Little Barn reflects Footprint Architects’ commitment to creating sustainable, future focused homes that are deeply connected to their surroundings. Set within the New Forest countryside, the project replaces a former dwelling that could not realistically achieve meaningful energy improvements through refurbishment alone. In its stead now lies a contemporary family home designed around long-term resilience and the natural landscape.
The proposal sought to create a large family home, pool house and sauna with exceptional low-energy performance, set around open gardens and a natural pool, whilst maintaining a conventional rural composition of buildings. The result is a contemporary interpretation of traditional barn forms that balances innovation with sustainability and contextual sensitivity.
Arranged as a composition of linked barn forms surrounding open gardens, the home encourages a strong relationship between indoor and outdoor living. Expansive glazing and carefully framed views maximise natural daylight, strengthen engagement with the surrounding woodland setting, and create calm spaces for both social interaction and quiet retreat. The arrangement of the building allows the landscape to flow naturally around the architecture, reinforcing the sense of connection to the wider New Forest environment.
Inspired by traditional agricultural buildings found locally, the architectural language combines familiar rural vernacular with modern detailing and refined material choices, without resorting to pastiche. A two-storey core linked to the lower single-storey volume helps reduce the visual impact of the house while maintaining a scale appropriate to the client’s needs.
Passivhaus principles informed the project from the earliest design stages, shaping the orientation, form and performance of the building. Careful analysis of solar gain, prevailing winds and seasonal weather conditions helped create a highly efficient home that maintains comfortable internal temperatures throughout the year.
Large areas of glazing allow daylight to diffuse deep into the internal spaces, reducing reliance on artificial lighting while framing views across the surrounding woodland. Bespoke roof overhangs provide shading during warmer months, helping to prevent overheating and improving comfort throughout the changing seasons. Together, these passive environmental strategies create a home that feels naturally connected to its environment while significantly reducing energy demand.
Material selection and detailing were guided by longevity, environmental responsibility, and contextual sensitivity. Charred Accoya cladding, reclaimed timber, and reused slate roof tiles were chosen for their durability, low embodied carbon properties, and ability to age naturally within the rural setting. The restrained palette of natural materials helps the building sit quietly within the landscape while adding texture, warmth, and depth to the architecture.
Reuse strategies include:
- Transforming the former kitchen into a new utility room
- Repurposing disused materials into bee and bug habitats
- Reusing timber from the original dwelling to create raised planters
- Redevelopment of the existing garage
- Incorporating Warmcel recycled newspaper insulation
- Using wood from the garden woodland to create features such as the suspended kitchen chandelier
Much of the embodied carbon from the original dwelling was therefore retained within the new structure, supporting a more efficient form of construction that reduces short-term waste and long-term carbon emissions.
The result is a family home exemplifying contemporary architecture, with thoughtful respect for local character and contextual sensitivity. Through carefully considered design, material reuse, and high-performance environmental strategies, Little Barn provides a healthy and resilient living environment designed for long-term comfort and adaptability.
The project reflects Footprint Architects’ belief that architecture should not only reduce environmental impact, but also strengthen connections to place, and create lasting value for both people and the wider landscape.
Energy Rating A / SAP 105A
Primary Energy Use: -11 kWh/m²/year
Fabric Energy Efficiency: 51.3 kWh/m²
Operational emissions of -3.83 kgCO₂/m²