Indian government announces new GPS-based toll collection system

    New GPS based GNSS toll system will work on FASTag; expected to automatically grant exemptions for travel up to 20km.

    Published On Sep 12, 2024 01:26:00 PM

    7,823 Views

    Indian government announces new GPS-based toll collection system
    Listen to this Article

    The Indian government has released a new set of rules for the highway toll collection system. The new setup uses a Global Navigation Satellite System (GNSS) to track vehicle movements.

    1. GNSS Toll collection would require a device installed in the vehicle
    2. GNSS device fitted vehicles will have special lanes at toll booths
    3. GNSS system will operate on current FASTag setup

    New GNSS toll collection system: how does it work?

    This new system changes the way drivers pay tolls on national highways. The new GNSS setup is being used to track vehicles and will allow them to travel up to 20 kilometres on national highways without incurring any charges. This setup does not include vehicles with a National Permit.

    According to the new rules, drivers, owners or individuals that are in-charge of vehicles will now be assessed a “zero user fee” for trips of upto 20km in either direction on toll roads. Motorists will then be charged for each additional km after the initial 20km, so you pay for the exact distance travelled. This rule will include National highways, permanent bridges, bypasses and for tunnels. 

    The new GNSS device will use Automatic Number Plate recognition (ANPR) and the existing FASTag systems for collecting tolls. A GNSS device will be non-transferable and firmly fitted technology in vehicles to connect the GNSS for toll fee collection.

    The rules also require a designated lane for vehicles equipped with GNSS device for faster operation. However, vehicles entering this lane without a functioning device will be required to pay a fee which could be twice the standard user fee applicable at that particular toll plaza. As the adoption of GNSS based toll collection grows, all lanes are expected to gradually convert to GNSS-enabled ones.

    New GNSS toll collection: how does it differ from FASTag

    The existing FASTag setup relies on physical toll booths for toll collection. The new GNSS tech will have virtual toll booths along the highways. These virtual toll booths monitor vehicle location and distance covered exclusively for GNSS enabled vehicles. The GNSS device fitted in these vehicles will provide details like vehicle registration, vehicle type and bank account details of the user.

    This new GNSS setup will operate with the current FASTag system which means transition for users from GNSS to FASTag wont have any hiccups, according to the announcement.

    Benefits of GNSS-Based Toll Collection

    With the new GNSS based toll collection setup, the government aims to further reduce waiting times at toll booths that average currently at 714 seconds to a mere 47 seconds for each user. This will reduce traffic congestion and allow steady flow of vehicles. In future, this will also help in elimination of physical toll booths and enabling the user to pay only for the distance travelled.

    Also See:

    Toyota dealer sees 50 percent surge in hybrid sales post tax waiver in UP

    Exclusive! JLR, Tata Motors to jointly make and export EVs from India

    Copyright (c) Autocar India. All rights reserved.

    Comments

    ×
    img

    No comments yet. Be the first to comment.

    Ask Autocar Anything about Car and Bike Buying and Maintenance Advices
    Need an expert opinion on your car and bike related queries?
    Ask Now

    Search By Car Price

    Poll of the month

    Buying an electric car but renting its battery: is it a good idea?

    Yes, it lets me pay only as per my usage

     

    39.90%

    No, I prefer to buy the whole car

     

    51.78%

    No, I prefer to lease the whole car

     

    8.31%

    Total Votes : 421
    Sign up for our newsletter

    Get all the latest updates from the automobile universe