Frequently Asked Questions

VikingDome offers geodesic domes in various sizes, materials, and configurations. Polycarbonate domes start from €3,320 for Ø2,55m, wooden-frame PVC domes from €3,370 for Ø4,5m, steel-frame PVC domes from €4,507 for Ø5m dome, and glass domes from €14,220 for Ø6m dome. Fully equipped glamping domes start from €35,000 for Ø5,5m dome. Final pricing depends on the structure's dimensions, materials, customization, and additional services. See here: VikingDome products.

The price of a VikingDome geodesic dome depends on its size, structural materials, and level of customization. Domes of the same diameter can vary significantly in price depending on the amount and quality of materials used, which affect structural strength, durability, and lifespan. Custom designs require additional engineering and design work. For fully equipped VikingDome domes, the cost also depends on the desired level of luxury, including furniture, interior finishes, and equipment.

VikingDome manufacturing times depend on the dome type and customization requirements. Polycarbonate AURA domes take around 4–6 weeks, steel-frame PVC tent domes 4–6 weeks, multilayer insulated domes 8–10 weeks, and glass domes 10–12 weeks. We typically deliver by truck within Europe and by sea freight to destinations outside Europe. For urgent projects, air freight can also be arranged at an additional cost.

Yes. VikingDome offers standard dome sizes as well as custom-designed structures for projects with specific dimensional, architectural, or structural requirements. Custom solutions can include different dome geometries, heights, entrances, window configurations, and covering materials. Our engineering team evaluates the project's requirements to determine the most suitable design.

VikingDome offers both prefabricated dome kits and complete project solutions. Customers can purchase dome structures for self-assembly or request additional services, including structural engineering, foundations or terraces, professional installation, and interior equipment. For glamping projects, we also offer fully equipped accommodation domes with bathrooms, kitchenettes, furniture, and climate-control options.

VikingDome geodesic domes are designed for long-term use, with service life depending on the construction materials and environmental conditions. Our PVC tent domes have a cover lifespan of approximately 10–15 years, while the supporting structure can last 20 years or more. Polycarbonate AURA domes have a service life of 15+ years, while insulated glass domes are designed to last 50+ years, with certain sealing components requiring earlier replacement. Proper installation and maintenance help extend the lifespan of each structure.

Yes. VikingDome geodesic domes can be engineered to withstand demanding wind and snow conditions. Depending on the model and local climate requirements, we offer reinforced steel frames, customized anchoring solutions, polycarbonate panels of varying thicknesses with sealed connections, and multilayer insulation envelope with PVC coverings. Structural calculations can be prepared according to applicable Eurocodes and project-specific requirements.

Yes. Geodesic domes can be designed for year-round use in different climates, including regions with cold winters, heavy snowfall, and hot summers. The structural frame, covering materials, insulation (where required), and ground anchoring system must be designed according to local climatic conditions. An appropriate heating, ventilation, and air conditioning (HVAC) system is also essential for maintaining comfortable indoor conditions. VikingDome can advise on suitable HVAC solutions and adapt the structure and materials to accommodate their installation.

VikingDome manufactures three main types of geodesic domes. PVC domes use wooden or steel frames with durable PVC membranes, and optional multilayer or Reflex films insulation. Polycarbonate AURA domes feature transparent, tinted, or mirrored rigid panels, providing natural light and weather protection. Glass domes combine steel, aluminum or wood frames with single or insulated glass units. The best option depends on the intended use, climate, and budget.

Yes. VikingDome can provide structural engineering services, including load calculations according to applicable Eurocodes and technical documentation for individual projects. Depending on the structure, relevant material certificates and other technical documents can also be supplied. We hold a Certificate of Qualification as a Contractor for Structures of Exceptional Significance (No. 8884) in Lithuania. Project-specific documentation requirements are assessed individually.

In many European countries, geodesic domes qualify as temporary structures and benefit from simplified permitting requirements or exemptions. One of the most important factors is the foundation type. Removable ground screw foundations, which VikingDome offers, can help meet temporary structure requirements. However, regulations vary by country. We recommend consulting your local municipality, and VikingDome can provide dome drawings and technical specifications to support the process.

VikingDome geodesic domes can be installed on various foundations, including concrete bases, wooden terraces, and ground screw foundations. We also offer removable foundation solutions for projects where permanent concrete foundations are not suitable. VikingDome can advise on suitable foundation solutions and provide the necessary technical drawings and specifications.

Yes. VikingDome geodesic domes can be installed without traditional concrete foundations or permanently altering the ground, depending on the model and site conditions. We offer alternatives including ground screw foundations, ground anchor kits, and engineered ballast solutions. The appropriate method depends on ground conditions, wind loads, structural requirements, and local regulations.

Installation time depends on the dome type, size, and number of installers. For example, a VikingDome Ø6 m polycarbonate AURA dome typically takes 2–3 days to assemble with 2–4 people. PVC tent domes require a similar timeframe. A Ø6 m glass dome takes approximately 5–6 days with 3–4 installers due to the additional time required for silicone glazing. Fully equipped glamping projects can take around 2 months with a team of 5–6 people, including groundwork, plumbing, utility installations, and interior furnishing.

Yes. VikingDome dome kits are designed for DIY assembly and include installation instructions with pre-cut components. Larger or technically complex structures may require professional installation or specialist supervision, which we offer.

Yes. VikingDome geodesic domes can incorporate insulation, heating, cooling, and ventilation systems. We offer insulated PVC domes with REFLEX multireflective insulation or multilayer insulation systems, as well as glass domes with insulated glazing units and heating options. Suitable HVAC systems should be selected according to the dome's dimensions, local climate, and intended use. VikingDome can provide technical consultation and adapt the structure to accommodate the HVAC solution.

Yes. VikingDome offers different door, window, and ventilation configurations depending on the dome model. Options can include transparent panoramic sections, glass doors, double-glazed doors, manually or electrically operated windows, and mechanical ventilation systems. The available features depend on the structure's materials, geometry, and technical requirements.

Yes. VikingDome can connect multiple geodesic domes of the same or different sizes to create larger, multifunctional spaces. Depending on the dome technology, connections can be made using specially designed structural elements or connecting tunnels. These configurations are suitable for hospitality, events, commercial projects, and other applications requiring interconnected spaces.

VikingDome is based in Vilnius, Lithuania, and supplies geodesic domes and architectural structures to international customers. Delivery is available to European and other international destinations, subject to project requirements and logistics. Shipping costs and estimated delivery times depend on the destination, structure type, dimensions, and order specifications.

Yes. VikingDome provides installation services worldwide, including full assembly teams or specialist supervision. Customers are responsible for the labor costs of VikingDome personnel involved, as well as their transportation, accommodation, meals, and any required on-site equipment, such as scaffolding. All costs and installation arrangements are specified in the project quotation.

VikingDome is headquartered in Vilnius, Lithuania, European Union. Our facilities in Vilnius include an office for engineering and project management, as well as a manufacturing facility. See here: About VikingDome.

Yes. VikingDome can provide full project services including design, structural engineering, manufacturing, and installation. We specialize in custom luxury geodesic domes and complex curved structures.

VikingDome primarily works with glamping, restaurant, hotel, and event businesses across Europe seeking custom geodesic domes and curved structures. We also provide solutions for yoga and wellness spaces, outdoor classrooms, private gardens, and public projects. For architects and construction companies, we manufacture, curved glass façades, skylights, and curved roof structures using steel frames and insulated glass units.

Yes. VikingDome has more than 25 years of experience and has participated in over 5,000 projects. Our portfolio includes geodesic domes, hospitality structures, commercial pavilions, and custom architectural constructions. Customers can explore our completed projects to see examples of different materials, sizes, technologies, and applications. See here: VikingDome portfolio.

By default, VikingDome provides a project file containing architectural drawings, detailed assembly instructions, a packing list, and measurements of pre-cut components. Additional documentation can be provided upon request, including declarations of conformity, fire resistance certificates, structural load calculations according to Eurocodes, and other project-specific documents.