The question about the exact weight of the metal garage produced by the Dalzavod Far Eastern Shipyard does not arise by chance among the owners. Most often this is due to the need to plan the delivery of the structure to the site or calculate the load on the foundation during installation. Garage weight directly influences the choice of lifting equipment and the number of people required for safe assembly. Despite the fact that decades have passed since the active production of these structures, they remain the standard of reliability in their class.
It is impossible to give an exact figure “out of the blue”, since the plant produced various modifications that differed in metal thickness, roof type and dimensions. Considered standard garage 3x6 meters, but even within this size the weight could vary depending on the year of manufacture and the specific series. Understanding the actual weight will help you avoid any unpleasant surprises when ordering a truck or crane.
In this article, we will analyze in detail the design features that form the final mass of the product, and provide average data for various elements. The total weight of a standard assembled Dalzavod garage usually varies from 1600 to 2200 kilograms, which is much heavier than modern analogues made from thin profiled sheets. Such massiveness ensures wind resistance and durability, but requires a competent approach to logistics.
Design features and materials
The basis of any garage from Dalzavod is a frame made of a profile pipe or corner to which wall panels are welded. It is the use of thick sheet metal that makes these structures so weighty. Unlike modern “shells”, where the metal often resembles foil, steel with a thickness of at least 1.5–2 mm, and sometimes more, is used here, which significantly increases total weight.
The roof of such garages is also made of metal and often has a gable or flat shape with a slight slope. To increase rigidity, additional ribs and beams are used, which add kilograms to the final figure. Gates are usually hinged, with internal locks and stiffening ribs, which also contributes to the weight load.
It is important to consider the condition of the metal when estimating weight. If a garage has stood for decades in the open air, it could absorb moisture, and the internal cavities of the frame could accumulate rust, which theoretically could change the mass a little, although only slightly. However, the main burden comes precisely from the original design conceived by the plant's engineers.
Weight distribution among structural elements
For ease of transportation and assembly garage Dalzavod designed to be modular. This means that it can be disassembled into separate panels and transported on a regular Gazelle or trailer, if the load is distributed correctly. Understanding the weight of each element is critical to planning how parts will be lifted to height during installation.
The heaviest elements are the side wall panels and the end parts with the opening for the gate. The roof frame, although voluminous, can be lighter than the walls due to the lower filling density, but the floor beams add significant weight. When assembled manually without a crane, these are the parts that require the participation of 3-4 people or the use of a winch.
Below is a table with the approximate weight of the main elements for a standard garage measuring 3x6 meters. This data will help you calculate the required number of workers and the lifting capacity of the equipment.
| Design element | Approximate weight (kg) | Number of people for lifting |
|---|---|---|
| Side wall panel (3x2 m) | 250 - 300 | 3-4 |
| End panel with opening | 200 - 250 | 2-3 |
| Gate section (leaf) | 80 - 120 | 1-2 |
| Roof elements and frame | 400 - 600 (set) | 2-3 (in parts) |
| Floor (if included) | 300 - 400 | 2-3 |
⚠️ Attention: The indicated weight is average. Actual weight may vary depending on the thickness of the metal of a particular batch and the presence of additional reinforcements made by previous owners.
Effect of metal thickness on mass
The key factor determining how much does a garage weigh, is the thickness of the steel sheet. The Dalzavod plant was famous for its use of high-quality marine steel, which in its characteristics surpasses many modern analogues. If you have a garage with a wall thickness of 2 mm or more, its weight will be closer to the upper limit of the range (about 2 tons).
Lighter versions, which could be produced in later periods or for the civilian sector, often had thinner metal, on the order of 1.2–1.5 mm. It is difficult to visually distinguish them without measuring thickness or weighing, but during transportation the difference of 300–400 kg will be noticeable. Lightweight models are easier to install manually, but they are less resistant to mechanical damage.
How to determine the thickness of metal without instruments?
Accurate measurement is only possible with a micrometer or ultrasonic thickness gauge. However, thickness can be indirectly assessed by weight: try raising the corner of the panel. If one person has difficulty lifting the corner of a 2m panel off the ground, the metal is thick (1.8-2mm+). If the panel can be easily loosened with one hand, the metal is thin (less than 1.5 mm).
When purchasing a used garage, people often ask, “How much does this particular piece weigh?” The answer depends on the configuration. The presence of a built-in cellar, an additional vestibule or a reinforced frame for installing a crane beam inside the garage can increase the weight of the structure by several hundred kilograms.
Transportation and logistics
Transportation planning is the most critical stage. Considering that garage weight can reach 2 tons, an ordinary light trailer is not enough here, you will need a full-fledged truck. For distances up to 50 km, a Gazelle with a tail lift is often hired, but it is important to make sure that the vehicle’s carrying capacity allows it to take such weight.
If the garage is transported disassembled, its elements occupy a significant volume. The panels are long (up to 6 meters), which requires long transport or special laying at an angle. The securing of loads must be reliable, since the displacement of heavy metal sheets during braking can lead to an accident.
☑️ Checking readiness for transportation
If it is decided to transport the garage assembled (which is highly not recommended due to the risk of deformation), a trawl and a permit for oversized cargo will be required if the width exceeds standard standards. Most often, owners prefer to disassemble the structure to save on logistics.
Nuances of assembly and installation
Assembling a heavy metal garage is a labor-intensive process that requires physical strength and safety precautions. Installation begins with installing the frame and bottom panels. Due to the large weight of the elements, distortion often occurs if temporary supports and a level are not used.
The panels are fastened with bolted connections through special eyes. It is important not to overtighten the bolts so as not to deform the metal, but also to ensure a tight fit. Working with heavy upper sections of walls and roofs almost always requires a stepladder and the help of partners.
⚠️ Attention: When lifting heavy metal panels to heights, use safety ropes. A falling element weighing 200+ kg can cause serious injury or damage to the foundation.
After installing all the walls and roof, the joints are sealed. A heavy garage has a high windage until it is finally secured, so in windy weather installation work should be carried out with extreme caution or postponed.
Comparison with modern analogues
Modern garages made of corrugated sheets weigh 3–4 times less than products from Dalzavod. The lightness of modern designs is both a plus and a minus. They are easier to deliver and install by one person, but they require a mandatory and high-quality foundation, otherwise a strong wind can overturn a light garage.
The good thing about heavy Soviet metal is that such garages are often simply placed on a leveled area or on blocks, and they last for decades. However, if you plan to install on soft ground or on the roof of a building, the weight of the garage Dalzavod may become a critical limitation.
If you buy a used Dalzavod garage, be sure to inspect the welds and panel joints. Due to the heavy weight of the structure and the expansion/contraction cycles of the metal, ruptures and corrosion most often occur in these places.
The choice between the heavy Dalzavod and the light modern analogue depends on your priorities: durability and vandal resistance versus mobility and ease of installation. But if the question is specifically about mass, then the old school definitely wins in this parameter.
Frequently asked questions (FAQ)
Is it possible to transport the Dalzavod garage on a light trailer?
It is impossible to transport an entire garage due to its size. Transporting disassembled panels on a standard passenger trailer (load capacity up to 750 kg) will most likely not be possible in one trip, since even one wall panel can weigh 250–300 kg, and the total weight will exceed the permissible limit. You will need a trailer with a carrying capacity of 1.5 tons or several trips.
Do you need a crane to install a garage?
A crane (truck crane or manipulator) is highly recommended unless you have a lot of physical strength and a team of 4-5 people. Lifting panels weighing 250 kg to a height of 2 meters by hand is extremely difficult and dangerous. The manipulator will greatly simplify and speed up the process.
How can I find out the exact weight of my garage?
The most accurate method is weighing on a truck scale (for example, at a metal receiving station or grain terminal) before loading. By calculation, you can determine the weight, knowing the surface area of the metal and its thickness (steel density is 7850 kg/m³), but this will only give an approximate result.
Why are Dalzavod garages so heavy?
They were produced using shipbuilding technologies with a large margin of safety. The use of thick rolled sheets and a powerful frame was intended for use in the harsh climatic conditions of the Far East, where resistance to storm winds and a long service life are important.
The weight of the Dalzavod garage is a guarantee of its strength, but also a challenge for logistics. Plan transportation and installation taking into account the fact that this is a heavy metal structure that requires equipment or a large team.