How to Properly Maintain the Chery Tiggo Cross CSH to Keep It in Top Condition

After its public test drive in August, PT Chery Sales Indonesia (CSI) officially launched the Tiggo Cross CSH at the 2025 Gaikindo Indonesia International Auto Show (GIIAS). This family SUV features Chery’s latest hybrid technology, the Chery Super Hybrid (CSH), designed to deliver high efficiency and meet the needs of modern mobility.

One of the key highlights of this compact SUV is its driving mode feature, which allows drivers to adjust the engine’s performance according to driving conditions and personal preferences. In this article, we’ll take a closer look at the driving modes in the Tiggo Cross CSH and how they enhance your driving experience with better efficiency and enjoyment.

What Are the Driving Modes in the Tiggo Cross CSH?

The Tiggo Cross CSH comes with three driving modes: Eco, Manual, and Sport. Each mode intelligently manages power distribution between the gasoline engine and the electric motor to match the road conditions and driving style, with the option to manually control the system when needed.

The smart hybrid system in the Tiggo Cross CSH automatically optimizes torque, power, and fuel efficiency in each mode to ensure consistent performance. In Eco Mode, the focus is on maximizing energy efficiency. Manual Mode offers a more responsive and engaging driving feel, while Sport Mode delivers higher power for maximum acceleration. Let’s explore how each mode works in detail.

How the Three Driving Modes Work in the Tiggo Cross CSH

Understanding how each mode operates helps drivers select the most suitable one for their journey, maintaining both efficiency and optimal performance.

1. Eco Mode

Eco Mode prioritizes the use of the electric motor to conserve fuel and improve energy efficiency. When the vehicle starts or drives at low speeds, it relies on battery power. The gasoline engine activates automatically once the speed reaches around 35 km/h or higher, taking over to maintain consistent power output.

This mode also works with regenerative braking, which converts kinetic energy from braking into electrical energy stored back into the battery. This helps sustain efficiency over longer drives and reduces energy waste.

2. Manual Mode

One of the Tiggo Cross CSH’s standout features is its available Manual Mode. Activating it is simple, you just need to shift the transmission lever to the right and the CVT transforms into a simulated manual transmission with up to nine virtual gear levels.

This mode gives drivers more control over gear changes, similar to conventional manual driving, providing a more dynamic and engaging experience. Despite the increased responsiveness, it retains the smoothness typical of a hybrid system.

3. Sport Mode

For drivers who crave stronger performance, Sport Mode is the ideal choice. It offers quicker and more aggressive acceleration, perfect for overtaking or driving on highways.

The system prioritizes simultaneous power delivery from both the gasoline engine and the electric motor to achieve maximum performance. However, with greater responsiveness comes higher fuel consumption. It’s best to use this mode moderately to maintain long-term engine and battery health.

Also Read: Fuel-Saving Tips for The Chery Tiggo Cross CSH

Tips for Choosing the Right Driving Mode for Different Conditions

For new Tiggo Cross CSH drivers, knowing when to use each mode helps maximize comfort and efficiency. Here are some practical tips:

• Use Eco Mode for daily city driving or heavy traffic to save fuel and maintain optimal energy use.
• Select Sport Mode when climbing hills, driving on highways, or needing extra power for overtaking.
• Activate Manual Mode if you want full control, especially when driving on winding or uphill roads.
• Always switch modes while driving at a stable speed to keep the hybrid system transition smooth and prevent engine or transmission strain.

Intelligent Driving Technology in the Tiggo Cross CSH

Beyond its three driving modes, the Chery Tiggo Cross CSH is equipped with an Intelligent Driving Management (IDM) system that enhances driving safety and efficiency. This system is part of the Advanced Driver Assistance System (ADAS) suite, which includes advanced safety features such as:

• Adaptive Cruise Control (ACC): Maintains a safe distance from the vehicle ahead.
• Lane Departure Warning (LDW): Alerts the driver when the car unintentionally drifts out of its lane.
• Automatic Emergency Braking (AEB): Automatically applies the brakes during potential collision scenarios.

With a total of 17 ADAS features, this intelligent system works seamlessly with the hybrid driving modes to deliver optimal performance without compromising fuel efficiency. The result is a safer, smarter, and more energy-efficient driving experience.

The driving modes in the Tiggo Cross CSH are designed not only for comfort but also to support sustainable driving by balancing power and efficiency. Combined with advanced driving technologies, they allow drivers to adapt the SUV’s performance to different needs from daily city commutes to long-distance travel or challenging terrains.

If you’re curious to experience how the Tiggo Cross CSH’s hybrid system works, visit an official Chery dealership or join a test drive session. Discover how this hybrid SUV offers the perfect balance of performance, efficiency, and comfort in every journey.

Chery presents the Tiggo Cross and Tiggo Cross CSH for consumers seeking a family-friendly SUV. Although they may appear similar in design at first glance, the two models have a key difference in their powertrain systems. The Tiggo Cross uses a conventional gasoline engine, while the Tiggo Cross CSH features advanced hybrid technology.

Despite belonging to the same model line, their characters are quite distinct. The Tiggo Cross CSH emphasizes energy efficiency and environmental friendliness thanks to its hybrid system. Meanwhile, the Tiggo Cross with a conventional gasoline engine offers a more straightforward yet powerful driving experience with responsive performance.

In addition to their engine systems, these two SUVs also differ in several other aspects, including exterior design, interior layout, and advanced features. Let’s take a closer look at the main differences between the Tiggo Cross and Tiggo Cross CSH to help you decide which SUV best fits your needs.

Design and Exterior Appearance

In terms of looks, the Tiggo Cross and Tiggo Cross CSH share similar dimensions and body shapes since they are built on the same platform. However, upon closer inspection, several design details distinguish their exteriors. The Tiggo Cross CSH highlights a more futuristic and premium hybrid identity.

At the front, the Tiggo Cross features a standard grille with elegant chrome accents, while the Tiggo Cross CSH comes with a specially designed grille that looks more futuristic to reflect its hybrid technology. The difference becomes more apparent with the new blue-accented Chery logo on the Tiggo Cross CSH, replacing the conventional Chery logo used on the Tiggo Cross.

The Tiggo Cross CSH also adopts sharper DRL lights and more modern-looking fog lamps, while the Tiggo Cross retains its standard design. On the wheels, the CSH version stands out with uniquely designed alloy rims that add a premium touch. To enhance its luxurious impression, the CSH version offers exclusive dual-tone (two-color) exterior options, whereas the Tiggo Cross is available in standard color choices.

Overall, the Tiggo Cross CSH presents a more modern and elegant appearance, embodying the image of a next-generation hybrid vehicle. Meanwhile, the Tiggo Cross maintains its identity as a practical and stylish compact urban SUV for daily use.

Interior and Cabin Comfort

The differences between the Tiggo Cross and Tiggo Cross CSH in terms of interior design are relatively minor. Both models offer a modern and functional cabin atmosphere. All variants come equipped with a 10.25-inch digital dashboard that combines the instrument cluster and touchscreen head unit, as well as a flat-bottom leather steering wheel with multifunction controls.

Cabin comfort is also well-balanced, as both the Tiggo Cross and Tiggo Cross CSH are equipped with versatile leather seats for both the driver and passengers. Features such as automatic climate control with a cabin filter, ambient lighting, power outlets, and a wireless charger are standard on both models, ensuring maximum passenger comfort.

However, the differences become more noticeable when comparing the Tiggo Cross variants, Comfort, Premium, and CSH. The Comfort variant does not feature ADAS and is equipped with 6 airbags, while the Premium and CSH variants come with 7 airbags and 15 ADAS features. In addition, a sunroof is available only on the Premium and CSH variants, enhancing the overall sense of luxury.

Performance and Engine Technology

The key difference between the Chery Tiggo Cross and Tiggo Cross CSH lies in their powertrain systems and engine characteristics. The conventional Tiggo Cross relies purely on a gasoline engine, while the CSH version is a parallel hybrid SUV that combines a gasoline engine with an electric motor, delivering both higher efficiency and stronger performance.

The Tiggo Cross Premium is powered by a 1.5L naturally aspirated (NA) engine that produces 116 PS and 138 Nm of torque. Meanwhile, the Tiggo Cross CSH pairs a 1.5L NA gasoline engine with an electric motor, generating a combined output of around 204 PS and 310 Nm of torque. This combination gives the CSH model noticeably quicker acceleration and throttle response compared to the pure gasoline version.

In terms of transmission, the conventional Tiggo Cross uses a CVT (for the NA version) and a 7-speed DCT (for the Turbo version). The Tiggo Cross CSH, on the other hand, is equipped with a Dedicated Hybrid Transmission (DHT) that offers three main driving modes: EV, Hybrid, and Sport. This system seamlessly switches between the engine and electric motor based on power demands.

Additionally, the Tiggo Cross CSH features regenerative braking, a function not found in the standard Tiggo Cross. This system converts deceleration energy into electricity to recharge the 1.8 kWh LFP battery, enhancing overall efficiency while also extending the lifespan of the braking components.

Fuel Consumption and Energy Efficiency

The difference in fuel consumption and energy efficiency between the Tiggo Cross and Tiggo Cross CSH is quite significant, as the CSH version utilizes advanced hybrid technology. The Tiggo Cross CSH delivers outstanding fuel economy, achieving up to 20 km/liter on combined routes and 30.3 km/liter on highway routes.

This impressive efficiency is made possible by its 1.5-liter ACTECO G4G15B engine, paired with a powerful electric motor and a Lithium Iron Phosphate (LFP) battery. With a 51-liter fuel tank and a fully charged battery, the Tiggo Cross CSH can travel over 1,000 km on a single full tank of fuel.

In contrast, the standard Tiggo Cross uses a conventional gasoline engine with lower efficiency compared to the CSH. Its average fuel consumption falls within the typical range for a 1.5-liter gasoline engine, generally below 15 km/liter, depending on driving conditions.

Another major advantage of the CSH lies in its urban driving performance. At low speeds (0–60 km/h), the vehicle operates in pure EV mode, which helps reduce fuel use significantly. Overall, the Tiggo Cross CSH offers superior fuel and energy efficiency thanks to its intelligent hybrid system.

Safety Features and Modern Technology

The difference in safety features and modern technology between the Chery Tiggo Cross and the Tiggo Cross CSH is quite significant. The Tiggo Cross is equipped with standard SUV-class safety features such as ABS + EBD, hill-start assist, 6 airbags, and more. Its ADAS (Advanced Driver Assistance System) package is still limited to around 15 features, including parking sensors and a rear-view camera.

Meanwhile, the Tiggo Cross CSH stands out as the more advanced and premium variant, featuring “Cross Level Safety” that integrates a full suite of 17 ADAS features. It also comes equipped with 7 airbags, a 360-degree 3D camera system, and a remote vehicle monitoring system accessible via smartphone.

In addition, the CSH version includes Vehicle-to-Load (V2L) technology, a feature typically found in electric vehicles, which allows the car to act as a power source for external devices. Therefore, when it comes to safety and modern technology, the Tiggo Cross CSH clearly offers a more sophisticated and superior package.

Price and Value for Money

The Chery Tiggo Cross is priced starting at Rp 259,500,000 for the Comfort variant and Rp 289,500,000 for the Premium variant. These prices are quite attractive for an SUV equipped with a wide range of modern features, comprehensive safety systems, and a comfortable, technology-rich driving experience.

Meanwhile, the Tiggo Cross CSH, which comes with more advanced technology and a complete suite of safety features, is priced starting at Rp 319,800,000. The higher price is well justified by its hybrid technology, enhanced safety features (17 ADAS), and a more premium interior and comfort level.

Read also: 5 Advantages of The Tiggo Cross CSH That Other Cars in Its Class Don’t Have

That concludes the comparison between the Tiggo Cross and Tiggo Cross CSH from various aspects. If you prioritize fuel efficiency, the Tiggo Cross CSH is the ideal choice. However, if you prefer a rugged SUV with a conventional engine system and a more affordable price, the Tiggo Cross remains an appealing option.

Both the Chery Tiggo Cross and Tiggo Cross CSH offer a modern driving experience, stylish design, and comprehensive features. If you want to experience the difference firsthand, visit the nearest Chery dealer. You can also explore the full specifications at chery.co.id.

In a car’s steering system, the rack steering plays a crucial role as the main link between the steering wheel and the front wheels. The rack steering system converts the rotation of the steering wheel into precise wheel movement. With an optimally functioning rack steering, the driver can easily control the vehicle’s direction and maintain stability while driving.

However, over time, the rack steering may experience performance degradation or even damage. The causes can vary, from lubricant leaks and worn internal components to aggressive driving habits or frequently driving on rough roads.

Damage to the rack steering is not something to take lightly, as it can affect driving safety. Therefore, it is important for every car owner to maintain this component regularly. Let’s take a closer look at how the rack steering system works, the signs of potential damage, and how to properly maintain it for long-lasting performance.

How Car Rack Steering Works

A car’s rack steering system consists of several key components, the rack (a long toothed bar), pinion gear (a small gear connected to the steering shaft), tie rods (which link to the wheels), and bushings (which absorb vibration and reduce friction). The combination of these components ensures precise and stable steering movement under various driving conditions.

The rack steering mechanism works when the driver turns the steering wheel. This motion is transferred to the pinion gear, which moves the rack horizontally to the left or right. The rack’s movement then pushes or pulls the tie rods, causing the front wheels to turn in the same direction as the steering wheel.

There are two main types of rack steering systems: manual steering and power steering. In manual systems, all the effort to turn the wheels comes directly from the driver’s hands, making it heavier to steer. Meanwhile, power steering uses either a hydraulic or electric (EPS) system to reduce steering effort.

The difference between hydraulic power steering and Electric Power Steering (EPS) lies in their source of assistance. Hydraulic systems use high-pressure fluid to help move the rack, while EPS relies on an electric motor and torque sensors to provide steering assistance as needed.

Signs of Rack Steering Damage and Their Causes

When the rack steering components start to malfunction, the symptoms are often noticeable through the steering feel. Recognizing the signs of a damaged rack steering system early is crucial to prevent further issues and maintain driving safety. Below are some common signs and causes of rack steering damage:

1. Steering Feels Heavy or Not Precise

If the steering feels heavy when turning or the response becomes sluggish, it could indicate rack wear or a problem with the power steering system. In Electric Power Steering (EPS) systems, this may be caused by a weak electric motor or a faulty torque sensor. Meanwhile, in hydraulic power steering, the issue could stem from low oil pressure due to a weak pump or fluid leakage.

2. Knocking Sound When Turning

A “clunking” or knocking noise when turning the steering wheel usually signals wear in the rack gear, tie rod ends, or steering rack bushings. This sound is often heard when driving over uneven roads or turning the wheel fully. If ignored, it can lead to excessive play in the steering system and reduce steering accuracy.

3. Power Steering Fluid Leak

In hydraulic rack steering systems, one of the most obvious signs of damage is power steering fluid leakage. You may notice oil dripping under the vehicle or around the rack housing. This usually happens when the rack seals are worn out or the protective boot is torn, allowing fluid to leak and lowering the system’s pressure.

4. Steering Wheel Vibrations or Slow Return

If the steering wheel vibrates or doesn’t return smoothly to its center after turning, it’s a sign of potential issues within the rack steering system. Vibrations may result from worn bushings, loose ball joints, or wheel misalignment due to rack mechanism damage. Meanwhile, a slow return could indicate uneven gear ratios or damaged damping components inside the rack.

5. Uneven Tire Wear

Uneven tire wear on one side often indicates a rack steering or tie rod issue. When the steering mechanism is unbalanced, the toe and camber angles may shift unnoticed. This leads to uneven tread wear, reduced stability, and increased fuel consumption.

6. Worn Pinion Gear and Bellows

Wear on the pinion gear and rack bellows (harmonica boot) is a common but often overlooked sign of rack steering damage. A worn pinion gear can make steering feel loose and imprecise, while a torn bellows allows dust and moisture to enter the rack mechanism. If not replaced promptly, these issues can damage the entire steering system and may require a full overhaul.

How to Maintain Rack Steering for Long-Lasting Performance

To keep the steering system precise and comfortable to use, regular rack steering maintenance is essential, including wheel alignment and balancing, choosing the right car oil, and maintaining safe driving habits. Here are several ways to keep your rack steering durable and functioning optimally over the long term:

1. Avoid Turning the Steering Wheel to the Limit

The habit of turning the steering wheel all the way to the left or right can cause excessive pressure on the rack and pinion gears. If done repeatedly, this pressure can accelerate wear and damage the seals. When turning, stop slightly before reaching the full lock position to keep hydraulic pressure or EPS motor load stable.

2. Perform Regular Wheel Alignment and Balancing

Routine alignment and balancing help maintain the ideal wheel angle and reduce strain on the rack steering. Misalignment or incorrect toe angles can cause the rack gear to work unevenly. It’s best to perform alignment and balancing every 10,000 km or whenever the car starts pulling to one side.

3. Use Power Steering Fluid According to Manufacturer Specifications

For vehicles with hydraulic rack steering systems, always use power steering fluid that matches the manufacturer’s specifications. Using fluid with the wrong viscosity can create excess pressure, reduce efficiency, and even damage seals and pumps. Also, check the fluid level regularly to prevent low fluid levels or leaks.

4. Avoid Hitting Potholes or Speed Bumps Too Hard

Hard impacts from hitting potholes or speed bumps at high speed can place sudden stress on the tie rods, bushings, and rack gears. Over time, this may cause the rack steering to become loose or bent. To avoid such damage, drive carefully and slow down on uneven roads.

5. Service the Steering System Regularly at Authorized Workshops

Have your rack steering serviced at an authorized workshop, where professional technicians and proper diagnostic tools can detect early issues. Routine maintenance includes checking the rack bellows (boots), bushings, gear lubrication, and any potential leaks. With regular servicing, your steering performance will remain smooth, stable, and safe to use.

Car Rack Steering Repair Costs

The cost of repairing a car’s rack steering varies depending on the type of vehicle, the level of damage, and the steering system used. Generally, light service such as replacing seals or bushings ranges from Rp500,000 to Rp1.5 million. For a full repair or complete rack steering replacement, the cost can reach Rp3 million to Rp8 million for standard cars, and even higher for premium or electric car.

Read also: How to Maintain SUV Suspension for Daily Comfort

Rack Steering plays a vital role in a car’s steering system as it determines direction, stability, and driving comfort. If this component malfunctions, vehicle control can be compromised and endanger safety. Therefore, regular maintenance of the rack steering is essential to ensure it continues to function optimally.

Have your car’s steering system checked regularly at an authorized Chery workshop or a trusted service center to maintain performance and driving safety. If you’re looking for a modern vehicle, whether with a gasoline engine, hybrid, or EV, explore the available models and specifications at chery.co.id.