Construction of a canopy using Flexijet device

Short project presentation

Project overview

The task was to measure the space between two buildings for the construction of a canopy that would allow for unobstructed movement during rain and bad weather. The project required precision due to various obstacles on the facade of the buildings, including air conditioning units, chimneys, windows, and other structural elements.

Challenges

• Precise measurement of the passage between two buildings with numerous obstacles
• Adequate construction of a canopy that must be adapted to existing elements
• Transfer of information to constructors who were not present during the measurement

Solution

The Flexijet device was used for detailed measurement of the entire area. One of the key advantages of this device is the ability to photograph each measurement point, allowing for the precise identification of the location of each measured point later during construction. This feature proved to be extremely useful in the planning process, enabling constructors who did not attend the measurement to clearly understand the complexity and details of the construction site.

Proces

The measurement process lasted 2 hours, during which every essential point of the space between the two buildings was meticulously measured and photographed. Thanks to the technology offered by Flexijet, the team was able to efficiently document and archive each measurement with an accompanying photograph.

Na projektu su sudjelovali

Flexijet operator for measurement and preparation of measurement drawings:

Articus d.o.o., Dolac 1, Zagreb

[email protected]

+3859875208

Client and project executor:

Metalkov MB d.o.o. - Brezine 6 Gornji Bogićevci

metalkov.eu

[email protected]

+385951993411

Representative for the Flexijet 3D device and provider of 3D measurement services:

Studio Element d.o.o.,
Dolac 1, Zagreb

[email protected]

Conclusion

Using the Flexijet device for measurements, the project of constructing a canopy between two buildings was successfully accomplished despite numerous challenges. The technology of measuring and photographing each point proved to be key in precise planning and construction, enabling the team to communicate and implement the plan flawlessly. This case study serves as an example of how advanced technologies can facilitate complex architectural and engineering tasks, enhancing efficiency and reducing the time frame for project completion.