The emergence of a model Chery Tiggo 8 Pro e+ This is a landmark event for the Russian market, which has long experienced a shortage of affordable hybrid cars. This crossover is not just a modification of a gasoline counterpart, but a complex engineering design, where electric traction plays a key role in ensuring dynamics and efficiency. In the face of rising fuel prices and tightening environmental regulations, interest in such hybrid-powered It's growing every month.
Externally, the car is almost indistinguishable from the version with an internal combustion engine, but under the hood hides a completely different driving philosophy. Engineers managed to combine the usual handling with the instantaneous response of the electric motor. It is important to understand that we are in full possession of plug-in hybridIt requires a network connection to realize its full potential, not just a machine with a recovery system.
For many motorists, this car is the first step into the world of electrified transport without the fear of limited range. The combination of a gasoline turbo engine and two electric motors creates a unique synergy that allows you to feel confident both in urban traffic and on a country road. Let’s analyze in detail what is hidden behind this technological facade and whether the sheepskin is worth making.
Technical characteristics and power plant device
Heart. Tiggo 8 Pro e+ The hybrid system is DHT (Dedicated Hybrid Transmission), which is radically different from the classic hydrotransformer automatics. The basis is a 1.5-liter turbocharged gasoline engine, which works in conjunction with two electric motors. One of them performs the functions of a starter-generator, and the second is responsible for the direct traction of the wheels. The total power of the system reaches impressive 326 horsepowerThis makes this crossover one of the fastest in its class.
The key element here is a battery with a capacity of 19.27 kWh. It is located in the rear of the car, which allowed to keep the useful volume of the trunk almost unchanged. Charging takes about 4-5 hours from a household outlet with a capacity of 3.3 kW. For those who are used to traditional internal combustion engines, the behavior of the machine may seem unusual: there is no habitual dependence of engine speed on speed in mode.
How does the DHT transmission work?
The DHT transmission allows you to switch between three modes of operation: electric traction only, the joint operation of the ICE and the electric motor, and the power generation mode. This ensures high efficiency in all driving conditions.
It is worth noting that the manufacturer's declared power reserve on electric traction is about 100 kilometers on the WLTP cycle. In real Russian conditions, especially in winter, this figure will be adjusted in a smaller direction, but for daily trips around the city, the reserve is quite enough. Torque. The system is 545 Nm, which provides excellent traction from the lowest rpm.
To maximize battery life, try not to drain it completely to zero regularly. The optimal operating mode for lithium-iron-phosphate cells is operating in the range of 20% to 90% charge.
Acceleration dynamics and driving modes
Acceleration to 100 km / h takes only 7 seconds, which is a great indicator for a family crossover of this size. The sensations of acceleration are specific: the initial jerk is provided by an electric motor, which gives the maximum torque instantly. Then the gasoline engine comes into operation, maintaining speed and charging the battery. Switching between modes is so smooth that you can only notice it by sound or looking at instruments.
The driver has several driving modes that change the character of the car beyond recognition. The most relevant regime in the city EVIt allows you to move silently and without emissions. The track is designed for hybrid mode, where the ICE takes the main load at high speeds, where the electric motor is less efficient. There is also a battery saving mode, useful before entering an urban area with a restriction of ecological class.
- 🚀 Sport mode: Aggressive operation of both engines for maximum dynamics, the response of the gas pedal becomes very acute.
- 🌿 Eco mode: Priority is given to electric traction and early switching, the accelerator pedal becomes more "watty".
- 🔋 Charging: The internal combustion engine operates at higher revs for active electricity generation.
The 5-liter engine not only has to carry a heavy car, but also to turn the generator. Therefore, for the enjoyment of driving, it is recommended to monitor the level of charge.
Fuel consumption and economic efficiency
The main issue of interest to potential owners is the real cost. The manufacturer claims fantastic figures of 1.6 liters per 100 km, but this is only possible with a fully charged battery and driving in ideal conditions. In reality, if you charge a car daily, the average consumption of gasoline in the city will be about 4-5 liters. If you ignore charging, the consumption will increase to 7-8 liters, which for such weight and power is still an excellent indicator.
The economic effect is achieved due to the ability to refuel with a smaller amount of fuel and, theoretically, less than the cost of a kilometer of track when using electricity. However, in Russia, where electricity is also more expensive, and winter energy consumption for heating the cabin is growing, the savings are not as obvious as in warm countries. Nevertheless, autonomy The total vehicle (gasoline + electricity) exceeds 1000 kilometers.
The cost of service should be taken into account. The hybrid system is more complex than a conventional internal combustion engine, although it is devoid of some traditional components that are subject to wear (for example, clutch in the classical sense or belts of hinged units in full). The battery life is claimed by the manufacturer to be quite high, but its replacement in case of failure will be expensive.
Real savings are possible only with regular charging from the network. Without connection to the socket, the hybrid turns into a heavy car with a small engine, consuming fuel inefficiently.
Interior, multimedia and ergonomics
Salon Tiggo 8 Pro e+ It meets the owner with a premium atmosphere. Here high-quality materials, soft plastic and pleasant to the touch of eco-leather are used. The central place is occupied by a dual screen multimedia system diagonal of 24.6 inches. The graphics of the interface are clear, but the menu sometimes requires getting used to, especially for those who have previously used systems with a physical home button.
Ergonomics of the driver's seat is well thought out: chairs with electrical adjustments and massage allow you to feel comfortable on long trips. The panoramic roof adds space, although it reduces the height above the head for tall passengers. The rear row is spacious, but the central tunnel may interfere with the third passenger. Special attention is paid to noise insulation, which in electric mode is simply exemplary.
| Parameter | Meaning | Commentary |
|---|---|---|
| Body length | 4716 mm mm | Standard for D-Class |
| Clearance. | 190 mm | Enough for an easy off-roader |
| Load volume | 498 l | With seats up |
| Wheel size | 19 inches | Tires 235/50 R19 |
| Mass in curb | 1880 kg | High because of the battery. |
Multimedia supports Apple CarPlay and Android Connect, but connectivity often happens over a wire, which in 2026 is already perceived as a slight anachronism. Voice control understands commands well, but sometimes requires repeating the phrase. In general, the level of equipment corresponds to the price segment.
Features of operation in winter
The Russian winter is a tough test for any electric car. Tiggo 8 Pro e+ No exception. At low temperatures, the battery capacity decreases, which reduces the electric power reserve by 30-40%. In addition, a significant part of the energy goes to heating the cabin and battery. The thermal management system works automatically, but in severe frosts (-20 ° C and below), the car will try to start the engine more often to maintain temperature.
⚠️ Note: It is not recommended to leave the car for a long parking lot with a discharged battery in severe frost. This can lead to deep discharge and damage to the elements of the battery.
For comfortable operation in winter, you need to use preheating, if it is available through the application, or warm up the car in a hybrid mode. Winter tires are mandatory, as the weight of the car is large, and the inertia on the ice will be felt more strongly than that of light cars. The all-wheel drive system (which is implemented here rather as plug-in via electric motors) helps in the snow, but does not make the crossover an SUV.
- ❄️ Power reserve: In winter, the real supply of electricity falls to 40-50 km.
- 🔥 Heating: Quick heating of the cabin is possible thanks to an electric heater (PTC), you do not need to wait for the heating of the internal combustion engine.
- 🚗 Manageability: On the winter road, the car behaves steadily due to its low center of gravity.
Owners should be prepared for the fact that in the cold, fuel consumption will increase, and the frequency of charging will increase. This is the normal physics of the processes that is characteristic of all lithium batteries.
Safety and driver assistance systems
Complex Chery Pilot It includes a wide range of assistants to make driving safer. Adaptive cruise control is able to keep the distance and slow down until a complete stop, which is indispensable in traffic jams. The lane retention system works delicately, only slightly steering if the car begins to "walk" along the lane.
All-round cameras provide a high-resolution picture that allows you to park in cramped conditions without the risk of hitting the curb. However, it is worth considering that electronics are only an assistant, and you can not rely on it completely. Sensors can become contaminated in winter, which leads to temporary shutdown of functions.
☑️ Checking before buying a hybrid
The body of the car has a high proportion of high-strength steels, which provides good passive safety. Airbags are located around the perimeter of the cabin. In general, the level of safety of the model meets modern European standards.
Frequently Asked Questions (FAQ)
Do you need to charge the Tiggo 8 Pro e+ or will it charge itself?
The car can charge the battery from the ICE, but this is inefficient and increases fuel consumption. For full operation as a hybrid charging from the network is mandatory. Without a power outlet, you will carry a heavy battery and overrun gasoline.
What kind of octane gasoline is required for this engine?
The manufacturer recommends the use of gasoline with an octane number not lower than AI-95. The use of AI-92 is possible in extreme cases, but can lead to a decrease in power and an increase in consumption, as well as incorrect operation of the hybridization system.
Can this car be towed?
Towing a hybrid car with a running DHT transmission is possible only for short distances and at low speed, or with a hung front axle. It is best to use a tow truck so as not to damage the electric motors and generator that rotate with the wheels even when the ignition is turned off.
How long does a high-voltage battery last?
The manufacturer claims a battery life of 8 years or 160,000 km (guarantee). The actual lifespan can be much higher, as modern LFPs (lithium-iron-phosphate) are highly cyclical and stable.
Does the car have all-wheel drive?
Formally, all-wheel drive is implemented through electric motors, and not through the driveshaft and transfer case. Electric motors can transfer traction to the rear axle, providing cross-country performance, but for serious off-road this car is not designed.