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Description
1. **Micro-cellular foam impact absorption layer:** This innovative foam material is designed to absorb and dissipate impact energy, reducing the risk of passenger injuries in collisions.

2. **Ultra-high-strength composite body panels:** Reinforced with advanced polymers, these lightweight body panels offer exceptional impact resistance and structural integrity.

3. **Multi-layered windshield and windows:** The windshield and windows are constructed from multiple layers of impact-resistant glass and polymers, providing comprehensive protection from flying debris and shattering.

4. **Energy-absorbing bumpers:** The bumpers are designed to compress and deform during impact, absorbing energy and reducing the force transferred to the passenger compartment.

5. **Self-healing structural components:** Embedded with self-healing polymers, these components can automatically repair minor cracks and imperfections, enhancing the bus's overall durability.

6. **Intelligent crumple zones:** These strategically placed crumple zones are designed to deform in a controlled manner during collisions, absorbing impact energy and protecting the passenger compartment.

7. **Advanced sensor technology:** Embedded sensors monitor the bus's surroundings and detect potential hazards, triggering automatic safety measures to minimize the impact of collisions.

8. **Pre-tensioned seatbelts:** Seatbelts are equipped with pre-tensioners that instantly tighten during impact, reducing the likelihood of occupant ejection and improving whiplash protection.

9. **Head-protecting pillars:** Reinforced pillars adjacent to seats provide additional protection against head injuries in side impacts.

10. **Advanced collision avoidance systems:** These systems utilize radar, cameras, and artificial intelligence to identify potential collisions and automatically apply brakes or steer the bus away from hazards.

Description
1. **Micro-cellular foam impact absorption layer:** This innovative foam material is designed to absorb and dissipate impact energy, reducing the risk of passenger injuries in collisions.

2. **Ultra-high-strength composite body panels:** Reinforced with advanced polymers, these lightweight body panels offer exceptional impact resistance and structural integrity.

3. **Multi-layered windshield and windows:** The windshield and windows are constructed from multiple layers of impact-resistant glass and polymers, providing comprehensive protection from flying debris and shattering.

4. **Energy-absorbing bumpers:** The bumpers are designed to compress and deform during impact, absorbing energy and reducing the force transferred to the passenger compartment.

5. **Self-healing structural components:** Embedded with self-healing polymers, these components can automatically repair minor cracks and imperfections, enhancing the bus's overall durability.

6. **Intelligent crumple zones:** These strategically placed crumple zones are designed to deform in a controlled manner during collisions, absorbing impact energy and protecting the passenger compartment.

7. **Advanced sensor technology:** Embedded sensors monitor the bus's surroundings and detect potential hazards, triggering automatic safety measures to minimize the impact of collisions.

8. **Pre-tensioned seatbelts:** Seatbelts are equipped with pre-tensioners that instantly tighten during impact, reducing the likelihood of occupant ejection and improving whiplash protection.

9. **Head-protecting pillars:** Reinforced pillars adjacent to seats provide additional protection against head injuries in side impacts.

10. **Advanced collision avoidance systems:** These systems utilize radar, cameras, and artificial intelligence to identify potential collisions and automatically apply brakes or steer the bus away from hazards.