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Service hall · starting model

Vehicle Workshop 10 × 24 m for safe vehicle movement.

Use the specific model to check the relationship between industrial doors, work bays and vehicle movement. A good Vehicle Workshop reduces handling and leaves room for staff and equipment.

Product visualisation of a 10 × 24 m Vehicle Workshop with three industrial doors
Load-bearing steel structure of a service hall
Technical 3D model of an insulated service hall
Starting model

Key details in one place.

The model provides a specific basis for three service entrances and the adjoining working space.

  • 10 × 24 m · 240 m²
  • Lower wall 4 m · higher wall 4.9 m
  • Mono-pitch roof · 5° pitch
  • 5 steel frames · 6 m spacing
  • 3 industrial doors · 2 personnel doors · 7 plastic-framed windows

The details describe this starting model. It is a preliminary study, not structural design, fabrication or construction documentation.

Planning the operation

Every work bay needs safe access and working space.

Check the dimensions of the vehicles being serviced, door opening, lifting equipment and pedestrian movement. The industrial doors are only the beginning of the route.

  1. 01

    What are the largest vehicles that must enter the hall safely?

  2. 02

    How many work bays will operate simultaneously?

  3. 03

    Where will parts, tools and technical facilities be stored?

  4. 04

    How will customer access be separated from handling and service work?

Edit in the Studio

Adapt the Vehicle Workshop to the vehicles and work bays.

The 10 × 24 m starting model loads three industrial doors and verified geometry that you can continue to change.

Open this model in the Studio
Technical solution

What the starting model actually contains.

The description is based on the issued template and verified model documentation. Detailed technical assessment belongs to the relevant specialists.

Technical design of the model

The load-bearing structure consists of five transverse steel frames at six-metre centres. The 240 m² floor area creates a clear service space with three sectional overhead doors for vehicle access.

The mono-pitch roof with a 5° pitch consists of 120 mm insulated sandwich panels in RAL 9006, while the wall cladding uses 100 mm panels in RAL 9007. The design includes three sectional overhead doors, two personnel doors and seven openable plastic-framed windows. This is a study; the final member sizes, foundations, anchorage and fire-safety design will be determined by the subsequent specialist design. The third image is an AI-generated product visualisation, not a photograph of a completed building.

Service technology requires its own coordination.

Lifts, inspection pits, extraction, services and storage of operating substances are not part of the starting study.

Study outputs

From the spatial model to the basis for a quotation.

The previews help you understand the geometry and scope of the study before opening the model in the Studio.

Model and external views

Spatial model · 10 × 24 × 4–4.9 m
Spatial model · 10 × 24 × 4–4.9 m
View with 2 windows · 10 m
View with 2 windows · 10 m
Side view with 4 windows · 24 m
Side view with 4 windows · 24 m
Rear view · 10 m
Rear view · 10 m
Service view · 3 industrial doors and 2 personnel doors
Service view · 3 industrial doors and 2 personnel doors

Layout, sections and foundations

Floor plan · 10 × 24 m
Floor plan · 10 × 24 m
Cross-section · 10 m
Cross-section · 10 m
Longitudinal section · 24 m
Longitudinal section · 24 m
Foundations · 10 × 24 m
Foundations · 10 × 24 m

Technical description and schedules

These compact previews show the structure of each file. The labels describe what each document contains.

Technical report · 10 × 24 × 4–4.9 mTechnical report
Technical report · 10 × 24 × 4–4.9 m
3 industrial doors · 2 personnel doors · 7 plastic-framed windowsSchedule of openings
3 industrial doors · 2 personnel doors · 7 plastic-framed windows
Schedule of quantities · 240 m²Schedule of quantities
Schedule of quantities · 240 m²
Your own design

What you can change in the Studio.

Check the dimensions and openings against the actual vehicles, workplace equipment and safe clearances.

01

Hall dimensions

Adjust the width, length and height to suit the site and intended operation.

02

Roof shape and pitch

Compare a suitable roof shape and its basic geometry.

03

Industrial doors, personnel doors and daylighting

Position openings according to the movement of people, vehicles and materials, and the need for daylight.

04

Cladding and appearance

Try different material and colour solutions for the external and roof cladding.

Brief answers

What to clarify for a Vehicle Workshop.

Answers about industrial doors, equipment and using the study.

Can I enlarge the industrial doors for taller vehicles?

Yes. The opening dimensions can be adjusted in the Studio. The final solution must respect the structure, the selected industrial door system and safe clearances.

Does the study include lifts or inspection pits?

No. These are separate technologies that must be coordinated with the foundations, floor and services.

Can the model determine the number of work bays?

It can help compare spatial options. Set the actual number of bays according to the vehicles, equipment and required handling space.

Continue designing

Check the Vehicle Workshop using a specific model.

Open the Studio and adjust the dimensions, industrial doors and basic form of the hall.

Open this model in the Studio