12 projects. Learn more >