A modular Building Engineering Envelope designed to simplify the wall build-up, reduce interface complexity and bring multiple envelope functions into one controlled system.
Brick, timber, steel, SIPs — every wall is a stack of trades. We replaced the stack.
Bricklayers, carpenters, welders, insulators, plasterers — gone. One panel. One trade. One line item.
Services pre-routed. T-slots throughout. No drilling, no chasing, no coordination.
Flat-pack to anywhere on earth. Unskilled team. Days, not months. No infrastructure needed.
Every performance claim on this site is evidence-gated. Targets are stated as targets. Testing is stated as in progress. Nothing is published as achieved until accredited evidence says so — the standard institutional partners expect.
THOM & competitor pricing: governed published pricing sources (installed, per m² wall area, UK basis). Empirical benchmarks: BAS Frames UK SFS Guide 2026 (£140–£320/m² through-wall); US Design Estimation 2026 ($12–$40/sq ft). Confirm against current project specifications.
Read the evidence registerHousing needs programme certainty. Data centres need thermal control and specialist pathways. Defence and remote infrastructure need deployability. Each sector starts with a different buying problem — THOM is evaluated against that problem, not a generic feature list.
UK: 300,000 homes a year needed. US: ~4 million home deficit (Freddie Mac, 2024). A trades shortfall growing on both sides of the Atlantic. Brick and block can't close the gap.
Flat-pack, weather-tight in days, finished in weeks — not months. No bricklayers. No plasterers. No weather dependency.
The US is the world's largest data centre market — $300B investment announced (2024–2028), 66 GW under construction in North America (JLL). Steel thermal-bridges. Timber can't meet fire compliance. Brick is too slow.
Target c. R50 thermal performance, subject to validation. Modular service integration and flat-pack deployment are design objectives; installation timing must be proven through field validation.
From FEMA disaster relief to DoD forward operating bases — brick, timber, steel, SIPs are all impossible in the field. No infrastructure. No trades. No second chances.
Flat-pack to anywhere. No specialist tools. No heavy machinery. Small team. Standard ISO unit in under a day.
Containers thermal-fail, transmit sound, and corrode. Conversion doesn't fix the fundamentals — it masks them.
Same ISO-footprint concept with target c. R50 thermal performance and integrated-service intent. Fire performance and installation duration remain subject to validation.
THOM is still progressing through validation and commercialisation. The website is designed to make that visible — without weakening the ambition of the engineering.
THOM uses controlled, public-safe renders to explain form, application and buyer outcomes. Proprietary internal geometry, interfaces and construction detail remain protected and are disclosed only through controlled diligence.
Thermal, fire, RF, acoustic and lifecycle statements are published with their current evidence status rather than promoted ahead of validation.
The public Evidence Register gives specifiers and institutional partners a direct route from marketing language to the controlled validation position.
Model your project in the designer, compare like-for-like installed costs, or talk to the engineering team.