2023 Toyota Prius Prime [US]

When the Prius Plug-In concept model was first revealed at the Los Angeles Auto Show back in 2009, few could have seen the important role it would play in the future of mobility. It offered customers a versatile solution with its pure EV or hybrid modes, impeccable MPG and all the tech people expected from a Prius - making it a perfect addition to the third-generation Prius lineup. Fast forward to now, and the automaker is ushering in a new era of the Prius legacy - with the reveal of the 2023 Toyota Prius Prime at the 2022 Los Angeles Auto Show.

Now in its 10th year of production, this plug-in hybrid model has continued to offer customers the flexibility of getting around town on zero emission battery power or hybrid mode for fuel efficient road tripping. And now, this plug-in offers a thrilling experience in its own right - by bringing even more performance and technology to an already incredible package. With a larger lithium-ion battery that increases its EV range by more than 50% over the previous range of 25 miles. With over 20 million hybrid and plug-in hybrid electric vehicles sold globally, the all-new Prius Prime brings a flexible player to Toyota's ever-growing team of electrified vehicles.

As part of Toyota's diverse approach to carbon neutrality, the Prius Prime is part of lineup that looks to move "beyond zero." With ten hybrids, two plug-in hybrids, the new bZ4X battery electric vehicle and zero emission hydrogen fuel cell technology Mirai, Toyota is committed to finding highly efficient and zero emission solutions that fit customers lifestyles across the US. As a symbol of that commitment, the 2023 Prius will be the first Toyota vehicle to wear a new "Beyond Zero" badge, a global effort to achieve carbon neutrality in our products, manufacturing, and beyond.

Poised for Performance

When it comes to performance, Toyota Prius Prime is purpose-built - with a plug-in hybrid system designed to enhance both fuel economy and driving performance, when compared to the outgoing model. The acceleration feel and vehicle speed controllability have also been enhanced, providing a driving feel and accelerator response unique to electric vehicles.

Under the hood is the 5th generation hybrid powertrain coupled with a 2.0L engine and a newly developed lithium-ion battery, located underneath the rear seat. The result is a zero-emission electric range increase of over 50%, a nearly 100 hp increase to 220 hp, and a 0-60 time of 6.6 seconds.

Prius Prime - Upgraded Convenience

Toyota Prius Prime will also come standard with some additional features made possible by the equipped front corner radar sensors and a driver monitor camera. These features include Lane Change Assist, Front Cross Traffic Alert, Advanced Park and, a first among the Toyota line-up, Traffic Jam Assist.

Lane Change Assist works in collaboration with Lane Tracing Assist, meaning it also only operates when DRCC is activated. When a driver partially engages the turn signal, the system sensors monitor to confirm there are no vehicles in the path of the lane change, and then provides steering support into the new lane with the driver's hands on the steering wheel.

Front Cross Traffic Alert uses the front corner radar sensors to detect vehicles approaching from the side in situations such as when stopped at an intersection. Arrows are displayed to warn the driver, and if the driver attempts to proceed when there's cross traffic, the vehicle provides an audible alert and warning on the MID.

Advanced Park executes the necessary steering and brake controls to navigate the vehicle into a selected parking space. Advanced Park is capable of parallel parking, backing into a perpendicular parking space, and can assist in exiting a parking space, all hands-free under the driver's supervision.

Traffic Jam Assist is a first to Toyota and Prius Prime and can help take some of the stress out of the low-speed, stop-and-go driving in a traffic jam. When driving on a highway with DRCC and LTA activated, if the system sensors detect traffic is slowing, and if operating conditions are met, this system will assist by providing acceleration, braking and hands-free steering control under active supervision of the driver. This system is designed to operate only under speeds of approximately 25 miles per hour, and the driver monitor camera must confirm the driver has their eyes on the road to allow for hands-free operation. If operating conditions are no longer met, or if the speed of traffic increases beyond 25 miles per hour, the system will prompt the driver to take control of the vehicle.