We design and engineer high-performance prefabricated homes in cross-laminated timber (CLT) and glulam. Grounded in Nordic climate physics, built for low-embodied carbon, zero wet trades, and generational permanence.
Traditional domestic construction in Northern Europe is an erratic process: wet concrete curing in damp rain, framing warping in cold snaps, and thermal bridging hidden behind gypsum board.
We believe a house is a precision machine for shelter. It should be cut by 5-axis CNC routers inside dry workshop bays, transported on flatbeds with airtight membranes already pre-welded, and placed upon reversible screw-pile foundations with millimeter tolerances.
Solid cross-laminated timber plates act simultaneously as load-bearing structure, vapour barrier, fire barrier, and finished interior surface. No synthetic drywall; only breathable biological mass.
For every cubic metre of timber used in our models, 0.9 tonnes of atmospheric carbon dioxide is locked in the fabric. We harvest exclusively from PEFC-certified Swedish & Norwegian forestry that plants 3 trees per tree felled.
We eliminate poured concrete strip footings wherever ground physics permit. Galvanized ground screws or micro-pads anchor directly to bedrock and soil with zero soil sealing and zero disruption to tree roots.
Dense woodfibre batts coupled with triple-glazed argon timber-aluminum windows create a diffusion-open envelope that naturally regulates indoor humidity to an optimal 45–55% year-round.
Each model is engineered to Passivhaus standards, fabricated in factory modules, and delivered flat-packed or pre-assembled to remote plots.
Designed as an uncompromised autonomous studio, guest sanctuary, or wild landscape retreat. Monopitch zinc roof angled for maximum solar PV capture and passive rainwater harvesting.
Every millimetre of our wall buildup is diffusion-open. Moisture escapes freely outward while cold air and bulk water are blocked by double-taped monolithic rainscreens and ventilated cavity battens.
Open-jointed rainscreen naturally high in resins, left untreated to weather to a silver patina.
Pressure-equalized rear ventilation zone preventing stagnant dampness and thermal bridging.
High-density vapour-permeable thermal break with tongue-and-groove weatherseal.
Natural cellulose timber fibres offering exceptional thermal mass (specific heat capacity: 2,100 J/kg·K).
Visible visual-grade Nordic Spruce, oiled with natural plant waxes. Structural rigidity & airtight core.
Thanks to high decrement delay (phase shift of 13.4 hours), exterior temperature swings from -20°C in winter to +32°C in summer do not penetrate the interior thermal mass.
Locations, topography profiles, and recorded thermal performance data.
2024 · COMPLETED
128 m² bespoke variation of Sula model anchored into basalt outcrop overlooking Loch Bracadale. Withstands gale-force Atlantic wind loads of 48 m/s.
2023 · COMPLETED
88 m² cabin engineered for heavy snow loading (6.5 kN/m²). Clad in double-charred pine with deep overhanging eaves and subterranean ground-source heat pump.
2023 · COMPLETED
Pair of Vardø 45 units linked via an open cedar breezeway and outdoor timber sauna. Transported by shallow-draft landing barge to an unroaded island.
2024 · COMPLETED
195 m² custom courtyard typology anchored onto a 34° granite slope with 12 titanium ground screws. Glulam post-and-beam frame with panoramic clerestory glazing.
2022 · COMPLETED
Off-grid sound recording residence with full internal acoustic baffling in untreated slow-growth Scots pine. 100% powered by roof-integrated BIPV solar and micro-wind turbine.
We accept 8 bespoke and 16 standardized model commissions per calendar year to maintain strict architectural supervision during fabrication and assembly.
Kjell & Lind was formed in 2017 in Oslo and Edinburgh. We do not operate as detached drawing-board consultants. Our architects program CNC files directly and accompany every delivery to supervise the assembly crane on site.
Sivilarkitekt MNAL, AHO Oslo
Specialist in Nordic timber vernacular, daylight geometry, and passive microclimate orientation. Former researcher at the Oslo School of Architecture and Design.
RIBA / RIAS, Mackintosh School of Architecture
Specialized in off-grid coastal envelopes, mass timber CNC joinery tolerance, and demountable screw-pile foundation engineering across UK and Atlantic territories.
PhD Structural Timber, NTNU Trondheim
Directs structural FEA calculations, Passivhaus thermal envelope modelling (PHPP), and moisture-diffusion simulation across all factory fabrication runs.
Select your intended typologies, site terrain complexity, and off-grid specifications for a preliminary feasibility estimate based on 2025 raw timber and crane logistics indices.
We review plot feasibility, orientation, local planning constraints, and logistics before accepting any project deposit.