Q
How much is Perodua Axia?
The Perodua Axia stands tall as one of Malaysia's top picks for an affordable A-segment hatchback. Prices can shift a bit depending on the model year and trim level you're eyeing, but for the 2023 lineup, you're looking at an official price tag ranging from RM38,600 up to RM49,500. That spread really comes down to which variant you go for – think the 1.0L Standard G, the mid-range 1.0L SE, or the top-dog 1.0L AV. Each trim brings its own set of goodies to the table; the AV, for instance, steps things up with fancier safety tech like ASA 3.0 (Advanced Safety Assist) and snazzy LED headlights.
What really makes the Axia a crowd favorite is its wallet-friendly nature – it sips fuel like a champ and keeps maintenance costs low, making it absolutely perfect for zipping around the city. Being a locally built ride doesn't hurt either; it tends to hold its value pretty well come resale time. If you're shopping on a tight budget but still want something that checks all the daily driving boxes, the Axia is a total no-brainer in terms of value. It's not just about getting from A to B – it also throws in modern essentials like a multifunction steering wheel and a reverse camera.
On top of that, Perodua's got a solid network of service centers dotted around, and parts are easy to come by, which means peace of mind for owners in the long run. It's no wonder the Axia keeps raking in the love in the Malaysian market.
Special Disclaimer: This content is published by users and does not represent the views or position of PCauto.
Related Q&A
Q
What is Axia tyre size?
The tire sizes for the Perodua Axia vary depending on the specific trim level and model year. The most common spec you'll come across is 165/55 R14 – that's the standard fitment for most Axia variants, perfect for zipping around the city and saving on fuel costs.
If you step up to some of the higher - end trims, you might find 175/65 R14 tires instead. These tires offer a bit more grip and stability, especially when cornering or at higher speeds.
But picking tires isn't just about the numbers. You've got to pay attention to the tread pattern and rubber compound too. For daily commuters who mostly stick to city streets, a good all - season economy tire should be a good choice. On the other hand, if you're regularly hitting the highway for longer hauls, a touring or slightly higher - performance tire might be a better bet for that extra peace of mind.
Malaysia's weather is quite changeable, with sudden downpours. It's smart to choose tires with good water dispersion, such as those with deep grooves and a tread design that helps quickly channel water away, reducing the risk of hydroplaning on slick roads during the monsoon season.
Also, don't forget the basics: keeping an eye on your tire pressure and checking tread wear regularly. It's not just about making your tires last longer – it's a crucial safety thing too. Under - inflated or worn - out tires can cause problems, especially in the wet conditions mentioned above.
Thinking of upsizing your tires for a better look or performance? Just make sure whatever new size you choose is compatible with the Axia's stock setup. You don't want to throw off your speedometer accuracy or put extra strain on the suspension components. When in doubt, follow the manufacturer's recommendations – they know what works best for the car.
Q
What is the top speed of Axia?
The Perodua Axia, a top pick among Malaysia's entry-level economy cars, maxes out at around 155 to 165 km/h. Your actual top speed might vary a bit depending on the model year and specs. Take the 2023 1.0L DVVT engine version, for example – it's smoother and more fuel-efficient, but when it comes to flat-out speed, it's pretty much on par with the earlier models.
Under the hood, you've got a 1.0L three-cylinder engine, and let's be real, this little guy's designed first and foremost for zipping around the city. That said, it still holds its own on the highway with steady power delivery. Just keep in mind, it's a lightweight car, so you'll definitely notice more wind noise when you're pushing those higher speeds. For safety and to keep that fuel gauge happy, sticking to a reasonable pace is the way to go.
For Malaysian buyers, the Axia's main draws are its wallet-friendly price tag, low maintenance costs, and impressive fuel economy – we're talking about an official 21km/L. It's perfect for daily runabouts. Now, if you're craving a bit more zip, you might want to check out rivals like the Proton Saga. Its 1.3L engine gives slightly stronger acceleration. But here's the thing: the Axia still has the edge when it comes to resale value and the backing of a solid brand service network.
Q
What kind of car is Axia?
The Perodua Axia stands as one of Malaysia's most beloved entry-level economy cars. Launched back in 2014 by homegrown brand Perodua, it's all about delivering stellar fuel efficiency and a wallet-friendly price tag, making it a top pick for zipping around the city or handling daily family duties. Under the hood, you'll find a 1.0-liter three-cylinder engine, paired with your choice of manual or automatic transmission. It's a fuel sipper too – official figures peg it at around 21km/L. The 2023 refresh upped the ante with the Advanced Safety Assist (ASA) 3.0 system, throwing in handy features like automatic emergency braking and lane departure warning to boost safety credentials.
What makes the Axia a hit with Malaysians? Start with that approachable starting price, hovering around RM38,600, plus low maintenance costs. Its compact dimensions – a tidy 3.7 meters in length – are perfectly suited to tight city streets and those all-too-common cramped parking spots. It's worth noting that the Axia shares its platform with the Toyota Agya and Daihatsu Ayla, so it inherits that solid Japanese reliability we all know. Perodua sweetens the deal further with a five-year warranty, giving owners extra peace of mind.
For Malaysian shoppers on a budget who still want the thrill of a new car – think fresh graduates or small families – the Axia is a seriously practical choice. Factor in the super low annual road tax (just RM20!) and its potential for some fun modifications, and it's easy to see why the Axia keeps rolling off dealer lots.
Q
What size engine is the Axia?
The Perodua Axia is powered by a 1.0-liter three-cylinder naturally aspirated engine, codenamed 1KR-VE. This mill features a DOHC (Double Overhead Camshaft) setup, churning out a maximum of 67PS at 6,000rpm and 91Nm of torque at 4,400rpm. It's also equipped with Dual VVT-i (Variable Valve Timing with intelligence) technology, which plays a big part in its impressive fuel efficiency – Perodua claims it can hit 22km per liter. That makes it a really solid choice for zipping around Malaysian cities.
As Perodua's entry-level offering, the Axia's engine might not be the biggest in displacement, but don't let that fool you. Thanks to the car's lightweight design and some smart powertrain tuning, it's more than up to the task of daily driving. This is especially true in Malaysia's often congested traffic, where a smaller engine actually shines – it sips less fuel and puts out fewer emissions, which is a win-win.
Another thing worth noting is that this 1KR-VE engine isn't unique to the Axia; it also powers other Perodua models like the Myvi 1.0 variant. That means it's a tried-and-tested unit with a reputation for reliability. On top of that, maintenance and repair costs are generally quite reasonable. All in all, it makes the Axia a very compelling option for Malaysian buyers who are keeping a close eye on their budget.
Q
Is Axia 3 cylinder?
Right, the Perodua Axia comes with a 1.0-liter three-cylinder engine, and this little powerplant is all about fuel efficiency and a compact design – perfect for city driving. Especially here in Malaysia, it delivers decent performance while keeping fuel consumption low, which is a big plus in our traffic. Compared to a traditional four-cylinder, losing one cylinder makes the three-pot simpler, lighter, and that helps trim overall vehicle weight and boost fuel economy. Now, sure, three-cylinders can sometimes have a bit more vibration, but modern tech like balance shafts has really ironed that out these days. For Malaysian buyers watching their budget and wanting something economical for daily commuting, the Axia's three-cylinder is a solid, practical pick. It checks all the boxes for local emissions standards and keeps running costs down, even in stop-and-go jams. If you're worried about how smooth it is, though, I'd definitely suggest a test drive first. After all, how a car feels is pretty personal.
Q
What is the new Axia 2019?
Launched back in 2019, the Perodua Axia remains one of Malaysia's go-to choices for an affordable entry-level A-segment car. It's all about being easy on the wallet and packing solid value, making it a top pick for zipping around the city or running family errands.
Visually, it got some nips and tucks to keep things fresh – think a more modern front grille and LED daytime running lights that give it a younger, sharper look. Step inside, and the 2019 Axia upped its game with an upgraded sound system and comfier seat materials. Higher-spec trims even throw in a multifunction steering wheel and touchscreen infotainment, making those drives a bit more enjoyable.
Under the hood, you're looking at a 1.0L three-cylinder engine paired with either a 4-speed auto or 5-speed manual. The real star here? Fuel efficiency. It's a champ at sipping petrol, which is exactly what Malaysian buyers want when it comes to keeping running costs low.
Safety-wise, all Axias come standard with dual airbags, ABS, and EBD. Some models take it up a notch with Vehicle Stability Control (VSC) and Traction Control (TRC), adding that extra peace of mind on the road.
As Perodua's hometown hero, the 2019 Axia stays true to the series' roots of practicality and dependability, while those little upgrades here and there cater to folks wanting a bit more quality. If you're a Malaysian shopper on a budget but still want something that's fuel-efficient, easy to drive, and cheap to maintain, the 2019 Axia is definitely one to check out.
Q
What Segment is Perodua Axia?
The Perodua Axia belongs to the A-Segment vehicles in the Malaysian market, which is the most entry-level microcar category. It mainly targets consumers with limited budgets who prioritize fuel economy. Its body size is compact (about 3,640mm in total length and a wheelbase of 2,450mm). It is equipped with a 1.0L three-cylinder engine and paired with a D-CVT gearbox, highlighting the flexibility for urban commuting and the advantage of low cost. The official fuel consumption data shows that it can travel about 22 kilometers per liter of gasoline, meeting the needs of Malaysian consumers for economical and practical small cars.
In terms of extended knowledge, Malaysia's automobile classification standards usually refer to the European system. Besides the Axia, A-Segment models also include the Proton Saga and other vehicles. These cars are characterized by their affordable prices (the starting price of the Axia is around RM22,000 to RM49,000) and are suitable for narrow road environments. However, their safety configurations have been significantly improved in recent years. For example, all models of the 2023 new Axia come standard with ABS + EBD and dual airbags, and the top - end version is even equipped with the ASA 3.0 advanced safety assistance system, indicating that entry - level car models are gradually upgrading their technological equipment. Consumers can choose different configuration versions according to their budgets. At the same time, it is recommended to test - drive and compare the Proton Iriz in the same class or second - hand B - Segment models before purchasing a car to comprehensively evaluate the balance between space and functionality.
Q
What is the Reslae Value of Perodua Axia?
As one of the best-selling entry-level models in Malaysia, the Perodua Axia shows relatively stable resale value in the used car market. This is mainly due to advantages such as the high vehicle ownership of the brand, low maintenance costs, and good fuel economy. Depending on factors like vehicle age, mileage, vehicle condition, and configuration, Axias that are one to three years old usually retain 60% to 75% of their original price, while those that are five years old are around 40% to 50%. The specific price also needs to refer to market supply and demand and maintenance records. In addition, the durability of the Axia and its extensive service network also support its resale value.
For consumers considering buying a used Axia, it is recommended to give priority to models with complete original factory maintenance records to ensure the vehicle condition. At the same time, pay attention to the configuration differences of minor facelifts in different years. For example, models after 2022 have upgraded safety features, and such updates may have a positive impact on the resale price. In the Malaysian used car market, economical small cars like the Axia usually have a fast turnover rate and are a practical choice for car buyers with limited budgets.
Q
How Many CC is Perodua Axia?
The Perodua Axia is one of the most popular entry - level compact cars in Malaysia. The engine displacement varies across different versions. Currently, the latest model of the Axia is equipped with a 1.0 - liter three - cylinder naturally aspirated engine, with a specific displacement of 998cc. This is a common engine configuration for compact economy cars. This engine emphasizes fuel efficiency and is highly suitable for city commuting and daily use.
For Malaysian consumers, the low displacement of the Axia not only means lower fuel consumption and road tax but also meets the domestic demand for economical and practical vehicles. It's worth noting that engine displacement (CC) doesn't directly determine a vehicle's power performance. Other factors such as horsepower, torque, and gearbox tuning also need to be comprehensively considered. Although the Axia has a relatively small displacement, its lightweight body design and optimized transmission system ensure sufficient power for daily driving.
Moreover, the Malaysian market is quite sensitive to the displacement of compact cars. Therefore, engines around 1.0 liters are very common locally. They can balance performance and cost and are also suitable for the local road conditions and fuel price environment.
Q
What is the Engine in Perodua Axia?
The Perodua Axia is a highly popular economy car in the Malaysian market. It is equipped with a 1.0-liter three-cylinder naturally aspirated engine, model number 1KR-DE. This engine was jointly developed by Perodua and Toyota of Japan. It adopts the double overhead camshaft (DOHC) and variable valve timing (VVT-i) technologies. The maximum power is 67 horsepower and the maximum torque is 91 Nm. It is paired with a 4-speed automatic transmission or a 5-speed manual transmission. The overall performance is smooth and it boasts excellent fuel economy, making it very suitable for urban commuting.
The design of this engine focuses on low fuel consumption and low emissions, meeting the environmental protection requirements of the Malaysian market. At the same time, it also reduces the daily usage cost for car owners. For readers who want to learn more about automotive knowledge, although three-cylinder engines may be slightly inferior to four-cylinder engines in terms of smoothness, their lightweight and high - efficiency features make them very popular in small - displacement models. The addition of VVT - i technology further optimizes power output and fuel efficiency, which are common technological trends in modern small - displacement engines.
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Q
Do you put gas in a fuel cell car?
Hydrogen fuel cell vehicles do not require traditional gasoline; instead, they use hydrogen as fuel. Their working principle is to directly convert the chemical energy of hydrogen and oxygen into electrical energy through fuel cells, which drives the electric motor to propel the vehicle. Only water and a small amount of heat are produced during the reaction, achieving zero carbon emissions. Specifically, hydrogen is delivered from the high-pressure hydrogen storage tank to the anode of the fuel cell, where it decomposes into protons and electrons under the action of a catalyst. Protons pass through the exchange membrane to reach the cathode, while electrons form an electric current through the external circuit to drive the motor, and finally combine with oxygen at the cathode to produce water. The advantages of such vehicles include fast hydrogen refueling in 3 to 5 minutes, a driving range of over 600 kilometers, and an energy conversion efficiency of over 60%, which is much higher than that of traditional internal combustion engines. Currently, mass-produced models such as the Toyota Mirai are already available in the local market, but the hydrogen refueling station infrastructure still needs to be improved. It should be noted that hydrogen needs to be replenished in high-pressure or liquid form through dedicated hydrogen refueling stations, and its storage technology involves special equipment such as carbon fiber storage tanks, which is fundamentally different from the refueling method of gasoline vehicles. With the development of the hydrogen energy industry chain, the application of such clean energy vehicles in the commercial vehicle sector is gradually expanding.
Q
Do hydrogen cars require oil change?
Hydrogen-powered vehicles do not require oil changes, and their maintenance differs significantly from that of traditional fuel vehicles. Vehicles using hydrogen fuel cell technology have a structure similar to pure electric vehicles, replacing internal combustion engines with electric motors, thus eliminating the need for replacing traditional consumables such as engine oil and spark plugs. The maintenance focus is on the fuel cell system, including regular checks of the sealing integrity of hydrogen storage devices, the performance status of fuel cell stacks, and the safety of high-voltage electrical components. Daily monitoring of pipeline connections, coolant levels, and high-voltage wiring harness conditions is required, with special attention given to the replacement cycle of hydrogen filters (approximately 60,000 kilometers). The unit price of this component ranges from about RM200 to RM2000, but replacement frequency is low. Taking local market models such as SAIC MAXUS MIFA Hydrogen as an example, the total maintenance cost for 60,000 kilometers is approximately RM1500, which is significantly lower than that of fuel vehicles with the same mileage. It is worth noting that hydrogen-powered vehicles must be stored in a ventilated environment, and if parked for extended periods, the fuel cell system should be activated for 30 minutes every two weeks to maintain system activity. Although these special requirements increase operational complexity, the overall maintenance costs remain competitively advantageous.
Q
What is the difference between fuel cell and diesel?
Fuel cells and diesel engines differ significantly in terms of power principle, energy efficiency, and environmental friendliness. Fuel cells generate electricity directly through the chemical reaction between hydrogen and oxygen to drive motors, with an energy conversion efficiency of over 30%, much higher than the 22%-24% of diesel engines. Moreover, they only emit water during operation, achieving zero pollution. Diesel engines, on the other hand, rely on burning diesel to obtain mechanical energy and require complex transmission systems to drive vehicles. Although they offer the advantages of convenient refueling and long driving range, they produce exhaust emissions. Technically, fuel cells employ static energy conversion, resulting in lower noise and vibration, and their short-term overload capacity reaches 200%. However, they face challenges such as high manufacturing costs and insufficient hydrogen refueling infrastructure. Diesel engines benefit from mature technology and an extensive maintenance network, but their efficiency is limited by the Carnot cycle. Currently, fuel cell vehicles like the Toyota Mirai can achieve a 600-kilometer range with just 3 minutes of hydrogen refueling, while diesel vehicles remain dominant in long-distance transportation. The two technologies complement each other in terms of energy structure, application scenarios, and technical maturity.
Q
Is a hydrogen fuel cell AC or DC?
Hydrogen fuel cells directly generate direct current (DC) during chemical reactions. Their working principle involves hydrogen ions at the anode combining with oxygen ions at the cathode to form water, while electrons flow through an external circuit to create an electric current. This electrochemical reaction inherently results in DC output. Fuel cell systems are typically equipped with power conversion devices (such as inverters) to convert DC into alternating current (AC) for vehicle motors or other AC loads, but the core power generation process always produces DC output. Currently, the theoretical voltage of a single mainstream proton exchange membrane fuel cell (PEMFC) is 1.23V, with an actual operating voltage ranging from 0.5-1V. Voltage is increased through stacking multiple cells in series, and high-temperature fuel cells such as phosphate and molten carbonate types also operate on the DC generation principle. Notably, some hybrid power systems achieve AC-DC hybrid output through power distribution units, but this technology still relies on secondary conversion based on DC.
Q
What is the difference between fuel cell and EV?
The core difference between fuel cell vehicles and pure electric vehicles lies in their energy conversion methods and driving principles. Fuel cell vehicles generate electricity in real-time through hydrogen-oxygen chemical reactions, with the electricity powering the motor. Their only emission is water vapor. Their advantages include that hydrogen refueling takes only 3 minutes to replenish energy, and their driving range generally exceeds 400 kilometers, approaching the level of traditional fuel vehicles. However, they are constrained by issues such as high hydrogen production costs and insufficient hydrogen refueling infrastructure. Pure electric vehicles, on the other hand, rely on pre-charged lithium battery packs for energy supply. Their charging time is relatively long (fast charging takes about 30 minutes to reach 80% capacity), and their driving range typically falls between 200 and 500 kilometers. Their advantages include extensive power grid coverage and lower operating costs, but they face challenges in recycling spent batteries. From a technical perspective, fuel cell vehicles demonstrate significant potential in long-range capability and rapid energy replenishment, while pure electric vehicles are more likely to achieve short-term adoption due to advancements in battery technology and cost reductions. Both are zero-emission technologies, but fuel cell vehicles depend more heavily on the maturity of the hydrogen energy supply chain and require a balance between hydrogen storage safety and economic feasibility.
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