Year: 2025
Type: article
Abstract: Flooding can be a major obstacle in the preservation of the road network, causing repeated roadworks expenditures and interruptions to movement, particularly in critical scenarios. FuturBridge is an intelligent system for transforming roads into bridges which automatically raises or lowers its profile depending on flood levels. It works using solar power and has lithium-ion batteries, servo motors, Arduino Uno microcontroller, IR sensors, and raindrop sensors for starting the raising action once water levels begin to increase. This self-automated system guarantees problem-free functionality, provides smooth access to emergency vehicles, and offers savings in infrastructure spending over time. FuturBridge employs a sensor-based flood detection system and an energy-efficient power management system alongside a servo motor-driven lifting mechanism. It is built from strong but light materials to provide structural integrity for stability and reliability. The use of wireless technology enhances safety by allowing for real-time notifications to be sent and improves traffic safety. Moreover, the addition of backup power sources and manual overrides allows for increased system reliability. FuturBridge undertakes systematic testing through prototype creation, flood modeling, and energy optimization studies in an effort to provide effective infrastructure solutions with an eco-friendly, cost-effective, and reliable design to flood-prone roads. These innovations can profoundly change urban planning, disaster response and transportation efficiency in vulnerable regions across the globe while addressing the challenges associated with flooding.
Authors: Mrs. Umamageswari K, Ms. Harsha R, Ms. Nandhini M, Ms. Priyadharshini N, Ms. Yuvadharshini M
Language: English
Topic: Arduino and IoT Applications
Subfield: Electrical and Electronic Engineering
Field: Engineering
Domain: Physical Sciences
Open Access status: diamond
OpenAlex ID: W4409957391