NEW DELHI, Dec 17:
The satellite-based toll collection system will be operational across the country by 2026-end, which will eliminate the waiting time at toll plazas for commuters and bring more revenue for the Government, Union Minister Nitin Gadkari informed the Rajya Sabha on Wednesday.
Follow the Daily Excelsior channel on WhatsApp
Responding to supplementaries during the Question Hour, the Road Transport and Highways Minister said the new technology will be satellite and AI-based and commuters will not have to wait at toll plazas.
This, he said, will help save fuel worth Rs 1,500 crore and add Rs 6,000 crore to the Government revenue and there will be zero wait time at toll plazas.
“The multi-lane free flow toll (MLFF) is a very good facility. Earlier, we had to pay at the toll, and it would take 3 to 10 minutes; then, due to FastTag, the time has come down to 60 seconds or less. Our income has increased by at least Rs 5,000 crore. After MLFF came, replacing FastTag, cars can now cross the toll at a maximum of 80 km per hour, and no one will be stopped at the toll,” he said in the House.
“Our attempt is to make it to zero minutes, and this would involve number plate recognition through satellite with AI and FastTag,” he added.
“By 2026-end we will complete this work 100 per cent, and once this task is complete, our income will help save Rs 1,500 crore, and our income will further rise by another Rs 6,000 crore, and toll theft will end,” Gadkari said.
He said the new technology will certainly help people, and travel time will certainly be reduced.
“I assure the House that before the end of 2026, there will be zero waiting time for vehicles travelling at speed of 80 kms/hour at toll plaza,” he assured the members.
Regarding malpractices by contractors, Gadkari said strict action will be taken against violators.
“Our latest decision is that those contractors who are not working properly will be debarred for two years and he will not be able to apply for further tenders,” he said. (PTI)
Follow our WhatsApp channel
