Skip to main content

Oklahoma turnpikes go cashless

OTA says there were 500 crashes at toll booths from 2015-21
By Adam Hill November 26, 2024 Read time: 2 mins
OTA says PikePass is the most cost-effective way to travel Oklahoma turnpikes (© Trong Nguyen | Dreamstime.com)

Tolling is now cashless on all 12 Oklahoma turnpikes - a conversion process which cost nearly $60 million over the last seven years.

Users will now pay via PikePass and PlatePay.

The last one to switch to open road tolling was the I-44/Will Rogers Turnpike corridor between Tulsa and the Missouri state line.

It means that motorists can travel through cash lanes and pay them later online instead, with signage in place alerting drivers to keep moving.

Demolition of the toll booths and toll plaza areas is expected to begin after Thanksgiving, and this will lead to some lane closures, says Oklahoma Turnpike Authority (OTA).

Safety was a factor in the move to all-electronic tolling: OTA says there were more than 500 crashes at tolling booths in the six years up to 2021.

PlatePay cameras photograph a vehicle’s licence plate, enabling the authority to send the vehicle’s registered owner an invoice.

Motorists without a PikePass will receive a bill in the mail or can pay online at www.platepay.com "about five days after travelling a turnpike".

OTA says PikePass is the most cost-effective way to travel Oklahoma turnpikes, and its toll tag offers seamless travel on turnpikes within states including Kansas, Texas and some toll roads in Colorado and Florida. 

The conversion began with testing on a small section of the Creek Turnpike in Tulsa in 2017. By 2021, the John Kilpatrick Turnpike corridor in Oklahoma City was the first to convert to cashless tolling. 

For more information on companies in this article

Related Content

  • HNTB to lead the most ambitious US AET conversion programme
    July 26, 2012
    HNTB Corporation has been selected by the Pennsylvania Turnpike Commission to serve as programme manager to lead the potential implementation of a cashless, all-electronic toll (AET) collection system. The implementation of the new programme across the entire 885km (550 mile) Pennsylvania Turnpike system, which includes more than 70 toll plazas serving more than 186.5 million vehicles and generating more than US$700 million annually, is said to be the largest and most ambitious AET conversion in North Ameri
  • HNTB to lead the most ambitious US AET conversion programme
    July 26, 2012
    HNTB Corporation has been selected by the Pennsylvania Turnpike Commission to serve as programme manager to lead the potential implementation of a cashless, all-electronic toll (AET) collection system. The implementation of the new programme across the entire 885km (550 mile) Pennsylvania Turnpike system, which includes more than 70 toll plazas serving more than 186.5 million vehicles and generating more than US$700 million annually, is said to be the largest and most ambitious AET conversion in North Ameri
  • Will interoperability prevent progress?
    January 10, 2014
    David Crawford examines the political and industrial background to the tolling technology debate. Saving the US State of California ‘millions of dollars’ in tolling infrastructure costs by encouraging new technologies is the professed aim of a legislative Bill, SB 242, which is currently moving through the State’s Senate (upper house) process. According to its sponsor, Republican State Senator Mark Wyland, permitting alternatives to the current FasTrak-branded radio-frequency identification (RFID)-based sys
  • Dynamic lane closures cuts time, cost and congestion on Motorway roadworks
    March 17, 2014
    A combination of technologies is leading to major congestion and cost reductions during roadworks on the UK’s motorway network. Innovative construction programme scheduling technology and the deployment of moveable barriers has achieved substantial savings of money and time on UK motorway roadworks managed by the Highways Agency (HA). This combination has set the scene for a new generation of road usage analysis tools. The HA’s objective was to reduce the congestion caused by lane closures during roa