Prefab Dome House for Glamping Resorts: Site Planning, SKU Mix, and Quote Scope

Resort developers and hotel-group project teams sourcing prefab EPS dome cabins for multi-unit glamping or tourism projects need a procurement reference — site planning math, SKU mix layouts, engineering connection scope, jurisdiction-specific compliance, multi-container logistics, and quote-tier language that lets two suppliers be compared on the same basis. This guide is that reference.

The Vaultwerk Dome Series ships in four standard footprints (28, 33, 40, and 44 m²). The 28 m² and 40 m² SKUs are confirmed as physically connectable at the structural envelope level; other mixed-SKU, multi-node, or cross-series layouts are engineering-reviewed per project. Pricing is not published on this page — capex scope depends on unit count, scope tier, freight, foundation, and local installation, and is quoted per project. What this guide publishes is the inputs: the procurement language, the engineering hedging boundary, and the third-party industry benchmarks that frame a resort revenue plan.

Request a project quote — share unit count, destination, intended use, and target scope tier.

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Why prefab EPS dome cabins fit resort and glamping projects

Prefab EPS dome cabins fit resort and glamping projects because their insulated module envelope is engineered for permanent or long-lease holds, supports a confirmed 28 m² + 40 m² connected-suite layout with additional connections reviewed per project, and ships in standard container-loaded shells against a procurement-grade scope language — three properties the dominant alternatives in the dome category do not all share.

Versus PVC fabric domes, EPS dome cabins replace the recurring fabric-cover replacement cycle with a structural insulated envelope designed for long-hold operation; see the full lifecycle cost breakdown in EPS vs PVC Dome TCO. Versus geodesic kit domes (triangulated panels at a fixed nominal diameter), the EPS modular system gives a buyer multiple standard footprints, plus a confirmed 28 + 40 m² connected pair rather than a single fixed-diameter geometry. Versus concrete monolithic domes (cast on a single inflated airform), the EPS modular system ships flat, assembles on interlocking joinery, and can be planned across phases. Versus US log cabin and prefab cabin systems (Zook, Plant Prefab, Den, Moliving), the dome geometry plus the EPS module-and-joinery system gives a distinct hero unit silhouette. Full product specifications are in the prefab dome house guide.

The market context supports the procurement case. MMCG Invest places glamping ADR positioning between midscale hotels ($130–165) and upscale boutique ($193–440), at a 4–7x premium over traditional camping ($35–65 per night).¹ KOA’s 2025 report places glamping at 29 percent of all camping experiences in 2025, with glamper average daily spend at $251 per day.² Among standard glamping unit types, Sage Outdoor Advisory reports dome accommodations averaging $257 per night nationally in Q2 2025 — the highest ADR among the unit types in that report (versus $217 for treehouses and $160 for cabins).³ Dome geometry is the highest-ADR standard glamping unit type in current US industry data; that is the procurement-side reason resort developers ask about dome SKUs in round one.

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Resort planning math: unit count, footprint, container loads

Resort site planning resolves three inputs — total unit count, footprint distribution across SKUs, and container-shipment count — into a procurement brief the supplier can quote against without back-and-forth.

The table frames typical project sizes for the Vaultwerk Dome Series inquiry funnel. Numbers are reference ranges; exact per-container loading and assembly windows are project-specific.

Project size	Typical units	Approx. site footprint (units only)	40-foot HQ container loads	Shell-assembly reference window
Small camp	5–20 units	~140–880 m² across mixed SKUs	Several 40HQ shipments	Phased over weeks, overlapping crews
Resort / hotel project	20–100 units	~560–4,400 m² across mixed SKUs	Multi-container programme	Multi-month deployment, phased foundations
Tourism megaproject	100+ units	2,800 m² and above	Multi-shipment programme over months	Phased across master-plan stages

The four standard footprints in the Dome Series are 28, 33, 40, and 44 m². Container loading varies by SKU footprint and packaging revision: smaller footprints load more units per 40-foot high cube container than larger or combined configurations. Export reinforcement framing — timber or steel — is required for most international destinations and is quoted as a separate line item.

Shell assembly time for the module-and-joinery system is approximately two hours per unit under controlled conditions for a trained crew. Real-project totals depend on foundation prep, crew size, weather, lifting equipment, and site access. Site coordination, supervisory support, and any factory crew secondment scope are confirmed in the quote rather than promised as a fixed assembly window.

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Mix-and-match SKU layouts: site-planning patterns for resort developers

Mix-and-match in the Dome Series context starts with the confirmed 28 + 40 m² connected pair: two different SKUs joined at the structural envelope level into a single multi-volume building. Other mixed-SKU and cluster options are project-specific engineering reviews, not pre-published standard configurations. Browse the connectable layouts on the Dome Series product page.

The capability differentiates an EPS modular dome system from the alternatives. PVC fabric domes connect only through walkways, not at the envelope. Geodesic kits are geometry-locked at a fixed diameter and cannot interface a smaller and larger dome as one structural envelope without a custom engineering package. Concrete monolithic domes are cast as a single airform and are not reconfigurable after the cast cures. EPS modular domes ship flat, assemble on interlocking joinery, and have a factory-confirmed 28 + 40 m² connected-pair pathway, with other combinations held for engineering review.

The site-planning patterns below are the layouts resort developers use the connection capability for in practice. Each is a design option to specify in the quote brief, not a fixed product configuration.

(a) Waterfront row. Single-SKU 28 or 33 m² units in a linear set-back from a lake or coast, each independent with a private deck. The connection capability earns its keep elsewhere in the same masterplan — the shared-core suite at the row endpoint often uses a 28 + 40 m² connected pair.

(b) Hillside terrace. Units stepped down a graded slope with grouped foundations, each independent at the envelope but sharing a utility loop and access path. Foundation prep is more involved than flat sites; quote scope should include foundation engineering as a separately quoted line.

(c) Radial cluster around a central hub. Four or more dome units in a radial pattern around a central Cabin Series or A-Series hub used for reception, lounge, or wellness. The hub-to-spoke connection is the engineering-heavy element, confirmed per project.

(d) Linear walkway. A run of mixed-SKU units linked by a covered walkway and tied into a shared service spine. Often used for honeymoon-and-suite clusters (a 28 m² unit physically connected to a 40 m² unit reads as one combined suite from inside).

(e) Privacy zone separation. Multiple sub-clusters separated by terrain or planting buffers, each sub-cluster internally connected. Used where density must balance against guest perception of seclusion.

(f) Phased expansion grid. A site planned in two or three phases, with the first phase built as a free-standing cluster and later phases adding connected units against the same master plan. Phased delivery lets the operator validate ADR and occupancy on Phase 1 before committing capex on Phase 2.

Site-specific drawings, connection-node specifications, foundation engineering, and any structural reinforcement at the cluster scale are project-specific items confirmed against the project brief.

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Engineering connection nodes: what’s confirmed vs what’s project-specific

Engineering connection nodes are the interface between adjacent dome units at the structural envelope level — and the scope of what is factory-confirmed versus what is verified per project is the procurement question resort developers should ask in round one.

Already confirmed at the factory level. The 28 m² and 40 m² SKU pair is verified as physically connectable into a single multi-volume building. The base envelope module is a graphite-enhanced expanded polystyrene panel at 18 cm thickness with a closed-cell core, used across all standard Dome Series SKUs.⁴ The joinery system uses interlocking mortise-and-tenon-style detailing assembled on site, with mesh, mortar, and exterior coating as finish layers.

Confirmed per project, not pre-published. Four categories of node detail are confirmed against the project brief:

1. Waterproofing at the junction. Flashing detail, sealant selection, drainage path, and membrane continuity between adjacent envelopes are project-specific, confirmed against site climate and assembly tier.
2. Insulation continuity. Thermal-bridge detailing at the node, declared U-value of the combined envelope, and internal-side detailing are confirmed per project against the destination climate zone.
3. Fire detailing. GB 8624 B1 classification applies to the module material itself; assembly-level fire performance at a node depends on destination jurisdiction review and may require local tests or engineering evidence such as ASTM E84 surface-burning data, NFPA 285 exterior-wall assembly testing where triggered, EN 13501-1 evidence in Europe, or AS/NZS pathways in Australia.
4. Wind and seismic load at the cluster scale. Factory documentation references resistance for single-unit envelopes; a cluster’s load path, foundation tie-in, and any reinforcement at the node scale are confirmed by a local engineer in the destination jurisdiction.

Connection node specifications are available on inquiry; the manufacturing engineering team confirms node detailing, hardware, and any structural reinforcement against the specific cluster layout.

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Product portfolio for resort layouts: Dome / Cabin / A-Series

Vaultwerk operates three product series under one umbrella brand, and a resort master plan typically draws on more than one — the Dome Series as the hero guest unit, the Cabin Series as service and staff buildings, and the A-Series as an alternative premium suite format. Mix-and-match within the Dome Series is engineering-confirmed for the 28 + 40 m² pair; mix-and-match across series is project-specific.

Series	Format	Typical resort role
Vaultwerk Dome Series	EPS modular dome, 18 cm graphite-enhanced EPS module, four footprints (28 / 33 / 40 / 44 m²)	Hero guest unit; signature silhouette as brand-asset photograph; supports honeymoon-pair and cluster suite layouts
Vaultwerk Cabin Series	Box-type prefab cabin (factory-built modular cabin)	Staff dormitory, back-of-house service, reception or lounge hub, central facilities
Vaultwerk A-Series	A-frame triangular cabin, often two-storey	Premium two-storey suite as alternative to a connected dome pair; family or extended-stay use

For most resort projects, the question is not “Dome or Cabin or A-Series” but which mix of all three lands the brief. A typical 30–50 unit resort masterplan might allocate 20–30 Dome Series units as guest accommodation, 4–8 Cabin Series modules for back-of-house and service, and 2–4 A-Series units as premium suites — with the exact ratio confirmed against ADR target, seasonal occupancy, and the operator’s staffing model.

Cross-series connection scope (Dome to Cabin, Dome to A-Series, or three-series clusters) is confirmed per project. This guide covers the Dome Series in depth; Cabin Series and A-Series guides will follow.

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Compliance and local approval: factory document scope and what your jurisdiction still requires

An SGS RoHS / material-safety report and a China GB 8624 B1 fire report do not equal US, UK, Irish, or Australian local approval — they form an evidence base for a local code consultant’s review, not a substitute for destination-specific certification. CE / EU DoC is not used as a public claim until original EU documents are verified. Each jurisdiction has its own pathway, handled per project rather than bundled in the base shell quote.

United States. Many short-stay glamping cabins are reviewed under transient lodging logic, but the final occupancy classification belongs to the authority having jurisdiction and the local code consultant.⁵ For foam plastic, IBC 2024 Chapter 26 separates surface-burning evidence, thermal-barrier treatment, and exterior-wall assembly behavior: §2603.3 uses ASTM E84 / UL 723 surface-burning indices for foam plastic; §2603.4 addresses thermal barriers; and exterior-wall conditions can trigger assembly-level review such as NFPA 285, which is a full exterior-wall assembly test, not a component certificate.⁶ Vaultwerk’s current GB 8624 B1 fire report and SGS RoHS evidence should be treated as a document pack for local review, not as proof of US code approval (CE / EU DoC is not claimed until verified).

United Kingdom. England building-control review for short-stay holiday accommodation usually needs the Approved Document B Volume 2 route rather than a domestic-only lens.⁷ Planning is separate from building control: the 2023 GPDO Class BC created a 60-day temporary recreational campsite right, but local authority guidance treats non-moveable glamping pods, geo-domes, shepherd huts, and luxury lodges as likely to need planning permission.⁸ For fixed prefab dome cabins, buyers should assume a site-specific planning check from the outset instead of relying on temporary campsite rights.

Ireland. Do not rely on a generic “45 m² exemption” for tourism dome projects. The S.I. No. 649/2025 source previously reviewed for this draft concerns agricultural exempted development, while the Government’s 2026 planning-exemption announcement concerns residential extensions and smaller homes, not glamping accommodation.⁹ Tourism dome projects should be routed through local planning advice, Fáilte Ireland Outdoor Accommodation Toolkit alignment, and the Short-Term Letting Register pathway where applicable.¹⁰

Australia, Canada, New Zealand, and other destinations. Australia requires NCC compliance plus AS/NZS 3959 BAL assessment in bushfire zones; Canada uses CSA A277 for factory certification and ULC-S102 for surface burning; New Zealand uses NZBC pathways. Each destination is handled per project against the local engineer of record and the AHJ. See the prefab dome house guide’s compliance chapter for the full multi-destination frame.

Vaultwerk coordinates handover of factory certification documents and introduces buyers to destination-side compliance consultants. We do not guarantee destination compliance — that requires the buyer’s local code consultant, a registered engineer, and a local permit from the authority having jurisdiction.

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Container logistics and site assembly for multi-unit deployments

Multi-unit logistics for a resort-scale Dome Series order covers the chain from factory pickup in China through FOB or CIF loading, ocean freight, customs and inland transport, and on-site sequencing of foundation, shell assembly, utilities, and finishing across overlapping crews. Each link is destination-specific, and the quote scope determines which links sit with Vaultwerk and which with the buyer.

Container loading at resort scale. Dome Series shells ship in standard 40-foot high cube containers. Per-SKU loading varies with footprint, packaging revision, and any export reinforcement framing — smaller footprints load more units per container than larger ones, and combined configurations load fewer.¹¹ For a 50–100 unit resort order, the practical implication is a multi-shipment programme sequenced against the destination port’s handling capacity and the on-site readiness of each phase.

Export reinforcement packaging. Timber or steel reinforcement framing is required for most international destinations beyond regional shipping and is quoted as a separate line item, not included in the base shell price. Resort developers should ask suppliers to itemise export packaging in the quote — that line item is one of the easier places for two quotes to drift out of comparison.

Multi-unit site sequencing. A 20–100 unit resort deployment is typically planned as overlapping workstreams rather than one-unit-at-a-time: foundation preparation, freight sequencing, shell assembly, utility trenching, and finishing can run in parallel where the local contractor and site conditions allow it. Sequencing depends on site access, lifting equipment, crew size, weather windows, and destination approvals, and is coordinated with the destination project partner when that scope is included in the quote.

Lead time is project-specific. Total lead time from order confirmation to operational opening day is quoted per project after Vaultwerk confirms unit count, SKU mix, destination port, scope tier, and any destination-specific certification testing. Resort developers should issue a project brief covering all five inputs in the inquiry; Vaultwerk routes the response within one business day.

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Revenue planning framework for glamping operators

A revenue planning framework builds annual revenue from four inputs — average daily rate, occupancy, nights available, and unit count — applied against third-party industry benchmarks. The framework below sources its benchmarks from independent industry data, not Vaultwerk’s own pricing — supplier-side capex is quoted per project via inquiry, not published.

The operator-side formula.

Annual revenue = ADR × occupancy × nights available × units

ADR benchmarks (third-party industry data). Sage Outdoor Advisory’s Q2 2025 report places dome accommodations at $257 per night nationally in the US — the highest ADR among standard unit types in that report, ahead of treehouses ($217) and cabins ($160).³ Industry-wide ADR across all glamping unit types reached $251 per night in 2025, up 21 percent from $207 in 2023 and 11 percent year-on-year, per Cairn Consulting Group’s 2025 US Glamping Industry Report.¹² MMCG Invest places overall glamping ADR positioning between midscale hotels ($130–165) and upscale boutique hotels ($193–440), at a 4–7x premium over traditional camping ($35–65 per night).¹

Occupancy benchmarks. Seasonal occupancy patterns across US glamping operators show peak of 70–90 percent (June–August), shoulder of 45–65 percent, and off-season of 15–35 percent, with roughly 63 percent of US glamping sites operating year-round.¹³ High-performing sites cluster toward the upper end.

Demand-side context. The KOA 2025 report places glamping at 29 percent of all camping experiences in 2025 (and 31 percent of new campers), with glamper average daily spend at $251 per day.²

Capex side: quoted per project. Unit cost, freight, foundation, on-site installation, and any destination-specific certification testing depend on unit count, SKU mix, destination, scope tier (shell-only, ready-to-move-in, or turnkey), and any project-specific OEM scope. Vaultwerk quotes per project against the inquiry brief — see the quote-scope chapter for the language to use.

Actual returns depend on location, brand, season, and operations. The third-party benchmarks above are industry data, not a forecast for any specific project. Resort developers should run their own pro forma against the destination market, brand positioning, season length, and operating model before committing capex.

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For Resort Developers / For Tourism Projects: regional notes

Regional resort and tourism project context across three batches frames where prefab EPS dome cabins fit into the public master-plans, brand pipelines, and supplier-engagement portals that resort developers and tourism authorities have made visible in 2026.

North America glamping resorts (US and Canada)

Hotel groups have moved on glamping at the brand-acquisition layer. Marriott acquired the Postcard Cabins brand in December 2024 (29 properties, 1,200+ cabins); Hilton announced an AutoCamp partnership in February 2024; Hyatt opened a World of Hyatt alliance with Under Canvas across 13 US locations in July 2024. These moves frame glamping as an institutional asset class — and that institutionalisation is the procurement environment a resort developer is now selling into. The KOA 2025 finding that glamping is 29 percent of all camping experiences in 2025 and 31 percent of new campers² is the demand-side companion. Canada-specific compliance pathways (CSA A277, ULC-S102) are in the prefab dome house guide.

Europe boutique camps (UK, Ireland, and beyond)

UK boutique camp development runs through local planning checks and Approved Document B Volume 2 pathways covered in the compliance chapter above. The practical procurement note is simpler than the statutory detail: fixed pods, geo-domes, and lodge-style units should be scoped as planning-review items from the outset, not treated as ordinary temporary campsite pitches.⁸ Ireland’s tourism dome projects should likewise be routed through local planning advice plus Fáilte Ireland Outdoor Accommodation Toolkit alignment and STLR review where applicable.⁹ Wider European context (Greece, Croatia, Cyprus, Italy) follows the same general logic — CE marking is necessary but not sufficient.

Middle East and Central Asia tourism projects

Saudi Arabia’s tourism programme is relevant to resort procurement because Vision 2030 targets 150 million annual visits by 2030, while third-party hospitality research reports a large hotel pipeline concentrated in upper-tier segments.¹⁴

For this page, the useful buyer point is not a full giga-project news digest. It is that Gulf resort and desert-hospitality projects already use dome-format accommodation as a premium visual language, while every live project still requires local fire, structural, thermal, and procurement approval.¹⁵

Supplier-engagement path for Vision 2030 projects. Vendors and suppliers can register through the live Red Sea Global Vendor Registration portal and the live NEOM Suppliers Portal; the two giga-projects operate separate vendor systems requiring independent registration.¹⁶ KSA-specific fire and building code compliance (Saudi Building Code, SBC 801) is handled per project alongside the supplier-registration track.

Central Asia. Central Asia remains a future resort-development research track for Vaultwerk because tourism infrastructure and outdoor accommodation are expanding unevenly across Kazakhstan, Uzbekistan, and neighboring markets.¹⁷ For now, treat this as a future market-development and due-diligence conversation, not a published case-study claim. Large regional resort projects are handled through a dedicated project-procurement path; English-language evidence and supplier due diligence are available on inquiry.

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Quote scope tiers and inquiry path for resort projects

Quote scope at resort scale is more than the three standard tiers (shell-only, ready-to-move-in, turnkey) — it is also a set of multi-unit coordination decisions that change which line items sit with Vaultwerk and which with the buyer-engaged local project partner. Resort developers should specify both the scope tier and the multi-unit coordination scope in the inquiry brief.

Inclusion item	Shell-only	Ready-to-move-in	Turnkey
EPS modules, joinery, mesh, mortar, exterior coating	Yes	Yes	Yes
Factory-issued documentation (GB 8624 B1 fire report + SGS RoHS)	Yes	Yes	Yes
Glazing per project drawing	Buyer-supplied	Yes	Yes
Basic interior finishes	Buyer-supplied	Yes	Yes
Electrical and plumbing rough-in to factory layout	Buyer-supplied	Yes	Yes
Sanitary fixture rough-in	Buyer-supplied	Yes	Yes
On-site assembly with factory supervisory support	Buyer-arranged	Buyer-arranged	If specifically quoted
Multi-unit site coordination (sequencing across phases)	Buyer-arranged	Buyer-arranged	Coordinated with local partner
Foundation engineering and pour	Buyer-arranged	Buyer-arranged	Coordinated with local partner
Destination-specific certification testing and approvals	Buyer-arranged	Buyer-arranged	Coordinated with local partner
Local utility connections to the unit boundary	Buyer-arranged	Buyer-arranged	Buyer-arranged
HVAC unit supply and commissioning	Buyer-arranged	Buyer-arranged	Coordinated with local partner
FF&E and operational furniture	Buyer-arranged	Buyer-arranged	Buyer-arranged
Land, operating licences, project design	Buyer-arranged	Buyer-arranged	Buyer-arranged

Each tier is a scope definition — what is included — not a price band. Two suppliers cannot be compared on the same basis until both are quoting the same tier against the same buyer-supplied items list.

New-project quote is not a resale listing. Searches such as “dome house for sale” often lead to existing homes, real-estate listings, DIY kits, or one-off used inventory. A resort developer is solving a different problem: unit count, SKU mix, phased delivery, scope tier, destination port, foundation responsibility, local approval, and multi-unit site coordination. Treat Vaultwerk’s quote as a new-project procurement scope, not a Zillow-style listing price. For modular dome home kits and what a factory shell package includes, start with the prefab dome house guide before comparing suppliers.

Resort-specific scope variables beyond the three tiers. Multi-unit foundation coordination (one foundation engineer of record for the cluster versus per-unit), phased delivery scheduling (Phase 1, Phase 2, Phase 3 spaced months or years apart), shared utility runs (one trunk loop versus per-unit hook-ups), and site survey scope (one combined survey versus phased per-unit) each shift the quote scope. Resort developers should specify all four in the inquiry.

Unit-count tiered inquiry path. The Vaultwerk inquiry form routes by unit count into four tiers:

• 1–5 units: small operator or single guest unit; Vaultwerk handles directly.
• 5–20 units: small camp or boutique site; Vaultwerk handles directly with production and export coordination.
• 20–100 units: resort or tourism project; routed through resort-procurement scope, often with factory engineering review for cluster layouts.
• 100+ units: tourism megaproject or master-planned destination; handled through a dedicated large-project procurement path with English-language evidence and due-diligence support.

Request a project quote — share unit count, destination, intended use, and target scope tier.

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Related guides

• Prefab Dome House Guide — Full product specifications, SKU range, and certifications.
• EPS vs PVC Dome TCO — 10-year lifecycle cost comparison for permanent resort holds.

Request a project quote

Share your unit count, destination, intended use, and target scope tier. Vaultwerk routes each inquiry to the right quote path within one business day.

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Footnotes

Footnotes

1. MMCG Invest, “The U.S. Glamping Industry Enters Its Institutional Era.” https://www.mmcginvest.com/post/the-us-glamping-industry-enters-its-institutional-era (accessed 2026-05-31). ↩ ↩²

2. KOA, “2025 North American Camping and Outdoor Hospitality Report.” https://www.koapressroom.com/press/2025-camping-outdoor-hospitality-report/ (accessed 2026-05-31). ↩ ↩² ↩³

3. Sage Outdoor Advisory, “Glamping Market Trends 2025,” Q2 2025 report covering unit-type ADR (domes $257, treehouses $217, cabins $160). https://sageoutdooradvisory.com/blog/glamping-market-trends-2025/ (accessed 2026-05-31). ↩ ↩²

4. Vaultwerk Dome Series product source pack, including docs/product-facts.md, 馒头屋中英文版本-常用户型产品手册.pdf, and the manufacturer-supplied BoM/floor-plan materials reviewed in May 2026. Used here only for SKU footprints, 18 cm module thickness, and the 28 + 40 m² connectability claim; connection-node performance remains project-specific. ↩

5. ICC Digital Codes, “International Building Code 2024 — Chapter 3, Section 310 Residential Group R-1,” and UpCodes mirror for IBC 2024 transient occupancy definition. https://codes.iccsafe.org/content/IBC2024P1/chapter-3-occupancy-classification-and-use / https://up.codes/s/residential-group-r-1 (accessed 2026-05-31). ↩

6. ICC Digital Codes, “International Building Code 2024 — Chapter 26 Plastic, Sections 2603.3–2603.5”; ICC, “2024 Group A Proposed Changes to the I-Codes — Fire Safety,” showing foam-plastic ASTM E84 / UL 723 surface-burning indices; and NFPA, “NFPA 285 Standard Fire Test Method for Evaluation of Fire Propagation Characteristics of Exterior Wall Assemblies Containing Combustible Components.” https://codes.iccsafe.org/content/IBC2024P1/chapter-26-plastic / https://www.iccsafe.org/wp-content/uploads/IBC-Fire-Safety-2024.pdf / https://www.nfpa.org/product/nfpa-285-standard/p0285code (accessed 2026-05-31). ↩

7. UK Government, “Approved Document B (Fire Safety) — Volume 1 Dwellings and Volume 2 Buildings Other Than Dwellings, 2019 edition with 2020, 2022, 2025, 2026, and 2029 amendments.” https://www.gov.uk/government/publications/fire-safety-approved-document-b (accessed 2026-05-31). ↩

8. legislation.gov.uk, “The Town and Country Planning (General Permitted Development etc.) (England) (Amendment) Order 2023,” which inserted Class BC temporary recreational campsites; Cornwall Council, “Planning guidance for temporary campsites,” noting that non-moveable glamping pods, shepherd huts, geo-domes, and luxury lodges are likely to need planning permission. https://www.legislation.gov.uk/uksi/2023/747/pdfs/uksi_20230747_en.pdf / https://www.cornwall.gov.uk/planning-and-building-control/planning-enforcement/temporary-pop-up-camping-sites-planning-guidance/ (accessed 2026-05-31). ↩ ↩²

9. irishstatutebook.ie, “Planning and Development (Exempted Development) (No 2) Regulations 2025 (S.I. No. 649/2025),” which concerns agricultural exempted development; Department of Housing, Local Government and Heritage, “Government announces changes to Planning Exemptions Regulations,” covering 2026 proposed changes for residential extensions and smaller homes. https://www.irishstatutebook.ie/eli/2025/si/649/made/en/pdf / https://www.gov.ie/en/department-of-housing-local-government-and-heritage/press-releases/government-announces-changes-to-planning-exemptions-regulations/ (accessed 2026-05-31). ↩ ↩²

10. Fáilte Ireland, “Outdoor Accommodation Toolkit,” and Fáilte Ireland, “Short-Term Letting Register (STLR)” under the Short Term Letting and Tourism Bill 2025. https://www.failteireland.ie/Product-development/Developing-Outdoor-Accommodation.aspx / https://www.failteireland.ie/registration-and-grading/short-term-letting-register-(STLR).aspx (accessed 2026-05-31). ↩

11. Vaultwerk Dome Series factory packing reference held on file, cross-checked against the Chinese-English product manual container loading notes. Per-SKU loading varies by footprint, packaging revision, export reinforcement, and destination port handling; exact counts are confirmed per quote. ↩

12. Modern Campground, “Glamping ADR Hits $251/Night as Guest Stays Lengthen, Amenities Evolve — Insights from Glamping Show Americas 2025,” citing Cairn Consulting Group’s 2025 US Glamping Industry Report. https://moderncampground.com/usa/colorado/glamping-adr-hits-251-night-as-guest-stays-lengthen-amenities-evolve-insights-from-glamping-show-americas-2025 (accessed 2026-05-31). ↩

13. Cairn Consulting Group 2025 US Glamping Industry Report (via secondary aggregator citations) and MMCG Invest, on seasonal occupancy patterns and year-round operator share. https://moderncampground.com/usa/colorado/glamping-adr-hits-251-night-as-guest-stays-lengthen-amenities-evolve-insights-from-glamping-show-americas-2025 / https://www.mmcginvest.com/post/the-us-glamping-industry-enters-its-institutional-era (accessed 2026-05-31). ↩

14. Saudi Tourism Authority, “Tourism Sector in Saudi Vision 2030,” and Knight Frank Saudi Arabia, “Saudi Arabia Hospitality Market Review — 2025.” https://www.sta.gov.sa/en/vision2030/ / https://www.knightfrank.com.sa/en/newsroom/article/2025/5/saudi-arabia-hospitality-market-review---2025 (accessed 2026-05-31). ↩

15. Dubai City Tourism, “Al Marmoom Desert Reserve Guide,” and Al Marmoom Domes booking site, documenting an operational dome-format desert glamping product in the UAE. https://www.dubaicitytourism.com/al-marmoom-desert-reserve-guide/ / https://almarmoomdomes.com/ (accessed 2026-05-31). Cited as a regional market signal — not a Vaultwerk customer claim. ↩

16. Red Sea Global, “Vendor Registration,” and NEOM, “Our Business — Suppliers.” https://www.redseaglobal.com/en/vendor-registration/ / https://www.neom.com/en-us/our-business/suppliers (accessed 2026-05-31). ↩

17. Euronews, “China Set New Records in Trade and Investment in Central Asia in 2025,” and Middle East Forum, “China’s Foreign Investment Jumps as Beijing Bypasses Iran and Russia.” https://www.euronews.com/2026/04/15/china-set-new-records-in-trade-and-investment-in-central-asia-in-2025 / https://www.meforum.org/mef-observer/chinas-foreign-investment-jumps-as-beijing-bypasses-iran-and-russia (accessed 2026-05-31). ↩