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Description
* Self-healing nanocomposite body: Repairs minor scratches and dents autonomously, extending lifespan and reducing maintenance costs.
* Active noise cancellation: Nanostructured materials absorb and dissipate unwanted sound waves, creating a tranquil and comfortable interior.

* Air purification system: Nano filters eliminate pollutants and allergens, providing passengers with clean and healthy air.

* Antimicrobial surfaces: Nanoscale coatings prevent the growth of bacteria and viruses, reducing the spread of illness.

* Energy-harvesting windows: Nanotechnology enables windows to generate electricity from sunlight, powering onboard systems and reducing reliance on fossil fuels.

* Smart glass: Switchable nanomaterials allow windows to be tinted or transparent on demand, providing privacy and glare control.

* Interactive displays: Nano-enabled touchscreens embedded in windows and seats provide passengers with information and entertainment.

* Holographic projections: Nanoprojectors create realistic holograms that can be used for advertising, education, or entertainment.

* Sentient skin: Nanosensors embedded in the bus body detect changes in the environment and adjust settings accordingly, such as temperature and lighting.

Description
* Self-healing nanocomposite body: Repairs minor scratches and dents autonomously, extending lifespan and reducing maintenance costs.
* Active noise cancellation: Nanostructured materials absorb and dissipate unwanted sound waves, creating a tranquil and comfortable interior.

* Air purification system: Nano filters eliminate pollutants and allergens, providing passengers with clean and healthy air.

* Antimicrobial surfaces: Nanoscale coatings prevent the growth of bacteria and viruses, reducing the spread of illness.

* Energy-harvesting windows: Nanotechnology enables windows to generate electricity from sunlight, powering onboard systems and reducing reliance on fossil fuels.

* Smart glass: Switchable nanomaterials allow windows to be tinted or transparent on demand, providing privacy and glare control.

* Interactive displays: Nano-enabled touchscreens embedded in windows and seats provide passengers with information and entertainment.

* Holographic projections: Nanoprojectors create realistic holograms that can be used for advertising, education, or entertainment.

* Sentient skin: Nanosensors embedded in the bus body detect changes in the environment and adjust settings accordingly, such as temperature and lighting.