Q

What is the fuel consumption of Iriz 2018?

The fuel consumption of the 2018 Proton Iriz varies depending on engine and transmission configurations. The 1.3L manual version has a combined fuel economy of approximately 5.5L/100km (about 18.2km/L), while the 1.3L CVT automatic version averages around 5.9L/100km (about 17km/L). As for the 1.6L engine variants, the manual transmission model consumes about 6.1L/100km (approximately 16.4km/L), with the CVT automatic version at roughly 6.5L/100km (about 15.4km/L). Actual driving fuel efficiency is influenced by multiple factors, including traffic conditions (such as higher consumption in congested Kuala Lumpur urban areas), driving habits (aggressive acceleration or high-speed driving increases fuel usage), and vehicle maintenance condition (cleanliness of air filters and spark plugs, proper tire pressure). To optimize fuel economy, we recommend maintaining smooth throttle control, utilizing Eco mode (if equipped), and performing regular maintenance. Proper driving techniques can help your Iriz achieve closer-to-official fuel consumption figures while also extending its engine lifespan.
Special Disclaimer: This content is published by users and does not represent the views or position of PCauto.

Related Q&A

Q
What is the fuel consumption of 2021 Proton Iriz?
The fuel efficiency of the 2021 Proton Iriz varies by engine configuration. Models equipped with the 1.3-liter VVT engine deliver an average combined fuel consumption of around 5.6 liters per 100 kilometers, while the 1.6-liter VVT version comes in at approximately 5.8 liters per 100 kilometers. Actual fuel usage may fluctuate slightly depending on driving habits, road conditions, and vehicle maintenance status. This car features Proton's Efficient Dynamics technology, including lightweight body design and low-rolling-resistance tires, which help improve fuel economy. For Malaysian consumers, the Iriz's fuel efficiency ranks above average among its class of hatchbacks, making it suitable for city commuting. To further reduce fuel consumption, it's advisable to maintain a steady speed, avoid sudden acceleration and hard braking, and regularly replace the air filter and spark plugs. It's worth noting that fuel efficiency test data is typically based on ideal laboratory conditions, and real-world driving may vary due to factors like weather and traffic conditions. Therefore, owners can track their actual fuel consumption under personal driving conditions by recording fuel refills and mileage driven.
Q
What is the fuel consumption per 100km of Proton Iriz?
The official combined fuel consumption figures for different versions of the Proton Iriz show some variation. The 1.3-liter version has an official combined fuel consumption of 6.6 to 6.9 L/100km, while the 1.6-liter version ranges from 7.4 to 8.36 L/100km. However, the actual fuel consumption of a vehicle may fluctuate due to factors such as driving habits, road conditions, and vehicle load. For instance, aggressive acceleration, hard braking, and frequent stop-and-go driving can lead to increased fuel consumption. Additionally, driving for extended periods in congested conditions, where the engine is idling or operating at low speeds, can also cause fuel efficiency to drop. Excessive vehicle load, such as carrying numerous items or a full passenger capacity, similarly results in greater fuel usage. Understanding these influencing factors can help drivers maintain good driving habits and manage vehicle load effectively, thereby reducing actual fuel consumption.
Q
What are the fuel consumptions of Iriz and Persona?
The fuel consumptions of Proton Iriz and Persona primarily depend on engine configuration and driving conditions, though official test data provides general reference ranges. The Iriz is equipped with 1.3L and 1.6L VVT naturally aspirated engines. The 1.3L manual variant achieves approximately 14 km/L (city) to 18 km/L (highway) under standard test conditions, with the automatic version being 1-2 km/L lower. The 1.6L version consumes about 10% more fuel. The Persona is equipped with a 1.6L engine, delivering combined fuel economy of about 15-16 km/L for manual transmission and 14-15 km/L for CVT variants. Its heavier body results in slightly lower fuel efficiency compared to the Iriz. In real-world driving, fuel consumption may worsen by 20% in heavy traffic conditions, while steady-speed cruising on highways like the North-South Expressway may approach official figures. Owners are advised to maintain proper tire pressure (190-210 kPa), avoid aggressive acceleration, and utilize cruise control to optimize fuel economy. These models deliver average fuel efficiency for their class in Malaysia, with regular maintenance (including throttle body cleaning and spark plug replacement) being crucial for sustaining optimal performance.
Q
What's the color of Proton Iriz?
The Proton Iriz offers a variety of color options in Malaysia, including standard colors such as Snow White, Silver, Graphite Grey, Ruby Red, and Marine Blue. Some variants even have the combination of two colors, like Solid Black paired with Pearl White. All paints utilize high-quality coatings designed for Malaysia's hot and humid climate, ensuring long-term color retention without fading. When selecting a color, buyers may consider not only personal preference but also factors like resale value and maintenance costs. Lighter colors such as white and silver are popular choices in Malaysia as they absorb less heat during summer months and show minor scratches less noticeably. Meanwhile, darker colors like black or red offer a more dynamic appearance but are more sensitive to sun exposure and dust.
Q
Is Iriz equipped with a turbocharged engine?
The Proton Iriz is not available with a turbocharged engine option, as the entire lineup is equipped with naturally aspirated engines with either 1.3L or 1.6L displacement. While the Iriz lacks turbocharging technology, its engines perform well in fuel efficiency and daily urban driving. The linear power output of these naturally aspirated engines is particularly suitable for Malaysia's frequent stop-and-go traffic conditions. For consumers seeking more powerful performance, Proton offers other models like the X50 or X70, both equipped with 1.5L turbocharged engines that provide stronger acceleration. Proton has not announced any plans to introduce a turbocharged version of the Iriz, but any future developments would typically be released through official channels. For budget-conscious owners prioritizing practicality, the naturally aspirated Iriz is an attractive choice, offering advantages in maintenance costs and fuel efficiency.
Q
What are the different variants of Iriz?
The Proton Iriz is available in multiple variants. In engine displacement, there are 1.3L and 1.6L options. The 2023 Proton Iriz 1.3 Standard CVT is priced at RM 42,800 with an official combined fuel consumption of 6.9L/100km and a maximum engine output of 95PS. The 2023 lineup also includes two 1.6L versions: the 1.6 Executive CVT and 1.6 Active CVT, priced at RM 50,300 and RM 57,300 respectively. Both are equipped with a 109PS engine with official combined fuel economy of 7.4L/100km. These variants differ in configurations. For example, the 1.3 Standard CVT provides 4 airbags, while both 1.6L versions offer 6 airbags. Additional features are also different - the 1.6 Active CVT includes voice-controlled air conditioning, while some models are equipped with front parking sensors and reverse cameras. Buyers can choose according to their budget and requirements.
Q
What is the safety rating of Proton Iriz?
The Proton Iriz achieved an impressive 5-star safety rating in the 2014 ASEAN New Car Assessment Program (ASEAN NCAP) testing - a remarkable accomplishment for a B-segment hatchback. This rating shows the Iriz's high standards in body structure rigidity, crash protection, and active/passive safety features. The model is equipped with key safety technologies including dual airbags (upgraded to six airbags in higher trims), ABS anti-lock braking system, EBD electronic brake-force distribution, and ESC electronic stability control. Notably, the Iriz scored 14.93 out of 16 points in adult occupant protection and 42.45 out of 49 points in child occupant protection - outstanding results in its vehicle class that make it particularly suitable for safety-conscious consumers in Malaysia. While the 2023 model hasn't undergone renewed testing, subsequent Proton models like the X50 and X70 have maintained these high safety standards, proving the brand's persistent commitment to safety performance. For budget-minded consumers in Malaysia seeking premium safety features, the Iriz is a popular choice.
Q
What type of engine is the Proton Iriz equipped with?
The Proton Iriz mainly adopts naturally aspirated engines, available in 1.3L and 1.6L displacements. The 1.3L engine has a displacement of 1,332 mL, delivering maximum power of 95 PS (70 kW) at 5,750 rpm and peak torque of 120 N·m at 4,000 rpm, with an inline 4-cylinder configuration. The 1.6L engine features 1,597 mL displacement, producing 109 PS (80 kW) maximum power at 5,750 rpm and 150 N·m peak torque at 4,000 rpm, also in an inline 4-cylinder arrangement. These two engine options cater to different driver needs - the smaller displacement suits economical daily driving, while the larger engine provides enhanced performance for power-oriented drivers.
Q
What is the fuel consumption of the Iriz 1.3 manual transmission?
The Iriz 1.3 manual transmission model, officially named the 2019 Proton Iriz 1.3 VVT Standard MT, has an official combined fuel consumption of 6.7L/100km. This B-segment vehicle measures 3,945mm in length, 1,722mm in width, and 1,554mm in height, with a wheelbase of 2,555mm and a curb weight of 1,132kg. It is equipped with a naturally aspirated 4-cylinder engine delivering maximum power of 95PS (70kW). Its front suspension features MacPherson struts, complemented by ventilated disc brakes. It runs on 175/65 R14 tires all around. Safety features include ABS anti-lock braking and electronic stability control. The cabin offers mostly manual-adjustment seats and a single-zone manual air conditioning system. Understanding these specifications will help you better know this model's fuel efficiency and overall performance.
Q
What is the size of Iriz?
The Proton Iriz is classified as a B-segment hatchback, with slight variations in length and height across different variants while maintaining same size of width and wheelbase. It features a uniform width of 1,722mm and wheelbase of 2,555mm across all models. Regarding length, some variants like the 2023 Iriz 1.3 Standard CVT and 2021 Iriz 1.3 Standard CVT, their length is 3,945mm, while the length of 2023 Iriz 1.6 Active CVT is extended to 3,965mm. Height measurements are different: the height of 2023 Iriz 1.3 Standard CVT and 2021 Iriz 1.3 Standard CVT is 1,554mm, the height of 2023 Iriz 1.6 Executive CVT is 1,564mm, and the height of the 2023 Iriz 1.6 Active CVT is 1,574mm. These dimensions make Proton Iriz suitable for urban commuting while still providing comfortable cabin space for daily driving.
  • Popular Cars

  • Model Year

  • Car Compare

  • Car Photo

Pros

Unique and fashionable appearance, especially the front and rear parts
Outstanding safety configuration, equipped with six airbags, ABS and EBD, traction control, vehicle stability control, front and rear parking sensors
1.3 liter and 1.6 liter gasoline engines are powerful, especially the 1.6 liter engine is full of power

Cons

The interior design is plain, the overall design of the dashboard is ordinary, and without a touch screen information entertainment system, it would seem outdated
The compact size affects the comfort of the rear seats, the rear space is insufficient, it is difficult to accommodate three adults, and there is insufficient support under the thighs

Latest Q&A

Q
How to tell if a car needs an air filter?
To determine whether a car's air filter needs replacement, a multi-dimensional comprehensive assessment can be conducted. First, perform a visual inspection: after removing the filter, if the filter paper appears uniformly gray-black, shows oil stains or stubborn dirt deposits, or exhibits physical damage such as tears or deformation, immediate replacement is required. Second, monitor the vehicle's performance: symptoms like abnormal fuel consumption increase, starting difficulties, sluggish acceleration, blackened exhaust emissions, or illumination of the engine warning light may indicate restricted airflow due to filter clogging. Furthermore, operating conditions significantly affect filter longevity. For vehicles regularly driven in harsh environments like sandy or construction zones, early inspection and replacement are advised even before reaching the standard 15,000-30,000 kilometer service interval. Practically, you may lightly tap the filter to assess dust accumulation or use reverse-flow compressed air cleaning to evaluate residual contamination. Replacement is mandatory if the filter media structure is compromised or the sealing gasket shows aging. Regular filter inspections every 5,000 kilometers are recommended to maintain optimal engine air intake efficiency and combustion stability.
Q
When to know to change air filter in car?
The replacement cycle of a car's air filter needs to be comprehensively considered based on driving mileage, usage environment, and manufacturer's recommendations. It is usually recommended to replace it every 10,000 to 15,000 kilometers driven or once a year. If the vehicle is often driven in harsh environments such as dusty areas, hazy conditions, or rural roads, the replacement interval should be shortened to every 5,000 to 8,000 kilometers or every 3 to 6 months. For highway driving, the interval can be extended to 20,000 to 30,000 kilometers. Dry filters (adopted by mainstream models) can be cleaned of light dirt with compressed air, but they need to be replaced immediately if severely dirty or damaged. A clogged filter will lead to insufficient air intake and reduced combustion efficiency, manifesting as decreased power, increased fuel consumption, and unstable idling. The maintenance manuals of different brand models may vary; for example, some turbocharged models have higher requirements for air cleanliness and need more frequent replacement. It is recommended to check the filter status during each maintenance, especially after rainy seasons or sand and dust weather, to ensure the engine's optimal performance and extend its service life.
Q
How often do you need to change your car air filter?
The replacement cycle of a car's air filter should be flexibly adjusted according to the driving environment and usage conditions. The general recommendation is to replace it every 10,000 to 15,000 kilometers or 12 months, whichever comes first. If the vehicle is frequently driven in dusty, gravelly, or heavily polluted areas such as construction sites or industrial zones, it is recommended to shorten the replacement interval to every 5,000 to 8,000 kilometers or 3 to 6 months; in extreme cases, the filter should be inspected every 3,000 kilometers and replaced promptly if necessary. In humid coastal areas, extra attention should be paid to filter moisture or mold growth, and an inspection every 3 to 4 months is advised. Routinely, you can determine the replacement timing by observing whether the filter has darkened, accumulated excessive dust, or shows reduced light permeability. If the engine exhibits symptoms like power loss, abnormally increased fuel consumption, or unstable idling, the filter condition should be prioritized for inspection. For turbocharged models, it is recommended to increase the inspection frequency and prioritize the use of original equipment manufacturer (OEM) filters to ensure optimal filtration performance. If the filter becomes damp after driving through water, it must be replaced immediately to prevent the paper structure from swelling and obstructing the air intake. Regular maintenance of the air filter not only protects the engine from dust-induced wear but also optimizes fuel efficiency and power output. Car owners are advised to incorporate filter inspection into routine maintenance and develop a customized replacement schedule based on the manufacturer's manual and actual driving conditions.
Q
Is an air filter necessary?
The air filter is an indispensable key component in the automobile engine system. Its main function is to filter out solid impurities such as dust, sand particles, and pollen from the air entering the engine, preventing these particles from entering the cylinder and causing abnormal wear of the piston group and cylinder wall, thereby avoiding serious mechanical failures such as "cylinder scuffing". Through multiple filtration mechanisms including interception and electrostatic adsorption, it ensures the engine receives clean air, maintaining the optimal air-fuel ratio, improving combustion efficiency, reducing fuel consumption and exhaust emissions, while also minimizing intake noise and enhancing driving comfort. Depending on the vehicle's operating environment, it is recommended to replace the filter element every 15,000 kilometers. For vehicles frequently driven in dusty or sandy areas, the replacement interval should be reduced to within 10,000 kilometers. A clogged filter left unchanged for an extended period will result in increased intake resistance, diminished engine power, higher fuel consumption, and may even cause operational instability issues like engine vibration. Currently, the replacement cost for air filters in standard vehicle models ranges between 50 to 100 Malaysian Ringgit. Regular maintenance not only prolongs engine lifespan but also optimizes overall vehicle performance.
Q
How often should you change your air filter?
The replacement cycle of a car's air filter should be determined based on both the vehicle's operating environment and the manufacturer's recommendations. Generally, it is recommended to replace the filter every 10,000 to 15,000 kilometers or annually. For vehicles frequently driven on highways in clean environments, the interval may be extended to 20,000 to 30,000 kilometers. Conversely, in harsh conditions such as dusty, polluted, or rural areas, the replacement interval should be reduced to 5,000 to 10,000 kilometers or every 2 to 3 months. Dry-type filters (commonly used in mainstream vehicles) can be cleaned with compressed air when lightly soiled, but must be replaced if heavily contaminated to prevent issues like restricted airflow, incomplete combustion, power loss, and increased fuel consumption. Since maintenance requirements vary by brand and model, always consult the specific instructions in the vehicle owner's manual. Regular inspection and timely replacement of the air filter will help maintain engine performance and prolong its lifespan.
View More