Information

Fortress uses advanced Prefab technology for the construction of frame houses, which ensures high quality, speed of construction and reliability of our structures. Prefab technology (from the English “prefabricated” – prefabricated) is the process of manufacturing individual elements of the house at the factory and their subsequent assembly at the construction site. Here are the main stages and advantages of this technology: Design and planning: At the initial stage, our specialists develop a detailed house project that takes into account all the wishes of the client and the characteristics of the site. The project includes accurate drawings and specifications of all structural elements. Factory production: After approval of the project, the factory begins production of all the main elements of the house, such as walls, ceilings, roof and other components. All elements are manufactured in controlled conditions, which guarantees their high quality and compliance with standards. Transportation and assembly: Finished elements are delivered to the construction site and assembled by a professional team. Thanks to preliminary preparation, the house is assembled quickly and without unnecessary delays. This allows you to reduce construction time and minimize the impact on the environment. High accuracy and quality: Production of elements in the factory ensures high accuracy and quality of assembly. All components undergo strict quality control, which eliminates the possibility of errors and defects at the construction site. Energy efficiency and insulation: The materials and technologies used allow you to create an energy-efficient house with excellent thermal insulation characteristics. High-density stone wool in the walls and floor, vapor barrier and external membrane provide a comfortable microclimate in the house and reduce heating and cooling costs. Design flexibility: Prefab technology allows you to implement a wide variety of architectural solutions and styles. You can choose a ready-made project or order an individual one created especially for you. Environmental friendliness: Prefab construction reduces the amount of construction waste and allows for efficient use of materials, which makes this method more environmentally friendly compared to traditional construction methods. Thanks to Prefab technology, Fortress houses are highly reliable, energy efficient, and fast to build. We ensure the comfort and durability of your home by using the most modern and proven construction technologies.

To order a house, you need to contact our company’s office. There you will be able to meet with our specialists who will help you choose the appropriate project, taking into account your wishes and requirements. After approving the project, our experts will specify in detail the selected materials, draw up a detailed cost estimate and agree on the terms of production and installation. Only after that will the final contract be signed, which guarantees high-quality and timely execution of all work.

We use the services of transport companies to deliver frame house elements. Usually, standard covered trucks are used for this. The number of vehicles required is determined after the project is approved. Delivery services and the use of a mobile crane on site are provided at the customer’s expense. Loading at the production site is already included in the total cost.

The cost of delivery depends on the model of the house and the distance. The cost is calculated based on the freight carrier’s tariff. The exact cost of delivering your house will be calculated during the preparation of the commercial offer. Important! The buyer is responsible for the entrance to the site and the successful passage of equipment (truck crane, manipulator).

The cost of the foundation is not included in the cost of the house and is calculated separately.

Frame houses allow different types of foundations depending on the soil and construction conditions:

– Strip foundation: Suitable for most soils, provides reliable support and uniform load distribution.

– Screw foundation: Ideal for complex soils, quickly installed and saves materials.

– Slab foundation: Provides stability on soft and mobile soils, can be used for underfloor heating.

– Column foundation: Economical and suitable for lightweight structures on stable soils.

The choice of foundation depends on geological conditions, type of building and budget.

FORTRESS contractors can provide advice and calculate the cost of the foundation based on specific conditions and requirements.

To ensure a comfortable temperature inside the house and reduce energy consumption for heating and cooling, we use high-density stone wool in the 250 mm thick walls and 250 mm roof. The double-sided membrane provides moisture protection, preventing moisture from entering from the outside and allowing condensation to escape inside the insulation. This supports a healthy environment and ensures the durability of the structure.

In the houses, all wiring is hidden in the frame, which creates an aesthetically pleasing and neat appearance. The cable is laid inside the walls in a flexible self-extinguishing metal-plastic corrugated sleeve, which ensures safety and protection of the wiring from external influences.

The wire material used in Fortress houses is copper. Copper is one of the most effective materials for electrical wiring, as it has high electrical conductivity and reliability. The use of copper in wiring ensures a stable and efficient power supply for all electrical devices and systems in the house.

Yes, you can order additional insulation for your FORTRESS home, taking into account your individual requirements.

The modular house kit, regardless of the model, includes a three-phase 25A fuse block of category B.

A 16A circuit breaker for household sockets.

A 10A circuit breaker is installed for lighting.

When choosing the exterior facade of a frame house, you have two main options: ventilated and non-ventilated facade.

Ventilated facade:
– Materials: Wood and metal.
– Features: Provides air circulation between the facade material and the wall, which helps remove moisture and prevents the formation of mold and condensation. Such a facade contributes to the durability of the structure and improves the microclimate inside the house.

Non-ventilated facade:
– Materials: Stone wool and facade plaster.
– Features: This type of facade hermetically seals the walls, providing excellent heat and sound insulation. Non-ventilated facades are more often chosen to ensure maximum energy efficiency and minimize heat loss.

The choice between ventilated and non-ventilated facades depends on your preferences and priorities regarding insulation, durability and the appearance of the house.

We recommend that you equip your home with a ventilation system. To do this, you should contact a specialized ventilation system installation company and get advice. At the stage of developing the structural design, we will make the necessary changes for the installation of ventilation.

Frame houses can be equipped with various heating systems, each of which has its own advantages and is suitable for different conditions and preferences of the owners. Here are the main options for heating systems that can be installed in a frame house:

1. Electric heating:

– Electric convectors: Easy to install, do not require laying pipes. Ideal for small houses or as an additional source of heat.

– Infrared heaters: Heat objects and surfaces, not the air, which ensures even heat distribution and energy savings.

– Underfloor heating: Electric underfloor heating systems create comfortable heat and can be used as the main or additional source of heating.

2. Gas heating:

– Gas boilers: A popular and efficient option for frame houses. Gas boilers can be condensing or traditional, and they can operate on both natural and liquefied gas.

– Underfloor heating: Water-based underfloor heating systems connected to a gas boiler provide even and comfortable heat.

3. Liquid fuel systems:

– Liquid fuel boilers: Can be used in areas where natural gas is not available. These boilers run on diesel or fuel oil and can be integrated with radiators or underfloor heating systems.

4. Solid fuel systems:

– Wood or coal boilers: Suitable for rural areas and provide autonomous heating. Can be connected to a radiator or underfloor heating system.

– Stoves and fireplaces: Additionally create a cozy atmosphere in the house and can be used as the main or auxiliary heat source.

5. Heat pumps:

– Air-to-air: Take heat from the outside air and transfer it into the house. Effective in temperate climates.

– Air-to-water: Takes heat from the outside air and transfers it to a water heating system, such as radiators or underfloor heating.

– Ground-to-water: Takes heat from the ground using underground pipes and transfers it to a water heating system. The most energy-efficient, but requires a significant initial investment.

6. Combined systems:

– Combining different sources: For example, using a heat pump in combination with a gas boiler or electric heater. This allows you to optimize energy consumption and ensure reliable heating in all conditions.

Recommendations for choosing a heating system:

1. Consider climatic conditions: It is important to choose a system that will be effective in your region. For cold winters, gas boilers or ground-to-water heat pumps are better suited.

2. Consider available energy resources: The choice of system depends on the availability of natural gas, electricity or other fuels in your area.

3. Evaluate energy costs and efficiency: It is important to consider both the initial installation costs and the ongoing operating costs of the heating system.

4. Consult with professionals: Contact specialists for advice and a heating system design, taking into account the characteristics of your frame house.

Fortress is ready to help you choose and install the optimal heating system for your frame house, ensuring the comfort and energy efficiency of your home.

The fireplace is not the main source of heating.

Yes, but the installation will still be performed by a certified FORTRESS team or its official partner.

Installation is carried out only by FORTRESS certified personnel.

At the customer’s.

If it rains heavily, no. A little rain will not interfere with the installation.

Installation is included in the price of the house.

Yes, additional costs may arise at any distance from the plant:

– Crane: Cost depends on local organization rates, calculated hourly or per shift (shift – 8 hours).

– Sloping area: Additional scaffolding rental.

– Seasonal installation: Flat rate.

We use IZOVAT insulation. The insulation does not contain phenol-formaldehyde resins. The insulation has no chemical odor, is made from natural ingredients, is safe for nature and humans, and is fireproof. It is recommended for use in all climate zones.

This is impossible due to the design features and technology of laying the insulation. Since the frame of the house is assembled from a 45×195 beam, in the basic version we use 2 layers of insulation of 100 mm each. The total thickness of the insulation is 200 mm. The “extra” 5 mm of insulation protruding beyond the frame create additional friction between the layers of insulation and the windproof glass and spring the insulation, pressing it back through the crate through the windproof layer. In the walls we use insulation of high density and stiffness of 45-50 kg/m³.

We have a number of advantages that make our houses the best choice:

– High quality and economy. We manufacture houses completely at the factory, which guarantees high quality and reduces costs.
– Each house is ready to move in. We have taken into account all the necessary communications, finishes, appliances and plumbing.
– Forget about the tedious search for a project, builders and materials. Our house is assembled at the factory and installed in just a few days.
– Mobility and ease of installation. Modular houses can be easily transported and installed on different sites of your choice.
– A small house can initially serve as temporary housing during the construction of a larger house and become a guest house or even the main one, which can be expanded as needed.

To conclude a contract for the manufacture of a house, you must contact our company’s office.

Payment is made in stages according to the following scheme:

– When concluding a contract, you must pay 50% of the total cost of the contract for the manufacture of a house.
– After the completion of the manufacture of the frame wall kit and preparation for the interior and exterior decoration of the modular house, 40% is paid.
– After the facility is fully ready and the house is put into operation, the last payment of 10% is paid.

The cost of delivery is determined by the transport companies and paid by the customer. Loading at the production site is included in the price of the house.

Our house is an all-season modular house, ready for comfortable living. We have taken into account all the details so that you can enjoy comfort immediately after installation.

We assemble the modules in warm workshops and install them on site in a very short time. Panoramic windows provide natural light and create a cozy space.

The house is connected to electricity and heated with electric convectors and underfloor heating, which makes it suitable for installation in various areas.

The cost of the foundation is not included in the cost of the house and is calculated separately. The buyer can independently contact a specialized company or our company to perform foundation installation work. FORTRESS contractors can provide advice and calculate the cost of the foundation based on specific conditions and requirements.

High-quality frame. Our modular houses are built on the basis of a frame made of planed, dried boards. Boards measuring 45×95, 45×145, 45×195 mm with a humidity of 15-18% are used. For maximum strength, reinforced fasteners are used.

The outer part of the frame is a crate, to which the external finish selected by the customer is attached. The interior finish may include imitation timber, furniture plywood or drywall. All wood used for the frame is coniferous wood, in this case, pine.

To ensure a long service life and protection against harmful influences, the frame is treated with a preservative indelible antiseptic that protects the wood from mold, fungi, algae and insects for 35 years.

External visible parts, such as the veranda frame and wooden trim, are covered with high-quality Austrian Adler paints.

A modular house from FORTRESS is an innovative solution where each part of the house is a separate, fully equipped module. These modules are assembled at the factory and delivered to your site for installation. For example, a module with a bathroom already includes a washbasin, toilet, shower or bathtub, boiler, underfloor heating, decoration and even electrical sockets and lighting.

– Length: up to 13.5 meters
– Width: up to 3.75 meters
– Height: from 2.4 to 3.6 meters

To ensure a comfortable temperature inside the house and reduce energy consumption for heating and cooling, we use high-density stone wool in the walls with a thickness of 250 mm and a floor with a thickness of 200 mm. Inside the house, a 150-micron vapor barrier is used with all seams taped for complete sealing. For the outer layer, a membrane is used that protects against moisture, preventing its penetration from the outside and allowing condensation to escape from the inside of the insulation. This maintains a healthy environment and ensures the durability of the structure.

In the houses, all wiring is hidden in the frame, which creates an aesthetically pleasing and neat appearance. The cable is laid inside the walls in a flexible self-extinguishing metal-plastic corrugated sleeve, which ensures safety and protection of the wiring from external influences.

The wire material used in Fortress houses is copper. Copper is one of the most effective materials for electrical wiring, as it has high electrical conductivity and reliability. The use of copper in wiring ensures a stable and efficient power supply for all electrical devices and systems in the house.

Yes, you can order additional insulation for your FORTRESS home, taking into account your individual requirements.

To ensure reliable power supply in FORTRESS homes, it is recommended to have at least 10 kW of electrical power. However, for complete confidence and comfort, it is recommended to install 15 kW.

The electrical wiring in our homes is hidden in the frame, which gives the interior a neat and aesthetic look. The wires run inside the walls in a flexible metal-plastic corrugated sleeve, ensuring safety and protection of the wiring. Copper is used for reliable and efficient transmission of electricity.

The kit of a modular house, regardless of the model, includes a three-phase block of fuses 25A category B.

16A machine for household sockets.

A 10A automatic switch is installed for lighting.

Two-position sockets on a ceramic base.

У комплектацію кожного будинку входять підвісні та вуличні світильники.

Підвісні світильники ІКЕА МЕЛОДІЯ ми встановили як тимчасовий варіант, щоб після монтажу ви одразу могли користуватися освітленням, а пізніше замінити їх на ті, що підходять до вашого інтер’єру.

PVC pipes 50 and 110 mm.

Connection to external networks – D110.

Polypropylene D20, combined with a flexible connector. Connection to external networks – HDPE32.

The collector node (“comb”) is located in the engineering module.

GROHE installation and taps, shower cabin, toilet.

Thus, the kitchen and bathroom areas are equipped with a ventilation duct with a diameter of 100 mm, as well as ventilation valves in all rooms (with a diameter of 100 mm).

Window opening – according to the project.

Entrance door opening – 2160×1000 mm.

Interior door opening – 2100×900 mm.

Bathroom door opening – 2100×800 mm.

The actual door size is approximately 50 mm smaller.

WDS 7S profile

Double-chamber glass unit, 40 mm wide, filled with argon.

Inner and outer glass with energy-saving coating.

Anti-burglary fittings.

Any color from the WDS color palette.

FORTRESS houses are designed for heating with electric convectors and a fireplace. They do not have a water heating system as standard. The main source of heating is electric convectors, which provide a comfortable temperature inside the house.

However, if you wish to install a water heating system, this is possible.

The fireplace is not the main source of heating.

The fireplace is not part of the basic equipment of the house.

Depending on the distance of the site from the plant. Delivery is carried out by manipulators or low-side trawls. Manipulators are usually ordered for distances up to 300 km, trawls are ordered for distances over 300 km.

One manipulator with a body length of 7 m or more with a trailer of 7 m or more or a trawl can transport 2 modules.

Delivery is carried out by FORTRESS contractors or another transport company of the client’s choice.

The cost of delivery depends on the model of the house and the distance. The cost is calculated according to the freight carrier’s tariff, which is 5 euros/km. Shipping terms FCA seller’s warehouse.

The exact cost of delivering your house will be calculated during the preparation of the commercial offer.

Important! The buyer is responsible for the entrance to the site and the successful passage of equipment (truck crane, manipulator).

Yes, but the installation will still be carried out by a certified FORTRESS team or its official partner.

Installation is carried out only by FORTRESS certified personnel.

At the buyer’s.

All modules are installed on the foundation in 1-3 days, after which the modules are connected, the house is connected to external networks, as well as the final interior and exterior decoration.

Installation is usually completed in 3 to 20 days, depending on the house model and weather conditions.

If it rains heavily, no. A little rain will not interfere with the installation.

Installation is included in the price of the house.

Yes, at any distance from the plant there may be additional costs:

– Crane: according to the tariffs of local organizations, hour/shift (shift – 8 hours).
– Site with a slope: additional rental of scaffolding.
– Seasonal installation: flat rate.

Yes, it is possible. The cost of dismantling, including the transportation of modules and installation on a new site, will be about 20% of the cost of the house.

Water supply, sewage and electricity.

No. All communications are already laid inside the house. The house can only be connected to external networks.

Installation and connection to central communications is the responsibility of the buyer.

The house is connected to external networks only by FORTRESS specialists, as it is necessary to check the operation of the entire system. If the communications are brought to the foundation before installation, the FORTRESS team will connect the house to external communications during installation. If the communications are not brought, you must order an additional visit from a FORTRESS specialist.

As a rule, utilities are located near the edge of the foundation, so it is better to first screw in the piles and scald the foundation, and then lay the utilities to the points indicated on the foundation diagram.

To prevent the water pipe between the plot and the house from freezing, we recommend using a heating cable that is mounted directly on the water pipe. The system has pre-provided entries for the installation of the heating cable. The sewerage system does not require a heating system.

Our experience shows that if the house is small (up to 60 m²), additional insulation is usually not necessary. Insulation of walls with a thickness of 250 mm and a roof with a thickness of 300 mm provides very good thermal conductivity.

The floors, walls and ceilings in the FORTRESS house are insulated equally “around the perimeter”. Our design eliminates blowing in corners and joints. The joints between the modules are filled with Isoplat 12 mm fiberboard. After that, the modules are “firmly” fastened together with bolts through the beams along the perimeter from floor to ceiling.

We use IZOVAT insulation. The insulation does not contain phenol-formaldehyde resins. The insulation has no chemical odor, is made from natural ingredients, is safe for nature and humans, and is fire-resistant. It is recommended for use in all climate zones.

This is impossible due to the design features and technology of laying the insulation. Since the frame of the house is assembled from a 45×195 beam, in the basic version we use 2 layers of insulation of 100 mm each. The total thickness of the insulation is 200 mm. The “extra” 5 mm of insulation that extend beyond the frame create additional friction between the layers of insulation and the windproof film, and also “spring-up” the insulation, pressing it back through the batten and the windproof layer. In the walls we use insulation of high density and stiffness of 45-50 kg/m³.

When choosing a double-glazed window, not only the number of chambers plays an important role, but also the thickness and additional layers that increase energy efficiency. We use a double-glazed window consisting of three layers of glass. The total thickness of the double-glazed window is 44 mm, which significantly exceeds the standard budget options with a thickness of 32-36 mm.

The inner and outer layers of glass are covered with a special energy-saving coating that prevents heat loss and protects the room from overheating in the summer.

Energy efficiency is determined by the heat transfer coefficient Ug = 1.00.

In the double-glazed windows that we use in our large facades, Ug = 1.00.

This is achieved thanks to the metallized coating, which limits the absorption and transmission of thermal radiation through the glass and increases the reflectivity of the double-glazed window in the wavelength range characteristic of thermal radiation indoors.

When ordering a log cabin from our company, you are guaranteed to receive a high-quality product that meets all your expectations. We are proud of our extensive experience in construction and strive for perfection in every detail.

Our specialists have undergone specialized training in Alaska, where they have mastered advanced methods and technologies for building log cabins. This training has allowed us to adopt the best practices and quality standards, which ensures the reliability and durability of our buildings.

In addition, we actively participate in professional carpenter forums, where we regularly exchange experience with colleagues from different countries. This allows us to stay abreast of the latest trends and innovations in the field of log cabin construction, as well as implement the most modern solutions in our projects.

We are constantly improving our skills and expanding our knowledge to offer our customers only the best. When ordering a log cabin from us, you can be sure that you are receiving a product of the highest quality, made with attention to detail and professionalism.

To conclude a contract for the manufacture of a house, you must contact our company’s office.

Payment is made in stages according to the following scheme:

1. When concluding a contract, you must pay 50% of the total cost of the contract for the manufacture of a house.
2. After the completion of the manufacture of the frame wall kit and preparation for the interior and exterior decoration of the modular house, 40% is paid.
3. After the facility is fully ready and the house is put into operation, the last payment of 10% is paid.

The cost of delivery is determined by transport companies and paid by the customer. Loading at the production site is included in the price of the house.

We have many years of experience in designing wooden houses, taking into account all the technical features and modern standards. Our specialization in this area allows us to create unique and durable structures that meet the needs of our clients.

Each project we implement undergoes careful development of all details, starting from the selection of high-quality materials and ending with the implementation of advanced construction technologies. We take into account all the nuances, including climatic conditions, requirements for thermal insulation and ventilation, to ensure maximum comfort and durability of our houses.

Our team of professionals consists of experienced architects, engineers and craftsmen who have deep knowledge and skills in the field of wooden house construction. We are proud that each of our projects reflects an individual approach and high quality of execution.

Our mission is to create cozy, environmentally friendly and aesthetically attractive wooden houses that become real family centers. We strive to ensure that each of our clients is satisfied with the result and enjoys the comfort of their new home for many years.

We recommend choosing a strip foundation option: this is one of the most common options. It is a reinforced concrete strip that wraps around the perimeter of the future house. The strip foundation provides good reliability and resistance to soil deformations.

You can also consider a stone foundation option. This option is mainly for regions where stone is easily available. A stone foundation consists of stone blocks or boulders laid in mortar. It provides a solid foundation for the log house and has good drainage properties.

The choice of the optimal type of foundation depends on the specific construction conditions and customer requirements. Before making a decision, it is recommended to consult with an experienced engineer or construction specialist.

There are several important points to consider when building a log house with a minimum possible log diameter of 26 cm. Although such logs can be used, they are usually suitable for small buildings or additional elements of the house, such as saunas, gazebos, etc. For the main residential building, it is recommended to use larger logs, for example, from 32 to 42 cm in diameter.

The use of larger logs provides several advantages:

1. Reliability and strength: Larger logs have a higher load-bearing capacity and strength, which makes the house more resistant to external influences, such as wind, snow load and even earthquakes.

2. Thermal insulation: Thicker logs provide better thermal insulation, which makes the house more energy-efficient and economical to maintain.

3. Aesthetics: Large logs give the house an impressive and unique look that attracts attention and creates a cozy atmosphere.

4. Durability: Larger logs have a longer service life, which means that your house will serve you and your descendants for many decades.

For purlins and ridges, logs of larger diameter can be used, which provides additional strength and stability for the roof. This allows you to ensure reliable fastening of roofing elements and protect the house from leaks and damage as a result of weather exposure.

Therefore, the use of larger logs from 32 to 42 cm in diameter provides the optimal combination of reliability, thermal insulation, aesthetics and durability for the construction of a main log house.

After the log cabin is cut, the next important stage begins at our site – dismantling and insulation of the inter-crown grooves. This is a critically important process, since not only the thermal insulation of the future house, but also its durability depends on the quality of the insulation. We pay special attention to ensuring that all inter-crown seams are carefully sealed and insulated, which prevents possible heat leaks and moisture penetration.

In parallel with these works, we are preparing for the electrification of the building. Having a detailed electrification plan in hand, our specialists begin marking out future channels for hidden wiring. We carefully study the project to determine the optimal places for laying the cable, avoiding intersections with other engineering systems and ensuring maximum safety.

To create channels, we drill holes in the right places, starting from the top and moving down. This method allows us to guarantee that all cable channels will be even and meet the design requirements. When assembling a log house on the foundation, on the customer’s site, electricians lay the cable in a metal corrugation. This provides additional protection of the cable from mechanical damage and increases fire safety.

In addition, we are always ready to offer and implement an option for external electricity. This may be necessary in cases where hidden wiring is complicated or undesirable for some reason. In any case, the final decision is always made in close cooperation with the customer, taking into account his wishes and needs.

Thus, all stages of preparation and electrification are carried out taking into account all building codes and standards, ensuring the reliability and durability of the future electrical system of the house.

The process of preparing logs consists of three stages. The first stage involves manually removing the bark from each log. This laborious process requires care and accuracy, as it is important not to damage the surface of the tree. Removing the bark allows you to prepare the logs for further processing and improve the adhesion of protective agents.

In the second stage, the logs are treated with a planer to remove the cambium. The cambium is a thin layer between the bark and the wood, which must be removed to prevent rot and ensure better penetration of protective compounds. The treatment makes the surface of the logs smooth and uniform, which facilitates further work.

The third stage is to treat the logs with Remmers antiseptic. This high-quality antiseptic reliably protects the wood from fungi, mold and insects, significantly extending the service life of the material. After processing the main material, we also treat the rest of the building material with the antiseptic Strazh-1, which has bio-fire retardant properties. Strazh-1 not only protects wood from biological damage, but also increases its fire resistance, which is especially important for ensuring the safety of the future structure.

Thus, each stage of log preparation is aimed at ensuring maximum durability and reliability of the wood, which ultimately affects the quality and safety of the finished building.

The process of insulating the extension grooves in the log house is carried out using wool felt and polypropylene sealant. This is an important stage that provides thermal insulation and prevents heat leakage from the house.

Wool felt, consisting of 80% wool and 20% polyester, is an excellent thermal insulation material. Wool has natural thermal insulation properties, which makes it an effective material for insulation. The addition of polyester increases the strength and durability of the insulation, preventing it from settling and deforming over time. Wool felt is placed in the extension grooves between the logs, providing reliable insulation and filling all possible gaps.

In addition to wool felt, polypropylene sealant is used for additional insulation. This material has high resistance to moisture and temperature changes, which allows it to maintain its properties for a long time. Polypropylene sealant helps prevent cold air and moisture from entering the inter-girder joints, increasing the overall energy efficiency of the house.

The combined use of wool felt and polypropylene sealant provides comprehensive protection against heat loss and contributes to the creation of a comfortable microclimate inside the house. This approach to insulation of extension grooves guarantees reliable and durable insulation, which is especially important for wooden buildings that are subject to external climatic conditions.

Making openings for installing doors and windows is an important stage of building a log house, which is carried out in accordance with the design documentation. This process includes preparing the openings taking into account all the necessary parameters for the subsequent installation of the casing box (framework).

The first step is to mark the openings according to the design. The openings must be accurately measured and carefully cut in the walls of the log house to ensure a perfect fit of the doors and windows. Accuracy at this stage is critically important, since the correct installation of the casing box and, accordingly, the reliability and durability of the entire structure depend on it.

After cutting the openings on their inner side, a groove is selected for fastening the casing box. This groove must be even and exactly match the dimensions of the box. The selected groove ensures reliable fastening of the casing box to the logs, preventing their displacement and deformation during shrinkage of the log house.

The casing box (osyachka) plays an important role in preserving the geometry of the openings during the shrinkage of the house. It protects windows and doors from deformation caused by the natural shrinkage of wood. The box must be made of high-quality wood and carefully processed to protect against moisture and pests.

After installing the casing box, the openings are ready for the installation of windows and doors. It is important to make sure that all elements are installed evenly and securely fastened. The use of sealants and insulation at the joints additionally protects the openings from the penetration of cold and moisture.

Thus, the arrangement of openings for doors and windows includes several important stages – from precise marking and cutting of openings to the selection and preparation of grooves for the casing box. Careful execution of these works ensures the durability and reliability of the structure, as well as the comfort and energy efficiency of the future home.

We carry out the installation of the log house exclusively using a truck crane. This allows us to ensure high accuracy and safety when installing each log. At the disassembly stage, all log house elements are numbered, which greatly simplifies the assembly process. Numbering also ensures that each element will take its place in the structure, which is especially important for compliance with the design parameters and strength of the building.

After numbering, the logs are stacked lengthwise in bundles for ease of transportation. This organization allows us to effectively manage materials on the construction site and reduces the time needed to search for the necessary elements during installation.

The installation of the log house is carried out exclusively in dry weather. This is important for ensuring the safety of workers and the quality of the assembly. Wet or slippery conditions can lead to errors when installing logs and increase the risk of damage to materials or accidents at the construction site.

The process of installing a log house takes from 4 to 6 days for a house with an area of ​​about 150 square meters. This period may vary depending on the complexity of the project and weather conditions. The whole process begins with the installation of the first crowns on the foundation, then, using a truck crane, other logs are laid one by one, following the numbering.

Each log is checked for compliance with the numbering and correct installation to avoid distortions and ensure exact compliance with the project. The use of a truck crane allows for precise positioning of the logs and ensures that all elements will be installed with minimal gaps.

Thus, thanks to careful preliminary preparation, proper transportation organization and the use of a truck crane, we ensure quick and high-quality installation of the log house. This process allows you to create a reliable and durable structure, ready for further stages of construction.

At the buyer’s.

We have a number of advantages that make our houses the best choice:

– High quality and economy. We manufacture houses completely at the factory, which guarantees high quality and reduces costs.
– Each house is ready to move in. We have taken into account all the necessary communications, finishes, appliances and plumbing.
– Forget about the pain of finding a project, builders and materials. Our house is assembled at the factory and installed in just a few days.
– Mobility and ease of installation. Modular houses can be easily transported and installed in different areas of your choice.
– Environmental sustainability. We monitor environmental sustainability at all stages of production. All the materials we use are renewable, and the house can be recycled for other projects.
– Flexibility in use. A small house can initially serve as temporary housing during the construction of a larger house and become a guest house or even the main one, which can be expanded as needed.

These advantages make our modular homes the optimal solution for those who value quality, environmental friendliness, and speed of construction.

To conclude a contract for the manufacture of a house, you must contact our company’s office.

Payment is made in stages according to the following scheme:

1. When concluding a contract, you must pay 50% of the total cost of the contract for the manufacture of a house.
2. After the completion of the manufacture of the frame wall complex and preparation for the interior and exterior decoration of the modular house, 40% is paid.
3. After the facility is fully ready and the house is put into operation, the last payment of 10% is made.

The cost of delivery is determined by transport companies and paid by the customer. Loading at the production site is included in the price of the house.

Our house is an all-season modular house, ready for comfortable living. We have taken into account all the details so that you can enjoy comfort immediately after installation.

The modules are assembled in warm workshops and mounted on site in a very short time. Panoramic windows provide natural light and create a cozy space.

The house is connected to electricity and heated with electric convectors and underfloor heating, which makes it suitable for installation in various areas.

The cost of the foundation is not included in the cost of the house and is calculated separately. The buyer can independently contact a specialized company or our company to perform foundation installation work. FORTRESS contractors can provide advice and calculate the cost of the foundation based on specific conditions and requirements.

High-quality frame. Our modular houses are built on the basis of a frame made of planed, dried boards. Boards measuring 45×95, 45×145, 45×195, 45×250 mm with a humidity of 15-18% are used. For maximum strength, reinforced fasteners are used.

The outer part of the frame is a crate, to which the external finish selected by the customer is attached. The internal finish may include imitation timber, furniture plywood or plasterboard. All wood used for the frame is coniferous wood, in this case pine.

To ensure long service life and protection from harmful influences, the frame is treated with a preservative insoluble antiseptic that protects the wood from mold, fungi, algae and insects for 35 years.

External visible parts, such as the veranda frame and wood trim, are covered with high-quality Austrian Adler paints.

– Length: up to 13.5 meters

– Width: up to 3.75 meters

– Height: about 2.4 to 3.6 meters

To ensure a comfortable temperature inside the house and reduce energy consumption for heating and cooling, we use high-density stone wool in walls with a thickness of 250 mm and a floor of 200 mm. The double-sided membrane provides protection against moisture, preventing the penetration of moisture from the outside and allowing condensate to drain inside the heater. This maintains a healthy environment and ensures the durability of the structure.

In houses, all the wiring is hidden in the frame, which creates an aesthetically pleasing and neat appearance. The cable is laid inside the walls in a flexible self-damping metal-plastic corrugated sleeve, which ensures safety and protection of the wiring from external influences.

The wire material used in Fortress houses is copper. Copper is one of the most effective materials for wiring electricity, as it has high electrical conductivity and reliability. The use of copper in wiring ensures a stable and efficient power supply for all electrical devices and systems in the house.

Yes, you can order additional insulation for your UAMODULHOUSE home, taking into account your individual requirements.

To ensure a reliable power supply in UAMODULHOUSE houses, it is recommended to have at least 10 kW of electric power. However, for complete confidence and comfort, it is recommended to install 15 kW.

Electrical wiring in our houses is hidden in the frame, which gives the interior a neat and aesthetic look. The wires pass inside the walls in a flexible metal-plastic corrugated sleeve, ensuring the safety and protection of the wiring. Copper is used for reliable and efficient transmission of electricity.

The kit of a modular house, regardless of the model, includes a three-phase block of fuses 25A category B.

16A machine for household sockets.

A 10A automatic switch is installed for lighting.

Two-position sockets on a ceramic basis.

The equipment of each house includes hanging and street lamps.

We installed IKEA MELODY hanging lamps as a temporary option, so that after installation you can immediately use the lighting, and later replace them with ones that match your interior.

PVC pipe 50 and 110 mm.

Connection to external networks — D110.

Polypropylene D20, combined with a flexible connector. Connection to external networks – HDPE32.

The collector unit (“comb”) is located in the engineering module.

Installation and taps GROHE, shower cabin, toilet.

Yes, from the kitchen and bathroom area (ventilation duct with a diameter of 100 mm), as well as ventilation valves in all rooms (diameter 100 mm).

Window opening – according to the project.

Entrance door opening – 2160×1000 mm.

Interior door opening – 2100×900 mm.

Bathroom door opening – 2100×800 mm.

The actual door size is approximately 50 mm smaller.

WDS 7S profile

Double-chamber glass unit 40 mm wide filled with argon.

Internal and external glass with energy-saving coating.

Burglar-proof fittings.

Any color from the WDS color palette.

UAMODULHOUSE houses are designed for heating with electric convectors and a fireplace. They do not have a water heating system as standard. This means that the main source of heating is electric convectors, which provide a comfortable temperature inside the house. However, if you want to install a water heating system, this is possible.

The fireplace is not the main source of heating.

The fireplace is not part of the main equipment of the house.

Depending on the distance of the site from the plant. Delivery is carried out by manipulators or low-sided trailers. Manipulators are usually ordered up to 300 km, trailers are ordered over 300 km.

One manipulator with a body of 7 m with a trailer of 7 m or a lowboy can transport 2 modules.

Contractors UAMODULHOUSE.

The cost of delivery depends on the model of the house and the distance. The cost is calculated based on the freight carrier’s tariff, which is 5 euros/km. Shipping conditions FCA seller’s warehouse.

The exact cost of delivery of your house will be calculated when preparing a commercial offer.

Important! The buyer is responsible for access to the site and the successful passage of equipment (truck crane, manipulator).

Yes, but installation will still be carried out by a certified UAMODULHOUSE team or its official partner.

Installation is carried out only by certified UAMODULHOUSE personnel.

At the buyer’s.

All modules are installed on the foundation in 1-3 days, then the modules are connected, the house is connected to external networks, and the final interior and exterior finishing is done.

Installation is usually completed in 3 to 20 days, depending on the house model and weather conditions.

If it rains heavily – no. Light rain will not interfere with installation.

Installation is included in the price of the house.

Yes, at any distance from the plant additional costs:

Crane: based on the rates of local organizations, hour/shift (shift – 8 hours).

Slope site: additional rent of scaffolding.

Seasonal installation: single rate.

Yes, it is possible. The cost of dismantling, taking into account the transportation of modules and installation on a new site will be about 20% of the cost of the house.

Water supply, sewerage and electricity.

No. All communications are already installed in the house. The house can only be connected to external networks.

Installation and connection to central communications is the responsibility of the buyer.

The house is connected to external networks only by UAMODULHOUSE specialists, since it is necessary to check the operation of the entire system. If the communications are connected to the foundation before installation, then the UAMODULHOUSE team will connect the house to external communications during installation, if the communications are not connected, it is necessary to order an additional visit of a UAMODULHOUSE specialist.

As a rule, communications are located at the edge of the foundation, so it is better to first screw in the piles and weld the foundation, and then lay communications to the points indicated on the foundation diagram.

To prevent the water supply between the site and the house from freezing, we recommend using a heating cable that is mounted directly on the water supply. Inputs are provided in advance in the system for installing the heating cable. The sewerage system does not require a heating system.

Our experience shows that if the house is small (up to 60 m2), there is no point in additionally insulating it. Insulation of walls 250 mm and roof 300 mm gives a very good thermal conductivity index.

Floors, walls, ceilings in the UAMODULHOUSE house are insulated equally “in a circle”. Our design eliminates blowing in corners, joints. Joints between modules are sealed with Isoplat 12mm wood fiber board. After that, the modules are “tightly” fastened together with bolts through beams along the perimeter from floor to ceiling.

We use IZOVAT insulation. The insulation does not contain phenol-formaldehyde resins. The insulation has no chemical smell, is made from natural components, is safe for nature and humans, and is fireproof. It is recommended for use in all climate zones.

This is impossible due to the design features and technology of laying the insulation. Since the frame of the house is assembled from 45×195 timber, in the basic version we use 2 layers of insulation of 100 mm each. The total thickness of the insulation is 200 mm. The “extra” 5 mm of insulation that extend beyond the frame “stick out” creating additional friction between the layers of insulation and the windshield and springing the insulation, pressing it back through the sheathing through the wind protection layer. In the walls we use high-density and rigid insulation of 45-50 kg/m3.

When choosing a glass unit, not only the number of chambers plays an important role, but also the thickness and additional layers that increase energy efficiency. We use a two-chamber glass unit consisting of three layers of glass. The total thickness of the glass unit is 44 mm, which is significantly greater than standard budget options with a thickness of 32-36 mm.

The inner and outer layers of glass are covered with a special energy-saving coating that prevents heat loss and protects the room from overheating in the summer.

Energy efficiency is determined by the heat transfer coefficient Ug = 1.00.

In the glass units that we use in our large facades, Ug = 1.00.

This is achieved due to the metallized coating, which limits the absorption and transmission of thermal radiation by the glass and increases the reflection coefficient of the glass unit in the wavelength range characteristic of thermal radiation inside the room.