Luppit Selfbuild

ON SITE | BESPOKE DWELLING | ECO HOME

This project represents one of the most technically demanding schemes Novo Timber has delivered to date. Set within the East Devon countryside, the design combines complex geometry, large open internal spaces, and a layered material palette that required precise integration across multiple structural and architectural elements.

From the outset, the project demanded a level of coordination beyond a typical residential build, with tight tolerances, significant steel integration, and performance requirements all needing to be resolved before manufacturing. Compounded by restricted site access and logistical constraints, the success of the scheme has relied on rigorous pre-construction planning and a highly controlled approach to design and delivery.

Technical Challenge

The scheme demanded a high degree of coordination from the outset. The structure incorporates a number of bespoke elements, with steel playing a significant role in achieving the large खुल open internal spaces and distinctive form.

This introduced critical coordination points between the timber frame, primary steel structure, and external facade systems. Load paths, tolerances, and connection details all required early resolution to avoid clashes and delays on site.

In parallel, the integration of building services added another layer of complexity. MVHR routing had to be carefully considered within the structural zones, ensuring performance targets were met without compromising the integrity of the frame or the architectural intent.

Coordination & Delivery

Success on this project has relied on close collaboration across the entire design team. Early engagement and ongoing coordination have been key to aligning structural, architectural, and services requirements.

Our approach focused on resolving complexity at the design stage, not on site. Detailed pre-construction planning, combined with controlled manufacturing processes, has ensured that each element arrives ready to install, reducing risk during erection.

Current Status

The project is currently progressing on site, with the superstructure taking shape. Despite the inherent challenges, the coordinated approach has enabled a smooth transition from design to construction, maintaining programme confidence and build quality.