What is the turning radius of the IZOA?

[KingRose]

The turning radius of the IZOA is 5.2 meters. Basic dimensions of the IZOA: The exterior design of the Toyota IZOA is undoubtedly one of the highlights contributing to its strong sales. The body features sharp and abundant lines, with dimensions of 4360mm in length, 1796mm in width, and 1555mm in height, and a wheelbase of 2640mm. Compared to the Honda Vezel, the IZOA has advantages in both length and wheelbase. Differences between the IZOA and C-HR: Another standout feature of the IZOA and C-HR is their leading powertrain in the same class. Excluding turbocharged competitors, Toyota's 2.0L naturally aspirated engine is significantly stronger than most 1.6L or even 1.5L naturally aspirated rivals. It delivers a maximum power of 126kW and a maximum torque of 203N.m, along with a thermal efficiency of 40%, which translates to better fuel economy.

[ElliotMarie]

When I went for a test drive of the IZOA, I specifically paid attention to this data. The salesperson told me its minimum turning radius is approximately 5.5 meters. This figure is particularly practical for city driving. Last week, I drove it to buy breakfast in the narrow alleys of the old town, where the roads are only wide enough for two cars to pass side by side. I could basically make a U-turn in one go without having to reverse back and forth. I remember one time when I was looking for a parking spot in an underground garage, the side mirror was only half a palm's distance away from the pillar when making a right-angle turn. At that moment, I was glad I chose a car with a small turning radius. During daily commutes, when quick lane changes are needed, the car responds crisply without any hesitation.

[McLane]

As a driver who frequently handles short-haul freight transport, I prioritize a vehicle's maneuverability in the narrow lanes of cargo yards. The IZOA's turning radius is kept within 5.5 meters, requiring half a meter less space than some domestic SUVs in our fleet. Last month when unloading at a building materials market with aisles packed with steel pipes, other vehicles needed three or four attempts to turn around, but I managed it in one smooth motion with the IZOA. The steering is set on the lighter side, making it especially easy to handle with one hand, and even female owners won't struggle with reversing. However, extra caution is needed when steering on wet concrete surfaces, as the front wheels may slide about ten centimeters more if traction is slightly weaker.

[EvangelineFitz]

Using the IZOA as a training car in driving schools makes perfect sense. Its 5.5-meter turning radius provides ample room for error for trainees, and beginners rarely hit poles when practicing right-angle turns. The other day, I was coaching an elderly lady for her Category 2 test—she kept crossing lines in the S-curve, but after switching to the IZOA, she passed in one go. The steering only requires two and a half turns to reach full lock, half a turn less than some German cars, making it easier on the wrists for older drivers. However, the car sits a bit high, so passengers might feel a bit of sway during sharp turns. It’s advisable for new drivers to avoid jerky steering maneuvers.

[VanAdriana]

Last time I took my child to the amusement park parking, the IZOA's turning radius proved exceptionally easy. On a road less than six meters wide, it could complete a U-turn with just one full turn of the steering wheel, without needing to repeatedly reverse. When picking up my child from school, narrow roads near the school gate are my biggest concern. Once, two cars blocked the road leaving only three meters of space, but thanks to this turning radius, I managed to squeeze through. The rear-wheel tracking was better than expected, with the rear end not scraping against roadside bollards. However, when fully loaded with four people, the turning radius feels slightly larger, possibly due to the springs being compressed.

[ConnorMarie]

In our car club, we often discuss the flexibility of urban driving. The C-HR's 5.5-meter turning radius is considered excellent among its peers. Last Wednesday, when road construction on the Third Ring Road's service lane forced a detour, I had to make a U-turn on a 4-meter-wide narrow road. When the front of the car brushed past the green belt, there was still a 10-centimeter margin. I specifically noted its performance under different road conditions: it's most effortless on asphalt roads, while on gravel roads, it requires about half a turn more of the steering wheel. When fully loaded, the turning radius increases by approximately 20 centimeters. This size is also convenient for multi-story parking garages, as it can easily navigate the corners of mechanical parking spaces.