These windows are equipped with high-strength, shatter-resistant laminated glass panes and reinforced frames. Even under heavy impact, the glass does not shatter but remains bonded by a plastic interlayer. Impact glazing systems prevent hazardous glass breakage, reduce the risk of structural damage, and significantly increase the overall stability of the building envelope.

Hurricane shutters provide additional protection for windows and facades by shielding glass surfaces from strong winds and flying objects. They are usually made of aluminum, steel, or high-strength composite materials and can be permanently installed or quickly placed in front of windows when an event occurs. They offer effective and relatively cost-efficient protection against wind pressure, impact damage, and wind-driven rain.

Structural hardening refers to the targeted reinforcement of load-bearing components such as walls, ceilings, roof structures, or connections between individual elements. This includes reinforced anchors, additional bracing elements, or high-tensile fasteners. These measures increase the resistance of the entire building to extreme wind loads and help avoid structural damage or failure of individual components.

By replacing the existing facade with more storm-resistant materials—such as high-performance composite panels, fiber-reinforced components, or pressure-resistant metal cladding—the building envelope can be made significantly more robust. Such systems offer better protection against wind pressure, impact loads, and water ingress, and increase the service life of the building.

External heating, ventilation, and air-conditioning (HVAC) units are particularly vulnerable to wind and debris loads. Protective measures such as reinforced covers, elevated mounting, anchoring, or relocating units to protected interior areas prevent failures and consequential damage. This ensures that building services remain operational even after severe storms.