Mumbai Local News: All Suburban Trains To Get Kavach Safety System by 2025

Mumbai’s suburban trains will be equipped with Kavach by the end of 2025. It is a modern safety system to improve passenger safety. As per reports, work to install Kavach on western railway routes has already started. They plan to complete the installation on all suburban trains and mainline engines by the end of next year.

This system is currently being installed on key railway routes like the Delhi-Mumbai corridor and is part of the ‘Make in India’ initiative. The Mumbai-Ahmedabad line is expected to be ready by the end of this fiscal year. Reports suggest that this will be a major step forward in preventing train collisions. 

Almost 30 lakh people use Western Railway’s (WR) suburban services every day. It operates over 1,400 train services on the Churchgate-Virar-Dahanu route with a fleet of 110 electric multiple units. The railway plans to install Kavach on more than 2,358 kilometres of track by 2025.

Kavach is an automatic train protection system. It will replace the Auxiliary Warning System, which is currently used in trains as a safety tool. Here is the difference between the two:

Feature

Auxiliary Warning System 

(AWS)

Kavach

(Automatic Train Protection System)

Type

Onboard warning and monitoring system

Advanced automatic train protection system

Signal Response

Gives audio-visual warning of signal aspect

Automatically applies brakes if red signal is passed

Brake Mechanism

Brakes applied only if motorman fails to press vigilance button in 4 secs

Auto-braking in case of overspeed or red signal breach

Driver Involvement

Relies on manual response (vigilance button)

Minimal manual input; fully automatic intervention

Risk Coverage

Limited; may fail in signal passed at danger (SPAD) situations

Designed to prevent SPAD, head-on and rear-end collisions

Speed Monitoring

Alerts motorman on speed

Constant real-time speed monitoring and auto-correction

Visibility Adaptation

No specific adaptation for low visibility

In-cab signalling for safe operations in low-visibility conditions

Communication

No real-time communication with signal stations

Real-time communication between train and signal system

Automation Level

Low automation

High automation

Emergency Response

Delayed; depends on motorman reaction

Immediate emergency braking and faster response

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