This automatic flood protection gate detects rising water, deploys from an overhead housing and helps seal vulnerable garage, warehouse and parking entrances—even when the building is unattended.
Without Rear Support
Remote Control Range
Active Structure Design
Modular installation is very easy.
An automatic flood protection gate is a permanently installed entrance barrier that uses a water-detection sensor to trigger motorized deployment. This model stores overhead during normal use, lowers when rising water is detected, and combines aluminum flood panels with the AIR+ structural support system for garages, warehouses and other wide entrances.
Flash flooding can begin at night, during weekends or when a warehouse, garage or parking entrance is unattended. A manual system still needs staff to receive the warning, locate the panels and install them correctly before water reaches the opening.
The Automatic Flood Protection Gate changes the response from a human task into a built-in building function.
Water detection activates the system without waiting for a facility team to arrive
The flood barrier rolls into the overhead housing when the entrance is open.
Automatic deployment reduces the steps between detecting water and protecting the opening.
The sensor, intelligent control system and overhead flood gate work as one response sequence. No external monitoring system is required for standard automatic activation.
The water immersion sensor detects rising water at the protected entrance and sends the activation signal.
The industrial roller system lowers the aluminum flood barrier from the overhead housing across the opening.
The deployed gate forms a flood-resistant barrier while the AIR+ structural design supports the system against water pressure.
The AIR+ Active Structure Design combines an electric roller shutter system with rear structural support. The system maintains fast automatic operation while providing the stability required for garages, warehouses and other large openings.
A high-value flood gate should not be purchased from a generic promise. Trust comes from showing the real components, defining the operating limits and reviewing the actual entrance before production
Current photographs show the gate, water sensor, infrared sensing, control panel and safety devices—not stock illustrations.
Protection height, remote range, materials and operating modes are stated with limits instead of vague “fully waterproof” claims.
Opening width, target flood height, wall structure, overhead clearance and drainage conditions are reviewed before configuration.
Infrared obstacle detection, anti-pinch, anti-drop, thermal and dual-limit protection are considered as one operating system.
Automatic water immersion sensing triggers the deployment sequence when water reaches the configured detection point.
Infrared detection stops movement when a person, vehicle or obstacle is detected in the operating area.
Automatic, remote, manual and keypad operating modes support both daily access and emergency response.
Thermal, anti-drop, anti-pinch and dual-limit protection help safeguard equipment and personnel.
Facility teams can operate the gate through multiple control modes, while safety sensors monitor the operating area. Optional access-control integrations can be specified during engineering review.
Water detection activates the flood protection sequence.
Operate the system from up to 50 metres away.
Local control options support operations and maintenance.
Fingerprint, facial recognition and building-access integration.
*Up to 1200 mm without rear support. Higher levels require project-specific structural support and engineering review.
The system is designed for wide or operationally critical openings that need to remain clear during normal conditions and protected when water is detected.
Automatic protection for sloped driveways and below-grade entrances.
Protect inventory, production equipment and operational access points.
Suitable for hospitals, data centres, metro stations and commercial buildings.
The system is designed for wide or operationally critical openings that need to remain clear during normal conditions and protected when water is detected.
| Decision factor | Automatic Flood Gate | Manual Aluminum Panels | Sandbags |
|---|---|---|---|
| Response trigger | Automatic water detection | Staff deployment | Staff filling and placement |
| Unattended protection | Designed for automatic activation | Not without staff | Not possible |
| Storage requirement | Rolls into overhead housing | Separate panel storage | Large dry storage area |
| Opening during normal use | Completely open | Open after panels are removed | Open after bags are cleared |
| Repeat use | Permanent engineered system | Reusable | Often disposed after use |
| Best fit | High-value, wide or critical entrances | Planned manual deployment | Low-cost temporary preparation |
Final pricing and configuration depend on the opening width, target flood height, wall structure, overhead clearance, controls and installation conditions.
Provide width, required flood height, entrance photos and available overhead space.
We confirm the gate structure, support requirements, sensing and control options.
The gate, panels, housing and controls are produced for the approved opening conditions.
Receive installation guidance and project-specific assistance for commissioning.
Automatic deployment does not remove the need for correct engineering. The gate must be configured for the opening, required water height and building structure.
Yes. A water immersion sensor can activate the control system and deploy the gate automatically when water reaches the detection point. The system also supports remote, manual and keypad operation.
Infrared safety sensing is designed to detect people or obstacles and stop gate movement. Anti-pinch, anti-drop, thermal and dual-limit protection are also included in the product safety system.
The AIR+ design supports flood protection up to 800 mm without rear support. Higher protection levels may be available with additional project-specific structural support.
No responsible supplier should promise identical performance for every unreviewed opening. Water resistance depends on the approved gate configuration, support structure, wall and floor conditions, drainage, installation quality and maintenance. These conditions are reviewed before the final specification.
Optional fingerprint recognition, facial recognition, access control integration, remote monitoring, warning lights and voice prompts can be reviewed during system configuration.
Yes. Underground parking ramps, garages, warehouses and large commercial entrances are key applications. Opening width, slope, drainage, flood height and structure must be reviewed before final design.
Send the clear opening width, target flood height, front and side photos, overhead clearance, wall material and any required control or access-system options.
You do not need final architectural drawings to start. Preliminary dimensions and clear entrance photos are enough for an initial configuration review.
Show the walls, floor, overhead clearance, slope and nearby equipment.
Garage, warehouse, parking ramp or another critical entrance.
We review barrier height, support, sensing, control options and budget basis.
