Q
How does the Proton X90 compare to its competitors?
Proton's X90, the brand's 7-seater SUV, goes head-to-head with the likes of the Toyota Fortuner and Mitsubishi Outlander in Malaysia. What sets it apart? Under the hood, you'll find a 1.5L TGDi mild hybrid setup that strikes a nice balance—147 horsepower on tap without guzzling fuel. Then there's the ADAS driver assistance suite as standard, giving it a more comprehensive safety edge over some rivals. Inside, the two-tone interior paired with that 12.3-inch infotainment screen brings a techier vibe than your typical old-school Japanese competitors.
Now, it's not perfect. The third row isn't quite as roomy as body-on-frame SUVs like the Fortuner, and let's be real, Proton doesn't carry the same brand cachet as Toyota. But when you factor in the starting price of around 120k Malaysian Ringgit, the value proposition is pretty strong. It's a solid pick for family buyers who prioritize kit and the convenience of local after-sales support.
Something worth noting: Malaysia's twisty roads and hot, humid weather really test an SUV's mettle—especially the suspension and air-con. The X90 gets suspension tweaks for local conditions and even rear-seat independent climate control. Little touches like that show Proton's actually thinking about what Malaysian drivers need.
Q
What's the height of BMW 6 Series GT?
The height of BMW 6 Series GT is 1,550 mm, which offers several advantages. In terms of exterior design, this height is paired with its 5,103 mm length, 1,904 mm width, and 3,070 mm wheelbase, creating well-proportioned lines. The fastback styling paired with this height shows an elegant but sporty character, presenting smooth and natural contours when viewed from the side.
For interior space, the 1,550 mm height provides ample headroom for all occupants, ensuring both front and rear passengers enjoy comfortable seating—even during long journeys without feeling cramped. Moreover, this height, combined with its suspension tuning, maintains driving stability while also ensuring good ground clearance, allowing the vehicle to handle common road conditions with ease.
Q
What is the Energy Consumption of BMW IX?
As a pure - electric SUV, the energy consumption of the BMW iX is measured by electricity consumption rather than the fuel consumption of traditional gasoline vehicles. According to official data, the combined electricity consumption of the BMW iX xDrive40 under the WLTP test standard is approximately 20.3 - 22.5 kWh/100km, while that of the high - performance iX xDrive50 is around 21.5 - 23.5 kWh/100km. The specific figures may fluctuate depending on driving habits, road conditions, and climate.
For users in Malaysia, due to the tropical climate which may increase the frequency of air - conditioning use, the actual electricity consumption may be slightly higher than the standard value. However, the heat - pump air - conditioning system installed in the BMW iX can effectively optimize energy utilization and reduce the impact of high - temperature conditions on the vehicle's range.
Moreover, electric vehicles are more efficient than gasoline vehicles in urban stop - and - go traffic because the kinetic energy recovery system can convert the energy generated during deceleration into electricity for storage. If converted into equivalent fuel economy, based on the electricity prices in Malaysia, the per - kilometer driving cost of the BMW iX is significantly lower than that of gasoline vehicles in the same class.
It's worth noting that electric vehicles have lower maintenance costs and are not affected by changes in Malaysia's fuel subsidy policy, showing obvious long - term economic advantages. It is recommended that users choose a charging plan according to their daily commuting distance, such as using the ChargeNow charging network in cooperation with BMW or a home slow - charging pile.
Q
Where is the Toyota Tundra made?
The Toyota Tundra is mainly produced at the factory in San Antonio, Texas, USA. This full - size pickup truck is specifically designed for the North American market. Therefore, the production base is located in the United States to better meet the needs of local consumers. At the same time, it can also reduce transportation costs and improve supply efficiency. For Malaysian consumers, although the Tundra is not sold locally through official channels, some parallel importers may introduce this model. So, knowing its production location information is very helpful for users who are interested in buying parallel - imported vehicles. It's worth mentioning that the Tundra is known for its powerful V8 engine and excellent towing capacity, making it very suitable for situations where heavy - duty work vehicles are needed. However, considering Malaysia's right - hand drive regulations and high import taxes, this vehicle is not common locally. If you're interested in large pickup trucks, you can also pay attention to models like the Toyota Hilux, which are more suitable for the Southeast Asian market. They have more comprehensive after - sales services and parts support locally.
Q
What is the fuel consumption of the 2023 Triton?
The fuel economy of the 2023 Mitsubishi Triton varies depending on the trim and drivetrain. Official figures show the 2.4L turbo diesel (4N16 engine) returns around 7.6L/100km in two-wheel drive manual guise, while four-wheel drive auto models sit closer to 8.5L/100km. Of course, real-world numbers will fluctuate based on driving style, road conditions, and payload.
For Malaysian buyers, the Triton's diesel powerplant plays well with local fuel quality. Its strong low-end torque makes it a solid companion for mixed urban-rural driving—especially folks who regularly haul cargo or tow will appreciate the balance of fuel efficiency and rugged durability. It's worth noting that while diesel typically offers better pump prices than petrol, maintenance costs can run slightly higher. Sticking to regular fuel system and turbo component servicing is key to keeping things running optimally.
If you're looking to squeeze extra km from each tank, avoid aggressive acceleration, minimize idling time, and don't skip air filter replacements—simple habits that go a long way.
Q
What is the fuel consumption of Innova 2018?
The 2018 Toyota Innova's fuel economy in the Malaysian market varies depending on the powertrain. Models equipped with the 2.0-liter gasoline engine return a combined fuel consumption of approximately 8.5 to 9.2 liters per 100 kilometers, while the more efficient 2.4-liter diesel variant achieves around 6.8 to 7.5 liters per 100 kilometers. Keep in mind, real-world figures can fluctuate based on driving habits, road conditions, and vehicle load.
As a 7-seater MPV targeting both family and commercial buyers, the Innova's fuel efficiency aligns reasonably with its size and power requirements. The diesel version, in particular, shines for long-distance drives or frequent passenger hauling. Malaysian owners should take the official fuel consumption data as a reference point, but remember that regular maintenance—like timely air filter replacements and keeping tires properly inflated—can help optimize efficiency. Additionally, avoiding aggressive acceleration and excessive speeding goes a long way in keeping fuel usage in check. For those prioritizing even better fuel economy, considering the later hybrid variants or exploring other competitors' fuel-saving technologies in the same class might be worthwhile.
Q
Is the new BMW 5 Series selling well?
The all-new BMW 5 Series is performing pretty impressively in the local market. With its iconic luxury design, advanced tech features, and efficient powertrains, it's been drawing in plenty of buyers who want both driving fun and business practicality. The new model comes with the latest iDrive 8.0 system and offers multiple powertrain options, including plug-in hybrid, catering to different user needs—especially those buyers with higher environmental performance requirements. What's more, the 5 Series' traditionally strong handling and comfort have been further refined, keeping it highly competitive in its class. It's also worth mentioning that BMW has a solid after-sales service network locally, which further boosts consumer confidence. If you're in the market for a midsize to large luxury sedan that balances luxury and practicality, the 5 Series is definitely one to consider. Rivals like the Mercedes-Benz E-Class and Audi A6 also bring their own unique strengths to the table, so it's advisable to test drive and compare based on personal preferences and needs.
Q
How much is an oil change for a 2020 Mercedes GLC 300?
The cost of an oil change for a 2020 Mercedes-Benz GLC 300 typically ranges between RM800 to RM1,500, depending on the type of oil used (like the manufacturer-recommended synthetic or higher-performance variants) and where you get it serviced (authorized dealers or third-party workshops).
Factory maintenance usually includes an oil filter replacement and a basic inspection, while independent shops might offer more competitive pricing—just make sure they use parts that meet Mercedes-Benz specs. Regular oil changes are crucial for keeping your engine running smoothly and extending its lifespan. Aim for every 10,000 km or 12 months, but always check your owner’s manual for the exact interval.
If you opt for high-performance oil, it’ll cost more upfront but provides better lubrication and wear protection, especially if you frequently drive long distances or in hot climates. While you’re at it, it’s a good idea to have other fluids like brake and coolant checked to keep everything in top shape.
Q
How expensive is it to replace power steering fluid?
The cost of replacing power steering fluid typically ranges from 100 to 500 Malaysian Ringgit, with the exact price depending on the fluid brand, vehicle model, and labor costs of the repair shop or 4S dealership. High-end brand steering fluids offer better anti-wear and anti-oxidation properties and may be more expensive, while regular brands are more economical. Small cars require less fluid, resulting in relatively lower costs, whereas large cars need more fluid, leading to a corresponding increase in expense. 4S dealerships may charge higher fees due to their more professional equipment and technology, while regular repair shops usually offer more competitive prices. Additionally, power steering fluid needs to be replaced regularly to maintain the steering system's performance; prolonged failure to replace it may cause damage to the power steering pump or wear to the steering gear. Car owners are advised to refer to the replacement cycle specified in the vehicle maintenance manual and select fluid that matches the original vehicle model to avoid damaging the steering system. If the steering wheel suddenly becomes heavy, first check the tire pressure or steering assist mode settings, and only consider replacing the fluid or inspecting mechanical components after ruling out simpler issues.
Q
Why are hybrids slower?
The main reason for the relatively weak power performance of hybrid vehicles at high speeds lies in the design trade-offs of their powertrain systems. To balance fuel economy and cost control, most hybrid models adopt a combination of small-displacement engines and low-peak-torque motors. Motors can output high torque at low speeds, resulting in excellent acceleration performance during urban driving conditions, but the motor torque decreases at high speeds, while the power reserve of small-displacement engines is limited, leading to insufficient power transition. In addition, after the hybrid vehicle's battery is depleted, the vehicle weight (usually 200-300 kilograms heavier than fuel-powered vehicles) will further increase the engine load, creating a "small horse pulling a large cart" effect. However, high-end hybrid models can alleviate this problem through high-power motors and efficient energy management systems (such as Toyota THS's power-split technology). For example, the Lexus NX 450h+ can accelerate from 0 to 100 km/h in 6.3 seconds, but the price of such models often exceeds 250,000 Malaysian Ringgit. It is worth noting that after 2025, some new hybrid models have optimized the coordination strategy between motors and engines under high-speed operating conditions. For instance, BYD's DM-p system improves high-speed re-acceleration capability through a dual-motor layout.