Projects of houses and the cost of their construction. Design cost Instead of an adventurously low price, we offer you a solution that allows you to save money without sacrificing quality - lean construction

Building a house from aerated concrete is one of the most economical options for private construction, based on the low cost of foam materials. But the construction of the box is only 30% of all work.

A huge part of the funds is directed to the installation of the roof and the finishing. It all depends on the complexity and intricacy of the project, the chosen type of foundation and roofing material, finishing work and the progressiveness of building materials, number of storeys, total area and other structural features.

Estimate for the construction of a house made of aerated concrete 10x10

A house of 10x10 meters can be one-story, with an attic (f.1) or built on two floors (f.2). Such a structure freely accommodates a family of 4-6 people on its territory. Let's try not to miss any important points when forming an estimate for the construction of a 10x10 aerated concrete house. The erection of such a building must be divided into stages in which it is necessary to adhere to manufacturability and the time period for the “strength” of the foundation.

1. Site preparation and foundation

To perform this type of work, you need to select the type of foundation. Due to the lightness of the foam blocks, any type of base will do. The most acceptable is the tape or monolithic type of foundation with basement waterproofing (form 3.4).
The budget for the construction of the foundation consists of:

conducting exploratory studies of the terrain and soil;
territory planning with breakdown of axes;
earthworks (mechanized or manual digging of a ditch, arrangement of a sandy base with a rammer, a layer of crushed stone);
formwork installation;
erection of a belt of interlaced reinforcement;
pouring concrete.

Photo 1 - Tape type of foundation
Photo 2 - Foundation monolithic slab

Photo 3 - One-story house with an attic
Photo 4 - Two-story aerated concrete house

At the same time, the cost of renting formwork and the price of building materials are taken into account:

fittings of class A500 with a diameter of 12-16 mm and fittings d8mm for tying or knitting wire d6-8 mm;
concrete;
waterproofing;
sand, gravel.

When determining the cost of materials, it is necessary to take into account the cost of their delivery and, in some cases, unloading.

2. Frame erection

When drawing up an estimate for the construction of a 10x10 aerated concrete house, the cost of materials and work on their installation, delivery, unloading is taken into account. For the construction of the frame, the cost is calculated:

aerated concrete blocks;
glue;
laying of cellular aerated concrete;
materials for the installation of a reinforced belt or installation of columns;
metal for window lintels.

Recently, a popular construction technology is the construction of a monolithic foundation, connected together with corner columns or pylons. For a 10x10m house, the construction of 4 load-bearing columns will be sufficient. They are erected using special column formwork kits. A 10x10 house with a wall height of 3 meters will take up 10x4x3 = 120 sq.m of the area of \u200b\u200bbearing walls, excluding openings for windows and a door. For construction, gas blocks with a density of D500 and a thickness of 375mm are suitable. For partition walls, blocks with a smaller thickness are taken. Knowing the block sizes offered by the best manufacturer, you can calculate the amount of material needed. The amount of glue is determined based on the manufacturer's recommendations.

Photo 5 - Cladding options
Photo 6 - An example of a general estimate for the construction of a 10x10 aerated concrete house

Photo 7 - Sample estimate. Section 1. Foundation
Photo 8 - Sample estimate. Section 3. Walls and partitions

3. Installation of ceilings

To make the house strong and reliable, it is connected together by a frame. At the bottom, the structure is strengthened by the foundation, on the sides - by columns, and at the top - by a monolithic ceiling. This technology has justified itself and is now used in private, low-rise construction and in the construction of high-rise buildings and industrial facilities. When planning estimates for the construction of a 10x10 aerated concrete house, you should determine the cost of the floor, which includes:

formwork for floors;
fittings and knitting wire;
concrete;
insulation laid around the perimeter of the building.

An experienced team of builders will perform a monolithic vault quickly and efficiently.

4. Roof installation

The most responsible and costly stage is the installation of the roof. In connection with the chosen option of a hip, tent, multi-gable, domed roof, the cost of materials and components is taken into account. The main components in the estimate are the cost:

coating material (metal tile, slate, tile);
truss system;
accessories for a drain and other elements;
structures for chimneys, ventilation;
nails, screws.

Photo 9 - Sample estimate. Section 3. Walls and partitions
Photo 10 - Sample cost calculation. Section 4 Overlap

Photo 11 - Example of cost calculation. Section 5. Roofing
Photo 12 - Example of cost calculation. Section 6. Windows and blind area

5. Facing

Gas silicate blocks rapidly absorb moisture, therefore experts recommend not tightening the outer cladding of the building (form 5). It can be done with insulation and facing tiles. You can simply cover the house with plaster and paint. Therefore, the estimate for cladding includes the cost of:

external facing material;
internal plastering with wall and ceiling decoration;
floor devices;
windows, doors;
stairs.

Conclusion

The total amount of expenses received at each stage is called the total estimated cost. In practice, it is very difficult to "fit" into the estimates. In order not to violate the general calculations, some builders reduce costs where technology allows, directing the necessary amounts to other areas. Sometimes it is necessary to increase the estimate in agreement with the customer. For clarity, we give an example of estimated estimates for some main sections during the construction of a one-story residential building with an attic with a total area of 120 sq.m. (f 6-11). The drawings are made on the basis of the information given.

How many times have you heard bad stories from your friends about long deadlines, high additional costs and irresponsible builders?

Alas, the desire to get the minimum cost of construction for 1 m2 is also a very high risk of financial problems, both at the construction stage and throughout the life of the house.

Behind the very low price of building a house almost always lies one or more of the following problems:

Calculation of the cost per square meter according to the external dimensions of the house, and not according to the total internal area of the rooms.
Using the cheapest materials and / or low-skilled builders and installers.
Increase in the estimate during construction under various pretexts.
Gross non-compliance with building technological standards.
A typical project that does not take into account your preferences and features of the site.
The need to eliminate the consequences of poor quality work. As a rule, for amounts several times greater than the initial savings.
Significantly shorter service life of the house and its elements.
Increase in operating costs, incl. and due to forced emergency repairs.
Loss in case of forced sale of the house.

For us, fulfillment of obligations, reliability and professionalism are more important than momentary profit. That is why we do not build brick houses at the price of 12,000-14,000 rubles/m2, which in the future will become for us a symbol of shame and disregard for the long-term interests of the Customer.

Instead of an adventuristically low price, we offer you a solution that allows you to save money without sacrificing quality - lean construction:

Over the years, we have developed a design and construction scheme that allows us to find the best individual solutions. This is achieved by developing an optimal, balanced combination of the following indicators for you:

cost of building a house
construction time,
comfort level of living in the house,
operating costs
stages of construction financing

Answer: During the construction of a multi-storey building, the quality department of the Developer and Gosstroynadzor monitor compliance with building standards and compliance with project documentation. When selling an apartment, its area is always equal to the sum of the areas of its rooms. When building a private house, rarely anyone controls the implementation of SNiPs, and this makes it possible to "save a lot" on the foundation, walls, roof, windows and floors. The smaller the volume of building materials used, the cheaper they are, the lower the labor intensity of construction and the lower the price per 1m2! And if, to calculate the price for 1 m2, we take not the total area of the rooms, but the external dimensions of the building, i.e. the so-called construction area? Then the cost of 1 m2 is automatically reduced by another 25-30%, and the price of 12,000-13,000 rubles/m2 becomes the most attractive offer on the market! The share of the cost of a land plot in the price per 1 m2 in an apartment of a multi-storey building is on average about 15%.

The choice of foam blocks speaks of the owners' desire for reasonable savings. But in order to fully realize the benefits of this decision, you need a properly calculated estimate for construction. Firstly, it will allow you to foresee future expenses and compare them with the accumulated amount. And secondly, a detailed list of materials will help you find a way to reduce the cost of building a house without compromising its reliability and appearance.

When you are planning to build a house, you first need to find a suitable project. Only if there is a scheme for future housing, it is possible to choose the optimal location of engineering systems, calculate the quantity and price of materials for the estimate, determine the order and timing of the work.

Let's take as an example the construction of a 6x8 country house with a small terrace and a residential attic. The figure shows a sample layout of a cottage made of foam blocks:

To simplify further calculations, it is convenient to divide the construction of a house into several main stages in order to find out for each the approximate quantity and cost of materials.

Walls

After studying the project with all the dimensions applied, it is already possible to determine the number of foam blocks and derive the approximate cost of building a “box” of a house.

Sample wall calculation:

1. According to the plan, determine the main dimensions of each surface and calculate the area of the foam blocks (without openings).

blank wall	8×3 = 24 m2
Wall with two windows in the living room and living room 860x1470 mm	6×3-2×1.264 = 15.5 m2
Facade with window and doorway 1000x2070 mm	8×3-1.264-2.07 = 20.7 m2
Wall with kitchen window	6×3-1.264 = 16.7 m2
Two gables 2 m high with two windows 860x870 mm	2×(2×6-0.75) = 22.5 m2
Total	99.4 m2

Multiplying the result by the required thickness, we get the cubature of foam blocks measuring 600x300x200 mm:

99.4 × 0.3 = 29.8 m3.

2. By the same principle, we determine the number of blocks for the construction of interior partitions. Here you can save a little due to the smaller thickness and take stones with dimensions of 600x300x100 for construction.

36×0.1 = 3.6 m3.

3. The consumption of the adhesive mixture per cube of foam blocks varies significantly depending on the thickness of the seam. On average, you can build on the figure of 18 kg / m3.

4. Reinforcement is performed in every 4 rows of masonry. With a block height of 200 mm, the rods will be located at a distance of 80 cm. That is, for the construction of 3-meter walls from foam blocks, four horizontal armored belts will be needed.

Rental costs for each of them:

Bearing walls - rods d-8 with a total length of 2x28 m.
Partitions - 2x20.6 m.

In the estimate, it is necessary to take into account the overlaps of the reinforcement, which can significantly increase the consumption of rolled products, but everything will depend on the length of the available rods.

To strengthen window and door openings, you will need special U-shaped foam blocks. There are 8 jumpers in our example, plus 2 more above the attic windows. But since the special blocks are only 50 cm long, they will have to be stacked in a row of two. In total, 20 units will be required with internal reinforcement of 4 rods each (80 m). The diameter of the bars is determined by the actual loads, but d-6 or d-8 is usually enough.

Foundation erection

The foundation for a light house made of foam blocks, built on dense soil, will not be too expensive. A one-story building can even be installed on poles, if the ground allows, and for more difficult construction conditions, a monolithic reinforced concrete tape is suitable. As a sample, we include it in the estimate.

We accept the depth of 60 cm plus 40 of the basement, and the width of the tape will depend on the masonry method and the selected wall decoration. For a house made of foam blocks with a brick cladding, during the construction of half a stone, a strip foundation of half a meter thickness is needed. According to the project, its total length will be 48.6 m.

Consumption of materials for construction:

195 m of reinforcement d-10 and 253 m of vertical jumpers d-8, plus 220 m of knitting wire.
Concrete M300 (it is better to specify the brand when calculating the weight of the building) - 24.3 m3.
Sand and gravel (2.5 m3 each) to form a cushion, wooden formwork.

All bulk goods must be ordered with a margin, as they are partially lost during unloading and during construction. Reinforcement is purchased taking into account the loss of footage at the overlaps.

Roof

A simple and neat option for building a house is a gable roof. Its entire frame will be made of lumber of various sizes that do not exert excessive load on the foam block:

1. Mauerlat 28 m - timber 150x150.

2. Skate 8 m - timber 120x150 mm.

3. Frame - taking into account the releases, you will need a 4-meter beam 50x150 mm with an installation step of about 1 m. That is, you will need to form at least 9 pairs of rafter legs (72 m or half a cube of forest).

4. Logs for the attic floor can be made from a beam of 100x150 mm, but you will have to look for 6-meter products. Their construction will require 0.7 m3.

5. Boards 30x100 mm for roof lathing and floor / ceiling installation on a wooden floor are calculated through the area of \u200b\u200beach surface.

The arrangement of the insulating layer and the choice of roofing is at the discretion of the owners. We insulated our sample with mineral wool and a wind-moisture protective membrane over the entire area of two slopes (64 m2); we will cover with metal tiles.

Finishing work

The most inaccurate point, due to which the estimate for building a house from foam blocks can increase one and a half times. Whether it is ordinary plaster or cladding with expensive facade bricks is not so important - only the appearance of the house depends on the final choice. The main thing is that the foam block is under the reliable protection of breathable and waterproof coatings.

On average, turnkey wall cladding, taking into account materials, will result in the following amounts:

decorative brick - 1100 r / m2;
siding - 820 r / m2;
plaster - from 380 r / m2.

If you do it yourself, you will only have to spend money on the purchase of the selected finish. However, these costs are not urgent. While the foam block house will stand after construction (6-9 months), the required amount can be saved. The same margin of time remains for ordering windows and doors, since it is better to make all measurements after settlement.

Cost calculation

Of course, an estimate for construction work requires a lot of experience and professionalism. But if you decide to build a house yourself, you do not need impeccable accuracy of calculations. It is enough to take into account the main expenditure items for your project and make obvious amendments:

Estimated item	Required quantity	Unit price	Total, rubles
Box
Wall foam block	33.4 m3	2 900	96 860
U blocks	20 pcs.	310	6 200
Glue for foam blocks	600 kg (24 bags)	210	5 040
Fittings d-8	468 m	16	7 490
Mineral wool 50 mm	5 m3	2 400	12 000
Subfloor logs 100x150	0.7 m3	5 000	3 500
Facing brick	99.4 m2	950	94 430
masonry mortar	2 m3	2 400	4 800
Net	100 m2	70	7 000
Foundation
Concrete	24.5 m3	3 700	90 650
Armature, m – wire			3 700
Ruberoid	4 rolls	280	4 120
Sand	2.5 m3	500	1 250
Roof
Bar, m3	0,63	5 000	13 800
Board 30x100, m3	4,8	5 500	26 400
Wind and moisture protection membrane	1 roll	1 460	1 460
Mineral wool, m3	6,5	2 000	13 000
metal tile	64 m2	320	20 480
Total			417 990

The amount withdrawn by us takes into account only the most basic items of expenditure, but even it is not the minimum. A detailed estimate for the construction of a foam block house includes many additional items, such as:

shipping cost;
fasteners, embedded and connecting parts;
obligatory stock for bulk and piece materials, mortars, fittings;
impregnation for wood;
sealing tapes and sealants;
insulation of the foundation and floors (if necessary);
summing up communications and turnkey finishing;
quotations for the services of contractor teams.

Separately, these items seem insignificant, but experienced estimators know that about 50% of the cost of basic materials is spent on such related costs.

Is it possible to save?

The main way to save money is to choose the right size of foam blocks for construction. In the central and northern regions, where the preservation of heat in the house depends on the thickness of the walls, it is better to use foam concrete blocks 600x200x300 mm. With this aspect ratio, they can be stacked in different ways, changing the thickness of the box in increments of 10 cm. In this case, the number of stones will be as small as possible - without a margin, or rather, without overspending.

It will be possible to save on the cost of the blocks themselves only in one case, if you buy them directly from the manufacturer and in full. But trying to reduce the cost of building a house by purchasing cheap low-quality stones is not worth it. The associated costs to give the crooked masonry a normal look will “eat up” all the difference and may even exceed the estimate. Another important nuance is the choice of masonry mixture. Special compositions for foam blocks only at first glance at a price will be more expensive than a conventional solution. In fact, their consumption is almost an order of magnitude lower, and such masonry retains heat better.

If you order an estimate from a contractor, it makes sense to contact several companies or use online calculators. Prices are different everywhere, so you can find the most affordable option for the money or adjust it at your discretion.

Brick building in Russia confidently holds its position. After all, this wall material is one of the best in terms of wear resistance, inertness to water and cold, aggressive environments and combustion. At the same time, the level of thermal conductivity of a brick block is quite satisfactory for a modern developer. Therefore, in the material we will figure out how to correctly draw up an estimate for the construction of a brick house.

It is worth remembering that the estimate documentation allows not only to determine the approximate amount of construction costs, but also to exercise control over the injection of funds into the performance of work. After all, it is not always advisable to stop at a certain stage of construction due to lack of money.

The main sections of the estimate

Any estimate documentation should be as detailed as possible in order to exclude possible incidents and downtime during the construction of a house. So, the content of the estimate for a brick house should include the following sections:

Soil preparation costs. If the site is not ready for construction, it will have to be cleared and the topsoil removed to save the land for planting garden crops or ornamental plants. This expense item includes the rental of special equipment, if necessary.
The cost of building a foundation for a house. It is known that under a brick building it is necessary to make a monolithic strip or slab foundation. And the higher the house is, the deeper and wider the basis should be. So, for a two-story brick house, it is better to make a slab foundation or de foundation more than a meter deep.
Funding for wall extrusion. This includes the cost of the wall material in the required amount and adds to the amount the cost of the solution and the possible work of specialists.
Ceiling installation of concrete slabs. As a rule, for these purposes they rent special equipment that will lift slab floors. This item of expenditure should not be forgotten in addition to the cost of the concrete products themselves.
Roof installation costs, including the price of roofing material, rafter timber, batten boards and waterproofing insulation. Also, do not forget about accessories and fasteners.
The cost of window and door blocks for the house, as well as their installation.
Financing the installation of all communications, such as water supply, sewerage, electricity.
Interior decoration. This expense item will help you deduce the total amount needed for the installation of the building. And although this amount is approximate, it will still be close to the expected result.

Tip: do not forget to include in the estimate the transport costs for the delivery of building materials, as well as the cost of the work of invited craftsmen.

Foundation calculations

Since everything is clear with the items of the estimate for cleaning and preparing the site, and the calculations for the foundation and wall material are more confused, we will consider these aspects of the estimate documentation. We will derive calculations using the example of a one-story brick house with sides of 10x10 m. Having understood the principles of performing mathematical operations, you will be able to independently draw up an estimate in the future for any other type of building.

So, the estimate for the foundation device should include the following items:

Digging a trench for tape or slab. The latter option is especially relevant, because if you dig a trench on your own, it’s still at least somehow possible, then digging a foundation pit for a monolith will have to be a bit long. So it is better to use an excavator, which will have to be paid at the rate of rent / hour.
Then it is necessary to include the formwork device in the expense item. Moreover, both the performance of the work itself and the cost of the material that will be needed to fill the tape. As a material, a cutting board is used. To calculate its quantity, it is necessary to find out the length of the entire basis. And these are 4 walls of 10 meters, plus all internal partitions. Imagine that the total length of the foundation inside the house will be 18 meters. In total we have (4x10) + 18 = 58 meters of formwork. Now you need to multiply by the height of the base to get the number of boards in m2. For the initial one, we take the foundation with a depth of 1 m and add to it the height of the base 50 cm. In total, we have 1.5 meters of formwork height. 58x1.5=87 m2. And now we multiply the value by 2, since the formwork consists of two walls. In total we get 174 m2 of boards. But lumber is calculated in m3 or pieces. Therefore, the resulting number is multiplied by the thickness of the board, calculated in meters. And if the standard board thickness is 25-30 cm, then you need to multiply by 0.25-0.3 m. So, 174x0.25 = 43.5 m3 of board is needed for formwork. It remains to multiply the result obtained by the price of one m3 of board. And do not forget to include all fasteners in the estimate.
Now you need to calculate the amount of concrete or consumables for mixing it.

Important: taking into account the fact that it is better to pour the tape at a time in one approach, it is better to buy a ready-made concrete mixture, since it will not be possible to prepare such an amount of the mixture with your own hands. And pouring a tape-type foundation is gradually prohibited by SNiP. Otherwise, the base will be shaky. Therefore, we will consider the estimate using the example of calculating the amount of concrete.

Everything is simple here, just multiply the total length of the foundation, its height and width. We already have a total length of 58 m. The height of the base, together with the plinth, is 1.5 m. And its width for laying two bricks will be 60 cm (provided that the laying of two bricks has a thickness of 51 cm). So, we multiply 58x1.5x0.60 \u003d 52.2 m3. This is exactly the volume of the finished concrete solution needed to fill the entire tape. Now we multiply the volume by the price of one m3 of finished concrete.

Armature costs.

Important: SNiP regulates that with a foundation width of more than 40 cm, it is necessary to use reinforcement in six longitudinal rods. That is, three from above and three from below with a step of 20 cm. Otherwise, the solidity and reliability of the basis will be doubtful.

To simplify the task, you can use the online calculator on the construction portal. But if you gravitate toward mathematics, then we will calculate on our own. It is known that the tape is reinforced in two belts (lower and upper). In this case, the location of the vertical rods should be in increments of 50 cm. Knowing the total length of the foundation, we multiply the number by two (lower and upper belts). 58x2 \u003d 116 m. And now we multiply this number by six (the number of longitudinal strips of reinforcement in two belts. 116x6 \u003d 696 m of longitudinal reinforcement with a section of 12 mm. Now we calculate the footage of rods for vertical knitting of belts. Taking into account the fact that they need to be placed on a distance of 50 cm from each other, we divide the total length of the basis by 0.5 and get 58: 0.5 \u003d 29 m. This is the footage of a vertical rod for one longitudinal knitting, and we have three. 29x3 \u003d 77 m. And it remains to multiply the obtained value by the height of the rod (1.4 m - the height of the foundation - 5 cm above and 5 cm below the reinforcement recess).Total we have 77x1.4 \u003d 107.8 m of a rod with a section of 6-8 mm .

Important: it is desirable to add a coefficient of 0.2 to the stock of the rod to the volumes obtained. And now we multiply the received volumes by the cost per m2. In the estimate, do not forget to include the cost of delivery and the work of a professional who will knit the armature.

Wall material costs

We decided that our outer walls would be made of two bricks. Using the example of the forcing of external walls, we will consider how the calculation of the volume of material is performed. And we already know that the thickness of the wall in two bricks will be equal to 51 cm. The length of our walls is 10m and 10m. The height will conditionally be 2.5 m. At the same time, we have 7 window openings with parameters of 1.2x1.5 m and one door 1x2 m.

Important: you can perform calculations by taking into account the thickness of the seams and without taking into account this parameter. In the first case, the volume of the brick may exceed the real one by 25-30%, but it can be used for a possible battle and laying of internal partitions. In the second case, the calculations will be more accurate, but another 10-15% will have to be added to a possible battle.

The first calculation looks like this:

We determine the total length of the outer walls - 10x4 = 40 m;
We calculate the area of \u200b\u200bthe walls, multiplying the length by the height - 40x2.5 \u003d 100 m2;
We calculate the total area of all window and door openings - (1x2) + (1.2x1.5)x7 \u003d 14.6 m2;
Now, from the total area of \u200b\u200bthe walls, we subtract the area of the openings - 100-14.6 \u003d 85.4 m2 of clean brickwork along the outer wall.
Now we derive the number of bricks per square meter of masonry. To do this, we determine the area of its end: 0.12 * 0.065 \u003d 0.0078. It remains to divide the resulting value by one: 1/0.0078=128. We multiply the result by two (laying in 2 bricks). As a result, we have 128 * 2 = 256 bricks per 1 sq.m.
It remains to multiply the volume of bricks in m2 by the number of m2 of masonry - 85.4x256 = 21,862.4 pcs.
We multiply the result by the price of a brick, add the cost of delivery to the estimate.

The second calculation looks like this:

Here, to complete the account, you will need to increase the estimated dimensions of the brick by 5 mm (standard thickness of the masonry joint). The calculations will look like this: (0.12+0.005)*(0.065+0.005)=0.00875. That is, the number of bricks in m2 will be: 1 / 0.00875 * 2 = 229 pcs. It remains to multiply the masonry area by the number of blocks in m2 - 229 * 100.6 = 23037.4 pcs. And it is necessary to add to the quantity a stock within 1500-2000 pcs. Approximately we have 25 thousand pieces of blocks. We also multiply the total by the price.
It is worth noting that in order to display the cost of the walls, the solution must also be taken into account. According to building codes, it takes about 200 liters or 0.222 m3 per m2 of masonry in two bricks.

Important: a hollow brick will take more cement, as its voids will be filled with mortar. And this means overspending the mixture.

Roof estimate

It is easy to calculate costs here. Knowing the parameters of the roof from the project documentation, we derive the volume of the roofing material and multiply it by the price per unit volume. In the same way, we calculate the volume of waterproofing and insulation. The estimate includes lumber for the installation of rafters and battens, as well as all fasteners. The rental of special equipment for laying the ceiling and the cost of the work of the craftsmen should also be included in the documentation.

In total, we have a rough idea of how to draw up a plan for expenses and construction costs.

The geology of the site includes checking and studying the soil, this allows you to optimize the cost of the foundation.

What happens if you don't do geology?

If you ignore this stage, then you can choose the wrong foundation and lose from 1,000,000 rubles on alterations.

10 year warranty on foundation, walls, ceilings and roofing.

Ask an engineer a question

What is included in the Engineering Solution?

Documentation on the location and equipment of all technical premises, electrical outlets, water supply, ventilation, gas and sewerage.

What is included in the design solution?

A detailed plan and instructions for the foreman, which display all the necessary stages and technologies in the construction of the foundation, walls and roof.

What is included in the architectural solution?

Creation of a sketch and its 3D image, which displays the location and size of rooms, walls, roofs, furniture, windows and doors.

What will you get after this stage?

All technical and visual documentation. Author's supervision over the course of construction. Our architect and designer will visit the site weekly.

Do you have any questions? Ask them to the engineer.

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What do deadlines depend on?

The terms add up depending on the chosen project and material, (houses made of logs and timber take time to shrink).

What is "house shrinkage"?

This is a natural process of changing the volume of wooden walls and other details due to the drying of the tree.

Who will build my house?

We have our own staff of certified workers and foremen with at least 5 years of specialized work experience. Since 2015, a construction equipment fleet has been put into operation. We do not engage contractors.

Do you have any questions? Ask them to the engineer.

Ask an engineer a question

I want it like this picture. You can?

Yes! You can send us any image and we will design and build what you want.

Do you have a designer on staff?

Now the state employs 5 interior designers with a total profile experience of 74 years.

What is included in an interior design project?

Drawing up a 3D project by a designer, as well as support and implementation of all finishing works.
We will also produce and supply furniture that suits your lifestyle and taste.