CHARGED WITH DYNAMICS
AND DRIVEN BY EMOTION.
- Class-leading energy efficiency
- Striking design
- Fun to drive
Impressive, high-performance components
of IONIQ hybrid’s aerodynamic body are ideally
designed to work seamlessly together.
D-cut steering wheel with chrome-accented spokes helps
convey the image of sporty performance.
Beneath the center armrest is a storage
space that’s large enough to accommodate a
tablet PC or a book that’s too big for other
compartments. Charging is available via the
console’s USB port.
Cabin quality is underlined by the
eye-catching use of chrome highlights on the
gear knob, pedals and door scuff plates.
The intelligent use of eco-friendly interior materials confirms
IONIQ’s status as a sustainably built hybrid car.
The dynamic capabilities of the IONIQ Hybrid are emphasized by the sporty D-cut steering wheel.
The cabin of the IONIQ Hybrid is enhanced by tasteful décor elements in signature blue.
Located beneath the front center armrest is a multi-purpose storage compartment that easily accommodates an iPad.
The large color display provides an extensive range of driving information including speed, fuel economy and the hybrid system’s energy flow. The presentation style changes according to the selected driving mode, Eco or Sport. Depending on the region, there may be some differences.
Compatible smartphones can be charged wirelessly via the integrated charge pad.
Designed primarily to alert drivers who are dozing off at the wheel. Should the vehicle depart
the driving lane without signaling in advance, the Lane keeping assist system (LKAS)
recognizes and responds either by issuing an audible alert warning to the driver or by actively
correcting the steering direction.
The system informs the driver of vehicles in the blind spot, making it easier to change lanes,
for example. When reversing out of a parking space, the Rear Cross Traffic Alert, which
accompanies the BSD system the driver of approaching vehicles and can mitigate the
consequences of an impending collision.
The system is an advanced driving assistance system that relies on radar signals
and a forward detection camera to continuously analyze motion patterns.
On detecting the risk of a collision with a pedestrian or another vehicle then the
brakes are automatically applied thus minimizing the risk of vehicle damage and/or
The system is a convenience feature which employs the front mounted radar
sensor to monitor the vehicle ahead. It automatically maintains the pre-set speed
and a safe distance between vehicles by regulating the throttle and applying brakes
|Max. Speed (km/h)|
|Max. Power Label (ps / rpm)||166 / 6,200|
|Max. Torque Label (Nm / rpm)||20.1 / 4,600|
|Acceleration (0 - 100 km/h) (seg)|
|Braking Distance (m)(100 - 0 km/h)|
|Number of Cylinders|
|Valves of Cylinder|
|Lock to Lock Turns|
|Off Road Ability||Approach Angle|
|Ramp Over Brake Angle|
|Minimum Ground Clearance|
|Fuel Consumption||Fuel Type|
(Urban / City) (litre / 100km)
(Extra Urban / Highway) (litre / 100km)
(Combined) (litre / 100km)
|Fuel Tank Capacity ()|
|Exterior||Overall Length (mm)|
|Overall Width (mm)|
|Overall Height (mm)|
|Wheel Base (mm)|
|Front Wheel Tread (mm)|
|Rear Wheel Tread (mm)|
|Front Over Hang (mm)|
|Rear Over Hang (mm)|
|Cargo||Cargo Area (VDA; litre)|
|Weight||Curb Weight(Lightest) (kg)|
|Curb Weight(Heaviest) (kg)|
|Gross Vehicle Weight (kg)|
|Wheels & Tires||Front Wheels|