Outdoor trash cans in public spaces often face wear and tear from various sources, including mobility aids like rollators equipped with electrostatic generators. These devices, while beneficial for users, can inadvertently cause damage to trash bins due to accidental collisions or static discharge. To address this challenge, designers must prioritize durability, material selection, and innovative structural features.

1. Material Selection: Opt for high-impact-resistant materials such as reinforced polyethylene or powder-coated steel. These materials can withstand physical collisions and are less prone to scratches or dents caused by rollators.

2. Electrostatic Discharge Protection: Incorporate conductive materials or grounding elements into the trash can's design to safely dissipate static electricity generated by rollators. This prevents potential damage to electronic components or coatings.

3. Sturdy Base and Anchoring: A wide, weighted base can prevent tipping during collisions. For added stability, consider anchoring systems that secure the bin to the ground without compromising accessibility.

4. Rounded Edges and Protective Barriers: Smooth, rounded edges minimize the risk of snagging or damage when rollators come into contact with the bin. Adding a low protective barrier around the base can also absorb impact.

5. Modular and Replaceable Parts: Design bins with modular components, such as detachable lids or replaceable panels, to simplify repairs and reduce long-term maintenance costs.

By integrating these strategies, urban planners and designers can create outdoor trash cans that are both functional and resilient, ensuring they withstand the challenges posed by rollators with electrostatic generators while maintaining aesthetic appeal.