Parya Metal’s smart bus shelter combines a passenger waiting area with LED display features, lighting and USB charging. The model includes a P2.5 LED panel and a P4 side LED panel for bus information, with powder-coated aluminium cladding and a galvanized internal structure.

For digital bus shelter projects, compare the specifications and options below with your site requirements. Advertising content, passenger information, electrical connections and maintenance access should be defined together when preparing the project brief.

Smart Bus Shelter Manufacturing and Project Planning

Custom design is available for this model. Share the site layout, required dimensions, quantity and display requirements so the structure, equipment and service access can be assessed together. The specification distinguishes the P4 side information panel from the optional P5 information display; the final configuration should be confirmed in the quotation.

What Determines Smart Bus Shelter Prices?

Smart bus shelter prices depend on dimensions, quantity, cladding, LED display configuration and selected options. Power supply, content management, transport and installation requirements should be clarified separately so the quotation reflects the intended project scope.

Frequently Asked Questions

Does the shelter include live bus-arrival information?

The technical specification lists a P4 panel for bus information. A live arrival-data connection is not specified as standard; data sources, software and integration responsibilities must be confirmed for the project.

Can the shelter be customised?

The listed options include galvanized cladding, a CLP/MUPI wall-panel scroller, a P5 LED information display and a choice of RAL colour. Custom dimensions and equipment requirements are assessed before production.

What should I send to request a quotation?

Provide the project location, quantity, dimensions, intended display content and target delivery date. If you need a smart bus shelter manufacturer and supplier, contact Parya Metal to discuss the model and its production options.