Barrier-Free Tolling in India: How FASTag & ANPR Will Impact Fleet Operators

What Is Barrier-Free Tolling in India?

Barrier-free tolling is an electronic toll collection model designed to identify and charge vehicles without requiring them to stop at a conventional toll booth.

NHAI refers to its current implementation as Multi-Lane Free Flow, or MLFF.

At an MLFF location, high-performance cameras, FASTag readers and other equipment are typically mounted on overhead gantries.

As the vehicle passes through, the system identifies it and processes the applicable toll electronically.

According to NHAI, the system combines ANPR technology with FASTag-based Electronic Toll Collection to enable contactless tolling with minimal human intervention.

In simple terms:

Vehicle approaches → FASTag and vehicle number are detected → toll transaction is processed → vehicle continues without a physical barrier

How FASTag and ANPR Work Together

FASTag and ANPR perform different jobs.

FASTag Identifies the Electronic Toll Account

FASTag uses Radio-Frequency Identification, or RFID.

A FASTag attached to the vehicle’s windshield can be detected by compatible readers at the tolling point.

It connects the vehicle with the electronic toll-payment system.

FASTag is already deeply established on India’s National Highways. MoRTH reported in January 2026 that more than 98% of National Highway user-fee collection was taking place through FASTag and that 11.86 crore FASTags had been issued by December 2025.

ANPR Reads the Registration Number

ANPR stands for Automatic Number Plate Recognition.

High-performance cameras capture the registration plate of a passing vehicle and software processes the image to identify the registration number.

This provides another vehicle-identification layer.

The Two Systems Work Together

MLFF combines FASTag/RFID information with the Vehicle Registration Number captured through ANPR.

That gives the tolling system more information than relying on a physical boom barrier alone.

NHAI describes MLFF as a system in which FASTag and vehicle registration numbers are read using high-performance RFID readers and ANPR cameras.

Is Barrier-Free Tolling Already Operating in India?

Yes, but it is important to understand the rollout correctly.

Barrier-free tolling is not simply replacing every Indian toll plaza at once.

The rollout began at selected National Highway locations.

India’s first MLFF system went live at Choryasi Toll Plaza on NH-48 in Gujarat on 1 May 2026. NHAI reported that approximately 41,500 vehicles passed through the location on its first day of operation.

Additional official rollouts during 2026 included:

• Mundka–Bakkarwala on UER-II in NCR
• Daulatpura on the Delhi–Jaipur section of NH-48
• Gharaunda on NH-44
• Manoharpura on NH-48
• Shahjahanpur on NH-48

The August 2026 Shahjahanpur rollout completed barrier-free movement across the identified Manesar-to-Jaipur stretch containing the three MLFF locations at Daulatpura, Manoharpura and Shahjahanpur.

Earlier NHAI plans described implementation as phased, with expansion dependent on performance and effectiveness at selected locations.

Conventional Tolling vs Barrier-Free Tolling

For fleet operators, the most important difference is the shift from managing the toll stop to managing the toll transaction.

How Barrier-Free Tolling Can Affect Commercial Fleets

Commercial fleets cross toll points far more frequently than occasional highway users.

Even small changes at tolling locations can therefore have a larger operational effect across hundreds or thousands of fleet journeys.

Less Toll-Plaza Waiting

A conventional toll plaza can create:

• Queuing
• Braking
• Idling
• Lane changes
• Re-acceleration

MLFF is designed to remove the barrier-related stop.

NHAI says this can improve traffic flow, reduce toll-plaza waiting and improve journey efficiency.

For fleet managers, this may make trip times more predictable on corridors where MLFF has been deployed.

Lower Avoidable Idling Around Toll Points

Heavy vehicles consume fuel while their engines are running even when they are not travelling productively.

Removing toll queues can reduce one source of stationary or stop-and-go operation.

That does not mean a fixed fuel-saving percentage should be assumed.

Actual savings will depend on:

• Vehicle type
• Traffic volume
• Previous queue time
• Engine characteristics
• Route
• Driving conditions

NHAI has identified reduced waiting, fuel consumption and emissions among the intended benefits of MLFF.

For fleets already using a Fuel Management System, toll-related idling can be analysed alongside broader fuel-consumption patterns.

Tolling Can Become Part of Trip Data

Barrier-free tolling also increases the importance of connecting financial transactions with operational data.

Consider a truck travelling from one distribution centre to another.

The fleet may have:

• GPS trip history
• FASTag transactions
• Driver information
• Customer delivery data
• Fuel consumption
• Route details

When these records are reconciled, fleet managers can answer practical questions such as:

• Did this vehicle actually travel through the toll location?
• Was the toll charged on the correct trip?
• Are toll expenses consistent with the assigned route?
• Is the vehicle using the planned highway corridor?
• Are repeated toll transactions appearing unexpectedly?

A connected Fleet Management System can provide the operational context required to review those questions.

GPS Tracking Becomes Useful for Toll Reconciliation

ANPR and FASTag handle the tolling transaction.

GPS serves a different purpose for the fleet.

A GPS Tracking System can show where the commercial vehicle actually travelled.

For example, suppose the operator receives an unexpected toll transaction.

Fleet GPS history may help determine whether that vehicle was:

• Near the toll location
• Travelling on that highway
• Assigned to the corresponding trip
• Somewhere completely different

This does not replace the official toll-dispute process, but it gives the fleet additional operational evidence when investigating unusual transactions.

FASTag Balance Management Becomes More Important

With a conventional toll barrier, payment problems become obvious immediately because a vehicle may be stopped.

In a barrier-free environment, the vehicle may continue travelling while a failed transaction is handled digitally afterward.

NHAI advises users at MLFF locations to maintain sufficient FASTag balance and ensure that the FASTag remains active and functional.

For commercial fleets operating many vehicles, FASTag management should therefore include:

• Monitoring balances
• Checking blocked or inactive tags
• Linking the correct tag to the correct vehicle
• Reviewing transaction history
• Preventing duplicate tags
• Updating records when vehicles are replaced
• Investigating failed toll transactions promptly

FASTag administration becomes part of normal fleet-account management rather than just a driver’s responsibility.

Fleet Operators Need to Pay Attention to E-Notices

This is one of the most important changes for commercial fleets.

India’s National Highways Fee Rules were amended in March 2026 to create a structured recovery mechanism for unpaid user fees, particularly in the context of evolving barrier-free tolling.

An unpaid user fee can arise where ETC infrastructure records a vehicle’s passage but the applicable toll payment is not received.

At operational MLFF locations, NHAI states that scenarios such as an insufficient FASTag balance or an invalid/non-functional FASTag can trigger an electronic notice.

Under the current process described by NHAI:

Payment within 72 hours: normal applicable user fee.

Failure to pay after 72 hours: twice the normal applicable user fee for the vehicle category.

This changes the way fleets should manage toll exceptions.

A missed transaction should not simply sit unnoticed in an accounts queue.

A Practical E-Notice Workflow for Fleets

Fleet operators may want to create an internal process such as:

E-Notice received → identify vehicle → verify trip → check FASTag account → compare GPS history → validate charge → pay or raise grievance within the applicable period

This becomes particularly important for businesses operating:

• Large truck fleets
• Interstate logistics
• Tankers
• Buses
• Construction transport
• Distribution vehicles
• Multi-branch commercial fleets

The more toll passages a fleet generates, the more important exception management becomes.

Number Plate Condition Will Matter More

ANPR depends on being able to read the vehicle registration plate.

NHAI’s MLFF guidance advises road users to maintain clear and compliant High Security Registration Plates (HSRP).

Fleet inspections should therefore include number-plate condition.

Fleet teams should check for:

• Dirt covering characters
• Physical damage
• Incorrect positioning
• Missing plates
• Non-compliant plates
• Obstructions

This is a small maintenance task, but it becomes increasingly important when registration-number recognition is part of electronic tolling.

What Happens If ANPR and FASTag Information Do Not Match?

Fleet managers should avoid assuming that ANPR alone replaces all FASTag administration.

The current MLFF architecture combines registration-number recognition with FASTag-based toll collection.

That means fleet records should stay consistent across:

• Vehicle registration
• FASTag
• Vehicle number
• Fleet asset ID
• Finance records
• Telematics platform

Poor record keeping could make it harder to investigate transaction exceptions later.

Will Barrier-Free Tolling Reduce Fleet Travel Time?

At the tolling location itself, MLFF is designed to remove stopping and conventional toll-lane queuing.

NHAI reports that its MLFF deployments are intended to provide uninterrupted vehicle movement and reduce waiting time.

However, total journey time still depends on many other factors:

• Highway congestion
• Construction
• City traffic
• Weather
• Driver breaks
• Loading delays
• Customer waiting
• Road incidents

Fleet managers should therefore measure actual route performance instead of assuming that barrier-free tolling automatically produces a specific end-to-end time saving.

Impact on Logistics and Delivery Planning

More predictable toll crossings can still help improve planning.

A logistics operator may use telematics to compare:

Before MLFF:
travel time + toll queue + toll transaction + acceleration back to route speed

with:

After MLFF:
continuous highway movement through the tolling point

Across frequent routes, that information can help improve:

• Estimated arrival times
• Dispatch planning
• Driver scheduling
• Route comparisons
• Customer delivery windows

These improvements should be measured using actual fleet data rather than generic savings estimates.

Impact on Fleet Fuel Analysis

Barrier-free tolling also creates an interesting use case for fuel analytics.

If a route previously had recurring toll queues, fleet managers can compare:

• Idle time before MLFF
• Idle time after MLFF
• Fuel consumption
• Average trip duration
• Stop frequency

That helps determine whether the new system is producing a measurable operational benefit for that fleet.

A Fuel Management System or telematics platform can provide additional context instead of relying only on monthly fuel bills.

Impact on Cost-Per-Kilometre Analysis

Toll expenses are part of the operating cost of many commercial fleets.

Fleet managers calculating fleet cost per kilometre may already track:

• Fuel
• Toll charges
• Driver cost
• Maintenance
• Tyres
• Insurance
• Depreciation

Barrier-free tolling does not remove toll costs.

What changes is how those costs are captured and reconciled.

Better digital toll records may make it easier to associate particular toll transactions with specific vehicles, routes and trips.

Will AI Be Used in Barrier-Free Tolling?

Current deployed MLFF systems are officially described primarily in terms of FASTag, ANPR, electronic toll collection, cameras and sensors.

There is also a broader technology direction toward greater use of AI.

In September 2026, the Ministry of Road Transport and Highways said the next goal for barrier-free tolling involves zero stoppage and zero waiting time while leveraging Artificial Intelligence and automatic number-plate recognition.

For accuracy, fleet operators should distinguish between:

Technology already deployed: FASTag + ANPR-based MLFF.

Broader technology direction: increasing use of AI and advanced vehicle-recognition systems.

This distinction avoids treating every current MLFF installation as the same type of AI system.

What Barrier-Free Tolling Does Not Mean

Several misconceptions are worth clearing up.

It Does Not Mean Toll-Free Travel

The toll is still applicable.

Only the collection mechanism changes.

It Does Not Mean FASTag Has Disappeared

FASTag remains central to the current MLFF model.

It Is Not Yet Every Toll Plaza

Rollout has been taking place at selected locations.

It Does Not Remove the Need for Fleet Records

Digital tolling actually makes accurate vehicle, FASTag and registration records more important.

It Does Not Guarantee Zero Delays Across an Entire Journey

It removes the physical toll-barrier stop at an MLFF location. Traffic conditions elsewhere can still cause delays.

How Fleet Managers Should Prepare

Fleet operators do not need to wait until every toll plaza becomes barrier-free.

The following steps can be implemented now.

Audit FASTag Records

Match each FASTag with the correct:

• Vehicle registration
• Fleet ID
• Vehicle category
• Issuer
• Account

Maintain Adequate Balance

Highway vehicles should not depend on last-minute FASTag recharges.

For larger fleets, create automatic or centralized monitoring.

Check FASTag Condition

Ensure tags are:

• Active
• Correctly affixed
• Readable by RFID equipment
• Not duplicated unnecessarily

Inspect Registration Plates

Keep HSRPs clean, visible and compliant.

Monitor E-Notices

Assign responsibility for reviewing electronic toll notices quickly.

Connect Toll Data with GPS History

Use Fleet Telematics to validate routes and trip activity when a toll discrepancy occurs.

Review Toll Costs by Vehicle

Do not treat toll expenses only as one monthly finance total.

Analyse them by:

• Vehicle
• Route
• Driver
• Customer
• Trip
• Depot

Track Toll-Point Idling

Where MLFF is introduced, compare idle and travel-time data before and after implementation.

This turns a national infrastructure change into measurable fleet-performance data.

Barrier-Free Tolling and Connected Fleet Management

The tolling system itself is operated outside the fleet-management platform.

But fleet technology helps operators understand its operational impact.

For example:

FASTag / ANPR tells the toll system:
Which vehicle passed and whether the user fee was collected.

GPS tracking tells the fleet:
Where the vehicle travelled.

Telematics tells the fleet:
How the vehicle operated during the journey.

Fuel monitoring tells the fleet:
How fuel consumption changed.

Fleet management software brings the information together:
Vehicle, route, trip, driver, cost and operating context.

This is why barrier-free tolling should be viewed as another digital data point within a connected fleet operation.

What About FASTag Portability?

Another recent development may also be useful for fleets managing large numbers of tags.

In September 2026, IHMCL and NPCI introduced OneTag, which allows NETC FASTag users to switch issuer banks while retaining the existing physical FASTag and Tag ID. The service is also available through the Rajmargyatra app.

For fleet operators, developments like this show that FASTag management itself is becoming more digital and interoperable.

Companies should still check the applicable issuer terms and operational requirements before changing providers.