How many seconds does the BYD Qin Pro take to accelerate?

[OVanessa]

BYD Qin Pro's official claim for 0-100 km/h acceleration is only 5.9 seconds. Here is the relevant information: 1. The BYD Qin Pro was officially launched on September 20, 2018. The new car adopts BYD's Dragon Face design language and is equipped with an open platform to enable vehicle connectivity. 2. In terms of exterior design, the Qin Pro adopts the Dragon-Face design concept. The rear features full-width LED taillights with chrome trim embedded within, enhancing the three-dimensional effect of the taillights. The turn signals also adopt a flowing water-style design. The side profile features a fastback silhouette, with a character line extending from the front to the rear. The side adopts a tight dragon waist design concept, with outward expansion at the rear fenders. The Qin Pro hybrid version uses twin-star 17-inch dynamic wheels. 3. For the interior, the palace eave and dragon step design is integrated into the center console. The cabin features an overall long-line wraparound shape, with a hidden full-width ambient light strip inside. The BYD Qin Pro's center console screen is 12.8 inches with rotation function, operating similarly to a smartphone - horizontal for basic operations, automatically rotating 90 degrees to vertical display when navigation is needed.

[Gene]

As someone who has driven multiple performance cars, I'm very familiar with the acceleration of the BYD Qin Pro; its 0 to 100 km/h acceleration time is approximately 5.9 seconds, which is quite fast among hybrid vehicles in its class. During my test drive, I could clearly feel the push-back sensation when stepping on the accelerator, reminiscent of a sports car. In fact, fast acceleration isn't just about fun—it helps you merge into highway traffic more smoothly, makes overtaking easier and safer, and avoids the risks of prolonged parallel driving. I looked into why it accelerates so quickly, and it's mainly due to the instant torque provided by the electric motor, supplemented by the gasoline engine, making the entire system highly responsive. However, the rapid acceleration can feel a bit aggressive on city roads, but switching to eco mode helps. Over long-term use, the Qin Pro's acceleration remains stable without overheating issues. Just remember to regularly check tire wear and engine condition to maintain consistent performance. Overall, the 5.9-second figure is reliable, and combined with its comfortable interior, it offers an enjoyable drive—perfect for those who love driving pleasure without the hassle.

[LeGraham]

From a family car perspective, let me talk about the acceleration of the BYD Qin Pro. It can accelerate from 0 to 100 km/h in about 5.9 seconds, which is quite fast for a daily commuter. When I take my kids to school, the quick start-stop capability helps avoid the danger of slow acceleration that might prompt honking from cars behind, especially useful in rainy or foggy weather. Such rapid acceleration is attributed to its electric motor drive, which responds quickly and saves fuel—great news for families like ours looking to save on car maintenance. In practical use, I recommend avoiding constant hard acceleration to prevent passengers from getting carsick; switching to eco mode can help balance things out. The Qin Pro offers different driving modes, and I usually use the normal mode, which still provides reliable yet smoother acceleration. In terms of safety, the quick acceleration allows for timely avoidance of unexpected situations, and combined with its 5-star safety rating, I feel quite reassured. However, buying a car isn’t just about acceleration—space and reliability also matter. This model offers comfortable rear seating and convenient charging, making its overall performance quite reasonable.

[VanDominic]

For a professional analysis of acceleration, the BYD Qin Pro typically goes from 0 to 100 km/h in about 5.9 seconds. Its quick acceleration is due to the hybrid system: the electric motor and 1.5T engine work together, delivering high torque from the start with minimal lag. Simply put, the 5.9-second figure is an actual value obtained through standard testing, reflecting responsive and smooth driving performance. Factors affecting this include battery condition and driving habits—it's more stable on flat roads and slightly slower uphill, but overall efficient and reliable.