Q

how much is chery tiggo 7 pro

The Proton Saga isn't just a car – it's a symbol of Malaysia's automotive journey. Launched back in 1985 as Proton's very first model, this was the vehicle that put Malaysia on the automotive map. Initially a collaboration with Mitsubishi, it was based on the Mitsubishi Lancer Fiore platform, and quickly became a hit locally thanks to its wallet-friendly price tag and reputation for being tough as nails. Over the years, the Saga has kept up with the times through several makeovers. Remember the all-new Saga BLM in 2008? Then there was the third-generation model in 2016. Each update has tweaked the looks, boosted performance, and added more tech, like the 1.3L CamPro VVT engine and that smoother CVT gearbox. And the best part? Proton's kept it affordable, staying true to what Malaysian buyers need. What's really cool about the Saga, though, is how it mirrors Malaysia's own growth in car-making. It started with leaning on foreign tech, but over time, Proton's gradually stepped up its own研发 game. Take the latest Saga – safety's a big focus now, with ABS and dual airbags coming standard. That shows Proton's really listening to what people want. If you're a Malaysian shopper hunting for a solid, budget-friendly sedan, the Saga still makes a lot of sense. Proton's got a strong local service network, and keeping it running doesn't break the bank. After all these years, it's definitely still a name to check out.
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Related Q&A

Q
What Segment is Chery Tiggo 7 Pro?
The Chery Tiggo 7 Pro falls into the C-Segment SUV category in the Malaysian market. It competes with models in the same class, such as the Honda CR-V and Mazda CX-5. Its body size and interior space meet the standards of this segment, making it a great fit for family users or consumers who value practicality. This vehicle is powered by a 1.5T turbocharged engine, which offers a good balance of power and fuel efficiency. It also comes equipped with advanced safety technologies like adaptive cruise control and lane-keeping assist. In terms of cost - effectiveness, it's quite competitive among similar models. C - Segment SUVs are extremely popular in Malaysia because they combine the agility needed for city driving with the comfort required for long - distance trips. The addition of the Tiggo 7 Pro gives consumers more options. If you're thinking about getting a vehicle in this segment, I'd recommend taking a test drive to experience its handling and interior space. Also, compare the services and warranty policies of different brands to make a decision that best suits your needs.
Q
What is the Reslae Value of Chery Tiggo 7 Pro?
As an SUV that has attracted much attention in the Malaysian market, the second-hand resale value of the Chery Tiggo 7 Pro is influenced by various factors, including brand recognition, market demand, vehicle condition, and maintenance records. Currently, this model has an average performance in the Malaysian second-hand market. In recent years, the Chery brand has increased its popularity through local production and active marketing, so the resale value of the Tiggo 7 Pro is relatively stable. However, there is still a certain gap compared with mainstream Japanese or German brands. Generally, the resale value of a vehicle decreases as the vehicle ages, but good maintenance records and a complete service history can help maintain a relatively high residual value. It is very important for potential buyers to understand the trends in the Malaysian second-hand car market. For example, SUVs usually hold their value better than sedans due to their high practicality, and models equipped with advanced safety technologies and entertainment systems are also more likely to attract second-hand buyers. It is recommended that car owners conduct regular official maintenance and keep complete records. This can not only improve the vehicle's performance but also fetch a better price when selling the car in the future. In addition, Malaysian consumers generally pay great attention to the vehicle's appearance and mechanical reliability when buying second-hand cars. Therefore, keeping the vehicle clean inside and out and promptly repairing minor problems can also have a positive impact on the resale value.
Q
How Many CC is Chery Tiggo 7 Pro?
The Chery Tiggo 7 Pro available in the Malaysian market is equipped with a 1.5-liter turbocharged gasoline engine. It has a displacement of 1498 cc (cubic centimeters), a maximum output power of 147 horsepower, and a peak torque of up to 210 Nm. Paired with a CVT transmission, it offers a smooth driving experience. This engine adopts advanced combustion technology and lightweight design, balancing power performance and fuel economy, making it suitable for both city commuting and long - distance driving in Malaysia. For Malaysian consumers, engine displacement (CC) is one of the important indicators for measuring engine size and power. Generally, the larger the displacement, the stronger the power, but it also affects fuel consumption and road tax. The 1.5T engine of the Tiggo 7 Pro strikes a good balance between the two. Moreover, the application of turbocharging technology allows small - displacement engines to output power close to that of traditional large - displacement engines while reducing emissions, which is in line with the global trend of energy conservation and emission reduction. When making a purchase, Malaysian car owners can consider factors such as displacement, power, fuel consumption, and annual road tax based on their driving habits and budget. The 1.5T configuration of the Tiggo 7 Pro is a great choice for users who pursue balanced performance.
Q
What is the Engine in Chery Tiggo 7 Pro?
The Chery Tiggo 7 Pro is equipped with a 1.6-liter turbocharged four-cylinder gasoline engine, which can generate 197 horsepower and 290 Nm of torque. This engine is paired with a seven-speed wet dual-clutch transmission, enabling quick and smooth gear changes and providing excellent power transmission for the vehicle. The acceleration time from 0 to 100 km/h is only 8.3 seconds, and the maximum speed can reach 205 km/h. Such power performance can meet the needs of daily driving and occasional exciting drives. The application of turbocharging technology allows the engine to output a large amount of torque in the low and medium speed ranges. It can easily handle the frequent start - stop conditions on urban roads, bringing a relatively sensitive power response. Moreover, this engine strikes a good balance between fuel economy and power performance, with an official combined fuel consumption of 7L/100km.
Q
What is the Gearbox Type of Chery Tiggo 7 Pro?
The Chery Tiggo 7 Pro is equipped with a DCT (Dual-Clutch Transmission) gearbox with 7 gears. The DCT combines the advantages of manual and automatic transmissions. It has a rapid shift response and can achieve smooth power transmission during acceleration and deceleration, thus balancing fuel economy and driving performance. The 7 - gear setup allows the engine to operate in a more optimized speed range under different driving scenarios, such as on city roads, during high - speed cruising, or when overtaking. For instance, in congested city traffic, using lower gears can improve the starting and acceleration performance. On the other hand, at high speeds, higher gears help keep the engine running efficiently and reduce fuel consumption. This gearbox configuration also optimizes the overall driving dynamics of the Tiggo 7 Pro, offering drivers a sensitive and comfortable driving experience.
Q
What is the PCD Size of Chery Tiggo 7 Pro?
The PCD (Pitch Circle Diameter) of the Chery Tiggo 7 Pro is 5x114.3 mm. This means the diameter of the circle formed by the 5 bolt holes on the wheel hub is 114.3 mm. This specification is quite common among mid - sized SUVs in the Malaysian market. For example, the Honda CR - V and Toyota RAV4 also use the same PCD size, which makes it convenient for car owners to replace the wheel hubs or upgrade the tires later. PCD is an important parameter for wheel hub installation. Choosing the wrong size can lead to the wheel hub being unable to be installed or pose potential safety hazards during driving. Therefore, when replacing the wheel hubs, it is essential to confirm whether the vehicle's PCD, center bore (CB), and offset (ET) data match. In addition, as an SUV that focuses on cost - effectiveness, the original wheel hubs of the Chery Tiggo 7 Pro are usually made of aluminum alloy, which combines light weight and durability, making it suitable for the diverse road conditions in Malaysia. If car owners plan to upgrade their wheel hubs, it is recommended to choose certified products to ensure safety. At the same time, pay attention to adjusting the tire size to maintain the accuracy of the speedometer.
Q
Does Chery Tiggo 7 Pro Have Apple Carplay?
The Chery Tiggo 7 Pro does support the Apple CarPlay feature, which enables iPhone users in Malaysia to easily connect their phones to the in - car system and enjoy convenient services such as navigation, music, and calls. This feature can be connected via USB or wirelessly, with simple operation and good compatibility, making it suitable for daily use. Besides Apple CarPlay, the Tiggo 7 Pro is also equipped with the Android Auto function to meet the needs of different phone users. The intelligent connectivity system of this car also integrates local services, such as supporting commonly used navigation apps in Malaysia, which enhances the driving experience. In the Malaysian market, the Chery Tiggo 7 Pro has attracted attention for its high cost - effectiveness and rich configurations, especially its performance in intelligent technology, which meets the expectations of young consumers for connectivity features. If you have higher requirements for the in - car connectivity system, you can also learn about similar features of other models in the same class to make a more suitable choice for yourself.
Q
What is the Tyre Brand of Chery Tiggo 7 Pro?
The tire brands originally equipped on the Chery Tiggo 7 Pro in the Malaysian market may vary depending on the vehicle configuration or production year. Common tire brands include well - known international ones such as Continental, Goodyear, or Michelin. The specific details should be based on the specifications provided by local dealers. As the only part of the vehicle that comes into contact with the road surface, tires are crucial for safety, handling, and comfort. It is recommended that car owners regularly check tire pressure (at least once a month) and tread depth (the legal minimum is 1.6 millimeters). They should pay more attention to the drainage performance during the rainy season. If tire replacement is needed, in addition to the brands recommended by the manufacturer, cost - effective options like Bridgestone or the locally popular Silverstone can also be considered. However, it is necessary to ensure that the tire specifications (e.g., 215/55 R18) and load indices are consistent with the original ones. In Malaysia's rainy climate, choosing tires with strong wet - grip performance (with AA or A - grade wet - road markings) can significantly improve driving safety. At the same time, avoid mixing tires of different brands or tread patterns, as this may affect the vehicle's dynamic stability.
Q
Is Chery Tiggo 7 Pro a Good Car? Learn the Pros and Cons Here
As an SUV that has attracted significant attention in the Malaysian market, the Chery Tiggo 7 Pro boasts several advantages, including its stylish and dynamic exterior design, extensive range of features, and high cost - effectiveness. It's an ideal choice for consumers who value both practicality and a sense of technology. The Tiggo 7 Pro is equipped with a 1.5T turbocharged engine, which offers smooth power delivery and good fuel economy, making it well - suited for city driving. Inside the cabin, it uses soft materials and features a high - tech center console screen. It supports Apple CarPlay and Android Auto, enhancing driving convenience. In terms of safety features, it comes with a number of active safety technologies, such as lane - keeping assist and automatic emergency braking, meeting the requirements of modern family vehicles. Of course, the Tiggo 7 Pro also has some drawbacks. For instance, the third - row space is relatively cramped, more suitable for short - distance rides. It may not be as comfortable for long - distance trips. Additionally, Chery's after - sales service network in Malaysia is still expanding, so the maintenance convenience in some areas may not be as good as that of Japanese brands. Overall, if you have a limited budget and place importance on features and design, the Tiggo 7 Pro is a worthy option. However, it's recommended that you take a test drive and understand the local after - sales support before making a purchase. When Malaysian consumers are looking to buy an SUV, they can also compare models in the same class, such as the Proton X70 or the Honda CR - V, and make the most suitable decision based on their own needs.
Q
What is the Width of Chery Tiggo 7 Pro?
The body width of the Chery Tiggo 7 Pro is 1,862 millimeters. This dimension represents a relatively wide design among SUVs in the same class, offering more spacious seating and better stability. For Malaysian consumers, this width is suitable for both city driving and high - speed travel, maintaining good handling and is especially ideal for family use. The Tiggo 7 Pro is also equipped with a variety of intelligent driving assistance systems, such as a 360 - degree panoramic view and blind - spot monitoring. These features are particularly crucial for the wider body design, helping drivers handle narrow roads or parking situations more easily. Moreover, the wide - body design enhances the overall style and sportiness of its appearance, meeting the aesthetic preferences of Malaysian consumers for SUV models. The body width can also impact the drag coefficient and fuel economy, but the Tiggo 7 Pro addresses this through its streamlined design, balancing spaciousness with energy - efficient performance.
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Latest Q&A

Q
How is engine torque calculated?
There are mainly two methods for calculating engine torque. At the basic physics level, it can be calculated by the product of force and moment arm, with the formula: Torque M = Force F × Moment Arm r (where F is the force acting perpendicularly on the moment arm, in Newtons; r is the length of the moment arm, in meters; the resulting unit is Newton-meters, Nm). In automotive engineering, the commonly used calculation method is based on the engine's output power and rotational speed, with the formula: Torque T = 9550 × Power P ÷ Rotational Speed n (where P is the output power, in kilowatts, kW; n is the rotational speed, in revolutions per minute, rpm). For example, an engine with a power of 100 kW and a rotational speed of 5000 rpm has a torque of 9550 × 100 ÷ 5000 = 191 Nm. Torque is widely used in the automotive field. During the design phase, it can be used to optimize the parameter matching of the engine, transmission, and drive system by calculation, and select an appropriate gear ratio to balance power and fuel economy. In performance testing, the torque curve can reflect the dynamic characteristics of the engine and help evaluate the power transmission efficiency. In the manufacturing process, parts assembly must strictly follow torque requirements. For instance, the bolt tightening torque should be moderate to avoid loosening or damage, ensuring the reliability and stability of the vehicle.
Q
Is higher or lower engine torque better?
Engine torque is not simply a matter of higher or lower being better; it needs to be judged comprehensively based on the vehicle's purpose and power requirements. Torque refers to the twisting moment output by the engine crankshaft, measured in Newton-meters. It directly affects a vehicle's acceleration from a standstill, climbing performance, and load-carrying capability—greater torque means more responsive power at low engine speeds, a stronger "push-back" feeling during acceleration, easier climbing or load-carrying, and fewer gear shifts in daily driving, which reduces component wear. However, torque must be considered in conjunction with power and rotational speed. Power (which determines the maximum speed) is derived from the product of torque and rotational speed. If torque is high but rotational speed is limited, the vehicle may lack sustained acceleration capability at high speeds. For example, models designed for off-roading or heavy load-carrying prioritize high-torque tuning to handle complex road conditions, while sports cars pursuing top speed need to balance torque with power output at high rotational speeds. Therefore, when choosing a vehicle, one should consider the usage scenario: sufficient torque is a priority for urban commuting or off-roading, while a balance between torque and power is required for high-speed cruising or racing.
Q
How much is 1 nm in torque?
1 N·m (Newton-meter) is the international unit of torque, referring to the rotational torque effect generated by applying a force of 1 Newton on a 1-meter-long moment arm. For example, when a 1-meter-long wrench is used to tighten a screw with a force of 1 Newton, the torque exerted on the screw is 1 Newton-meter. In the automotive field, the Newton-meter is a key parameter for measuring the "rotational force" output at the crankshaft end of an engine. The torque output by the engine is amplified through transmission systems such as the gearbox and drive shaft before being transmitted to the wheels to propel the vehicle forward; even a torque of 1 Newton-meter can be converted into effective driving force to push the vehicle after being amplified by the gear ratios of the transmission system (such as gearbox gears and final drive). The magnitude of torque directly affects vehicle performance. For instance, the greater the torque, the stronger the vehicle's starting acceleration, climbing ability, and load-carrying capacity usually are. A family car with large torque accelerates more responsively, an off-road vehicle with large torque climbs more easily, and a truck with large torque has a greater load-carrying capacity.
Q
Why is engine torque important?
Engine torque is one of the core indicators for measuring vehicle performance. It refers to the rotational force output by the engine from the crankshaft end (measured in Newton-meters) and has a crucial impact on driving experience and practical performance. First, torque directly determines acceleration performance. Models with high torque can quickly increase speed when starting from zero, providing a noticeable "back-pressing sensation". In urban driving, they respond more rapidly when traffic lights turn green and make overtaking easier and more efficient. Second, torque affects climbing ability. When facing steep slopes or mountainous roads, high-torque vehicles can maintain stable power output without frequent downshifting, making climbing smoother and less strenuous. Third, torque is strongly related to load capacity. For family cars, high torque ensures smooth acceleration; for off-road vehicles, it delivers excellent off-road passability; and for trucks, it allows higher load weights. In addition, high torque can enhance stability during high-speed driving and reduce the risk of skidding. Moreover, properly tuned high-torque engines can output sufficient power at low speeds, which helps reduce fuel consumption and vehicle wear. When choosing a car, it is necessary to balance torque parameters according to usage needs. For daily commuting, models with appropriately matched torque are more economical, while for off-road or load-carrying requirements, priority should be given to high-torque engines to meet driving needs in different scenarios.
Q
Is 500 Nm torque good?
A torque of 500 Nm represents a relatively strong level in terms of automotive power performance, and its specific evaluation needs to be considered in conjunction with the vehicle's intended use. In the Malaysian market, the torque of ordinary family SUVs such as the Proton X70 is approximately 255 Nm; the high-output version of mid-to-large pickup trucks like the Mitsubishi Triton Athlete has a torque of 470 Nm; high-end hybrid SUVs such as the Tank 500 can achieve a combined torque of 750 Nm; and commercial diesel engines like the Cummins ISF3.8 have a torque range of 450-600 Nm. A torque of 500 Nm is higher than that of most family cars and close to the medium-to-high torque range of pickup trucks and commercial vehicles. It can provide excellent traction, making it suitable for scenarios such as heavy loading, off-roading, or towing. It delivers strong power response at low engine speeds, enhancing the vehicle's climbing ability and acceleration performance. For users pursuing power performance, this is an excellent level. Torque is a key indicator for measuring a vehicle's traction as well as its ability to start and overtake. Higher torque means the vehicle can handle complex road conditions or load-carrying situations more calmly. Within the category of non-performance sports cars, 500 Nm is a good torque value that can meet various high-intensity usage needs.
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