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how to connect bluetooth perodua bezza

In the Malaysian market, the most highly - acclaimed model in Honda's Civic Type R lineup is the FL5 generation introduced in 2023. Under its hood lies a 2.0 - liter VTEC turbocharged engine generating 315 horsepower, mated to a 6 - speed manual transmission. It doesn't just carry forward the track - focused DNA of the previous FK8 generation; it also features refined chassis tuning and aerodynamic tweaks, striking a much better balance between corner - carving prowess and day - to - day driving comfort. Step inside the FL5, and you're greeted with more Alcantara and metal trim, along with a 12.3 - inch all - digital instrument cluster and Honda Connect smart system, enhancing its technological appeal significantly. It's a perfect fit for young Malaysian enthusiasts craving both performance and cutting - edge features. If bang - for - your - buck is your priority, the 2017 FK8 generation remains a classic choice. It has a strong track record, having set numerous front - wheel - drive records back in the day, and you can find them on the used market at relatively affordable prices. A quick heads - up though: all Type R models demand RON 97 fuel, and maintenance costs do run higher than your average Civic. But Honda Malaysia's 5 - year unlimited mileage warranty helps alleviate ownership worries. For those who are enthusiastic about vehicle modification, the Type R has massive potential. However, it's wise to hold onto those original parts to keep your warranty intact, and always make sure any mods play by JPJ's rules.
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Related Q&A

Q
What is the fuel consumption of Perodua Bezza 2018?
The fuel efficiency of the 2018 Perodua Bezza varies depending on the engine configuration. The official fuel consumption figure for the 1.0-liter 1KR-VE three-cylinder engine is 22.8 km per liter (approximately 4.39 liters/100 km), while the 1.3-liter 1NR-VE four-cylinder version delivers 21.3 km per liter (around 4.69 liters/100 km). These figures are based on Malaysian road standard test conditions, and actual fuel consumption may vary slightly depending on driving habits, road conditions, and vehicle maintenance status. As an entry-level sedan focused on affordability and practicality, the Bezza's fuel-saving performance benefits from its lightweight body design and efficient engine tuning, making it particularly suitable for city commuting. To further optimize fuel efficiency, it's advisable to keep up with regular maintenance, use the appropriate viscosity oil, and avoid aggressive driving behaviors like rapid acceleration or sudden braking. In the same vehicle class, fuel efficiency is typically influenced by factors such as engine technology, body weight, and transmission matching, so it's worth comparing the technical features of different brands when making a purchase decision.
Q
What engine is in the 2018 Bezza?
The 2018 Perodua Bezza comes with two naturally aspirated engine options: a 1.0-liter and a 1.3-liter. The 1.0-liter 1KR-VE three-cylinder engine puts out 51 kW of maximum power and 91 Nm of peak torque, while the 1.3-liter 1NR-VE four-cylinder unit delivers 73 kW of max power and 121 Nm of peak torque. Both engines are paired with either a four-speed automatic transmission or a five-speed manual gearbox to suit different driving preferences. These engines are known for their fuel efficiency and reliability, making them especially good for city commuting. The 1.3-liter version stands out with better performance, ideal for drivers who want a bit more pep. The upside of naturally aspirated engines here is their simple construction and low maintenance costs, perfect for budget-conscious buyers who value practicality. Plus, both engines met the emission standards back then, showing Perodua's solid tech in the small car segment. If you're looking at a used Bezza, the 2018 model's engine is steady and routine upkeep is easy, making it a really good value pick.
Q
Is Bezza safe?
The Perodua Bezza, one of Malaysia's best-selling entry-level sedans, delivers safety features that are pretty much par for the course in its price bracket. The base models come with dual airbags, ABS with EBD, while the higher trims step things up with active safety kit like VSC (Vehicle Stability Control) and TRC (Traction Control). It scored a 4-star rating in ASEAN NCAP crash tests, which means the body structure offers decent protection in a collision. Now, it's worth keeping in mind that the Bezza is a lighter car with a front-wheel-drive layout. That can make it feel a bit less planted than more premium models at higher speeds or on slippery roads, so keeping a sensible speed and leaving a good safety gap is always a smart move. For budget-conscious buyers, the Bezza's safety package covers the basics for city driving just fine. But if you want a bit more peace of mind, adding extras like rear parking sensors or a dashcam wouldn't hurt. And with Malaysia's rainy weather, don't sleep on tire maintenance—regularly checking tread depth and pressure goes a long way in keeping you safe. After all, even the best safety systems rely on good tire grip to work properly.
Q
Is Perodua a Toyota brand?
Perodua isn't actually a Toyota brand, but there's definitely a tight-knit partnership between the two. Perodua's Malaysia's homegrown automaker, founded back in 1993, while Toyota needs no introduction as the famous Japanese automotive giant. When it comes to tech, parts supply, and manufacturing, Perodua has deep-rooted collaborations with Toyota and its subsidiary Daihatsu. Take their models, for example—several Perodua vehicles ride on Daihatsu platforms and use their powertrains. On the flip side, Toyota has also rolled out models in Malaysia that share production lines with Perodua, like the Toyota Rush and Perodua Aruz, which are platform twins. This kind of collaboration is pretty standard in the auto industry; it helps local brands cut costs and boost their technical know-how, while letting international players better adapt to the local market. For Malaysian consumers, Perodua cars are usually known for being budget-friendly and cheap to maintain, whereas Toyota stands out for its reliability and global after-sales network. Both have their strengths, so buyers can pick the one that best fits their needs.
Q
Does Bezza save fuel?
Yeah, the Perodua Bezza has definitely made a name for itself as a fuel-sipper, perfect for zipping around Malaysia's daily commutes. Under the hood, you'll find those efficient 1.0L and 1.3L Dual VVT-i engines, and paired with its lightweight build, the official figures say it can sip as little as around 4.0 liters per 100 kilometers. In real-world driving, if you keep a steady throttle and stick to sensible speeds, you can even nudge that fuel efficiency a bit further. Plus, the Bezza comes with this ECO driving mode indicator to help you get into more economical habits behind the wheel. For folks who prioritize fuel economy, it's a solid pick. In the Malaysian market, rivals like the Proton Saga also put up a good fight when it comes to miles per liter, but the Bezza's compact size and tried-and-tested powertrain really shine when you're navigating city streets. My advice? Before you sign on the dotted line, check out the Malaysian Energy Efficient Vehicle (EEV) certifications and think about how you actually drive. Oh, and don't sleep on regular maintenance and keeping those tires properly inflated – they can make a big difference to how much fuel you end up burning, too.
Q
Is Bezza good for long distances?
The Perodua Bezza, one of Malaysia's top picks for budget-friendly sedans, is worth a look if you're thinking about long drives. Now, both the 1.0L and 1.3L engines are all about saving fuel, but the 1.3L Dual VVT-i paired with that 4AT gearbox? It does a better job keeping power steady when you're cruising on the highway. And with an official fuel consumption figure of 22.5km/L, those long trips won't hit your wallet as hard at the pump. Safety-wise, it's got a solid ASEAN NCAP 5-star rating, so your passengers are covered. The boot's a real standout too – 508 litres is plenty to swallow all the family luggage for a road trip. That said, the cabin insulation is on the thinner side, so you will notice more wind noise once you pick up speed. A quick tip: keep an eye on your tyre pressure and cooling system regularly to make sure it stays reliable for those longer hauls. For families on a tight budget who need to clock up the kilometers between states, the Bezza makes a lot of sense. It delivers where it counts: fuel efficiency, space, and the basic safety kit. If a quieter ride is high on your list, though, you might want to think about adding some aftermarket sound deadening strips or maybe stepping up to a higher-spec model.
Q
Is Bezza using a Toyota engine?
The Perodua Bezza doesn't actually use Toyota engines. Instead, it's powered by Perodua's own in-house developed 1.0L and 1.3L DVVT engines. These belong to Perodua's EEV (Energy Efficient Vehicle) lineup and feature Dual Variable Valve Timing technology, which is all about boosting fuel efficiency while still delivering decent power. The 1.0L puts out 67PS, and the 1.3L ups that to 94PS. You can pair either engine with a 4-speed automatic or a 5-speed manual gearbox. Now, even though Perodua and Toyota do have a partnership and share some tech platforms on certain models, the Bezza's engines are strictly Perodua-designed and built – no direct Toyota engine swaps here. For Malaysian buyers, the Bezza's main draws are its affordability and practicality. It really shines as a city runabout or a family car. Plus, Perodua's got a solid after-sales network across the country, so getting it serviced or repaired is pretty hassle-free. If you're into engine tech, it's worth diving deeper into how DVVT works. Basically, it optimizes when the valves open and close, which in turn ramps up engine efficiency. It's a common fuel-saving tech you'll find in lots of car brands these days.
Q
Is Perodua Bezza worth buying?
The Perodua Bezza, one of Malaysia's best-selling entry-level sedans, is definitely worth a look – especially if you're on a tight budget but still want something practical. Under the hood, you've got two efficient engine options: 1.0L and 1.3L, both packing Dual VVT-i tech. Fuel economy is a real strong suit here; official figures claim the 1.0L model sips fuel as low as 21.1km/L, making it perfect for city driving. Inside, it's surprisingly roomy for its class, and that 508-liter trunk? More than enough for your average family's daily grind. Safety-wise, all Bezzas come standard with ABS+EBD, dual airbags, and ISOFIX child seat anchors. Step up to the higher trims, and you'll even get Vehicle Stability Control (VSC) and Traction Control (TRC) – nice to have. The interior is mostly hard plastics, sure, but that's par for the course at this price point, and the build quality feels solid enough. The infotainment system covers the basics too, with Bluetooth and USB connectivity. A big plus for Perodua is their widespread after-sales network, which means servicing and repairs won't break the bank – that makes it a solid long-term value proposition. When you factor in resale value, the Bezza also holds its own against rivals, which is a big bonus if you think you might upgrade down the line. Now, if you're craving more power or a fancier spec sheet, you might need to stretch your budget a bit. But when you balance price, fuel efficiency, space, and the brand's reputation for reliability, the Bezza remains a seriously competitive choice in the Malaysian market.
Q
How much is Bezza 2020 in Malaysia?
The 2020 Perodua Bezza's pricing in Malaysia varies depending on the trim and specs. The base 1.0L Standard G with a manual gearbox starts around RM34,000, while the range-topping 1.3L Premium X with auto transmission goes for about RM50,000. Of course, actual prices might fluctuate a bit based on dealer promotions or, for used models, their overall condition. This little econobox has made a name for itself with its impressive fuel efficiency and practical nature. Under the hood, you'll find either a 1.0L or 1.3L engine, and it comes packed with safety features like VSC (Vehicle Stability Control) – making it a solid pick for budget-conscious families or first-time car buyers. It's worth pointing out that the 2020 model is a facelift, so it gets some nice upgrades over the earlier versions. Think things like a newly designed front bumper and fresh wheel designs to keep it looking current. If you're shopping the used car market, keep in mind that mileage and service history will really affect the asking price. I'd definitely recommend checking out Perodua's official certified pre-owned channels or reputable platforms to get real-time market rates. And don't forget to cross-shop with competitors like the Proton Saga – it never hurts to compare before making your final decision!
Q
What Segment is Perodua Bezza?
The Perodua Bezza is a four - door sedan in the A - segment. It is mainly targeted at entry - level buyers in the mid - to low - price range in the Malaysian market, emphasizing affordability and low fuel consumption. Its body size (with an overall length of 4,150 mm) is smaller than that of B - segment sedans like the Toyota Vios and Honda City. However, it has an edge in price, starting from around RM34,000, which meets the local consumers' demand for a cost - effective commuter car. Despite its relatively small size, the Bezza still offers engine options of 1.0L (1KR - VE) and 1.3L (1NR - VE), making it suitable for city commuting. It is easier to handle and park on congested roads, such as those in the Kuala Lumpur city center. Its competitors in the same segment include the Proton Saga (an A - segment sedan), while the higher - end B - segment market is occupied by Perodua's own Aruz (an SUV) and Daihatsu/Toyota models. Although it may not stand out in terms of size and power, the Bezza remains one of the best - selling A - segment sedans in Malaysia, thanks to its low maintenance costs and the high resale value of the Perodua brand.
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Pros

The space is outstanding, comparable to a high-level sedan, the back row is spacious, with ample leg, knee and shoulder space, and the trunk space is the best in its class
Offers a choice of 1.0 and 1.3 liter petrol engines, excellent fuel efficiency, manual and automatic models exceed 21kmpl in fuel economy, leading in its class
The driving experience is convenient, with a small turning radius, coupled with soft steering and suspension settings, making it easy to handle daily traffic

Cons

The engine is small, the performance output is a bit low, lacking driving pleasure, quite dull
The overall appearance is bland, and although the interior is equipped with comfortable and convenient features, it's not modern enough and not as satisfying as cars in the same class

Latest Q&A

Q
What does gear size mean?
Gear size refers to the geometric characteristics of gears calculated through core parameters such as module, number of teeth, and pressure angle, which essentially reflect the physical specifications and meshing capability of gears. As a fundamental parameter, the module (m) is defined as the ratio of the pitch to the circumference π (m = p/π), directly determining the tooth height and tooth thickness. For example, the tooth height of a gear with a module of 0.5 is 1.125 mm (2.25 × 0.5), while that of a gear with a module of 1.0 doubles to 2.25 mm. Gear size calculation covers key data such as reference circle diameter (d = mz) and addendum circle diameter (da = d + 2m). For instance, the reference circle diameter of a gear with 16 teeth and a module of 0.4 is 6.4 mm. It should be noted that gears that mesh with each other must have the same module; otherwise, normal transmission cannot be achieved. The standardized design of gear sizes (such as the module series specified in JIS B 1701) ensures manufacturing compatibility, while the modified gear technology can adjust the center distance to meet non-standard requirements. These parameters collectively affect the torque transmission efficiency and mechanical strength of gears, and are core considerations in the design of transmission systems such as automotive gearboxes.
Q
What is the gear ratio of 1 to 7?
The gear ratios from 1st to 7th gear in an automobile transmission refer to the rotational speed ratio between the input shaft and the output shaft at each gear position. Their numerical design directly affects the vehicle's power output and fuel efficiency. Taking manual transmissions as an example, the 1st gear ratio is usually between 3.0:1 and 5.0:1, achieving high torque output through a large gear ratio, which is suitable for starting or climbing. As the gear position increases, the gear ratio gradually decreases. For instance, the 5th gear ratio is approximately 0.7:1 to 1.0:1, while the 6th or 7th gear (more common in high-performance or energy-efficient models) may further drop to around 0.6:1 to reduce the engine speed during high-speed cruising. The gear ratio distribution logic of automatic transmissions is similar, but the specific values vary due to differences in brand technologies. For example, the 1st gear ratio of some 7-speed dual-clutch transmissions is about 4.7:1, and the 7th gear ratio may be 0.6:1. It should be noted that the actual gear ratio is comprehensively influenced by the vehicle's positioning, engine characteristics, and final drive ratio. For example, the low gear ratios of commercial vehicles may be as high as 6:1 or more to meet heavy-load requirements, while the overdrive gear is designed to improve fuel economy through a gear ratio of less than 1. It is recommended to consult the technical manual of the specific vehicle model to obtain accurate data.
Q
What is the D4 on a car?
D4 is a gear identifier for automatic transmission vehicles, indicating that the transmission can automatically shift between gears 1 and 4, making it suitable for most daily driving scenarios. During normal driving, the system automatically selects the appropriate gear based on vehicle speed, engine RPM, and road conditions. For instance, it starts in first gear and progressively shifts up to fourth gear as speed increases to optimize power delivery and fuel efficiency. Common automatic transmission gear positions include P (Park), R (Reverse), N (Neutral), and D (Drive). Within the Drive mode, sub-modes like D3 restrict the transmission to third gear maximum, which is ideal for hill climbing or overtaking, while D4 is better suited for steady-state driving conditions such as highway cruising. In certain vehicle models, D4 may also refer to engine technology specifications—Toyota's D4-series engines, for example, employ direct fuel injection—though this interpretation depends on specific model context. While proper use of D4 enhances driving smoothness, switching to lower gears is recommended in challenging conditions (e.g., steep inclines or heavy traffic) to maintain better vehicle control.
Q
What does the 1/2/3 mean on my car's gear shift?
The numbers 1, 2, and 3 on a car's gear shift typically appear in manual transmission vehicles or the manual mode of automatic transmissions, each representing different gear ratios and power output ranges. Gear 1 is the starting gear, providing maximum torque, suitable for moving the vehicle from a standstill or climbing steep slopes. Gear 2 is used for low-speed driving or gentle inclines, serving as a transition between Gear 1 and Gear 3. Gear 3 is suitable for medium-speed driving, such as urban roads or situations with speeds between 40 to 60 kilometers per hour. These numbered gears adjust the relationship between engine speed and wheel speed to achieve more efficient power delivery and fuel economy. For automatic transmission vehicles with manual mode (e.g., M or S mode), drivers can manually select gears 1 through 3 to handle specific road conditions, such as using lower gears during long descents to employ engine braking and reduce brake system strain. Proper understanding and use of these numbered gears can improve driving safety while optimizing vehicle performance.
Q
How do you calculate gears?
There are three main methods for calculating the gear ratio. The first is based on the number of gear teeth, with the formula: gear ratio = number of teeth of the driven gear ÷ number of teeth of the driving gear. For example, if the driving gear has 20 teeth and the driven gear has 40 teeth, the gear ratio is 2:1, meaning that for every full rotation of the driving gear, the driven gear rotates half a turn. The second method uses the inverse relationship of rotational speeds, with the formula: i = rotational speed of the driving gear ÷ rotational speed of the driven gear = number of teeth of the driven gear ÷ number of teeth of the driving gear. If the driving gear rotates at 3000 rpm and the driven gear at 1500 rpm, the gear ratio is also 2:1. The third method combines torque and power parameters, with the formula: transmission ratio = operating torque ÷ (9550 ÷ motor power) × motor input speed ÷ service factor, which requires integrating motor performance and operating condition data. Gear ratio design directly affects vehicle performance. A large gear ratio (e.g., 1st gear) is suitable for climbing or heavy loads, as it increases torque but sacrifices speed. A small gear ratio (e.g., 5th gear) is beneficial for high-speed cruising and reducing fuel consumption. Modern transmissions optimize shift smoothness and fuel efficiency through multi-speed dense gear ratios (e.g., 8-speed transmissions). Additionally, electronic gear ratio technology can improve control precision by adjusting the pulse equivalent—for instance, optimizing the pulse equivalent from 2.44 μm/pulse to 1 μm/pulse can significantly enhance machining accuracy. A reasonable gear ratio configuration needs to balance power output, fuel economy, and driving comfort.
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