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Are you looking for a budget-friendly car that is compact, fuel-efficient, and easy to drive? Small cars are usually a popular choice in Indonesia, especially for city driving.
Many models are available at affordable prices, some even priced under Rp 50 million, while still offering excellent performance and practicality.
Through this article, we will share the 5 best budget-friendly small cars in Indonesia along with their market prices and key features.
The Kia Picanto is one of the most affordable small cars on the market. With its compact size and dynamic design, this car is also easy to drive and suitable for beginners.
The car is powered by a 1.250 cc 4-cylinder engine, which makes it reliable and perfect for daily commuting.
Known for its excellent fuel efficiency, the Kia Picanto is an ideal option for city driving. On the used market, the price for the Kia Picanto typically ranges between Rp 60 million to Rp 90 million.
The Mitsubishi Mirage GLX is one of the most favorite budget-friendly small cars among young drivers, thanks to its sporty design, fuel efficiency, and compact dimensions.
Although this model is no longer in production, second-hand units for this specific model are still available.
Mitsubishi Mirage GLX is widely appreciated as a fuel-efficient city car that delivers a smooth driving experience.
With its stylish hatchback design, it remains pretty popular even in the used car market, where prices usually start from around Rp 70 million.
The Daihatsu Ayla is one of Indonesia’s most popular LCGC or Low Cost Green Cars. Already equipped with a 1.000 cc engine, this car is capable of delivering excellent fuel efficiency of up to 20 kilometers per liter, making it a great option for those of you who are on a tight budget.
Daihatsu Ayla also offers a simple yet fashionable design, along with modern features such as an AUX port, USB connectivity, and MP3 support.
As for the price, a brand-new unit of the Daihatsu Ayla is typically offered at around Rp 135 million on the market.
The Honda Brio is one of the best-selling small cars in Indonesia. It is known for its affordable price, stylish design, fuel economy, and low maintenance cost.
The Honda Brio is powered by a 1,199 cc SOHC engine with a 4-cylinder and 16-valve configuration, capable of producing 89 horsepower and 100 Nm of torque.
With such specifications, it offers both reliability and efficiency. In terms of pricing, a new Honda Brio starts from Rp 165 million, while used models can be found at around Rp 110 million.
The Tata Nano is famous for being one of the cheapest cars in the world. Despite its small size, it can comfortably fit up to four passengers, making it suitable for families on a tight budget.
This compact car is also highly fuel-efficient, capable of reaching up to 23.6 kilometers per liter, with a top speed of 105 km/h.
On the used car market, the Tata Nano is available starting from Rp 20 million, as production for this car has already been discontinued.
If you’re searching for budget-friendly small cars in Indonesia, options like the Kia Picanto, Daihatsu Ayla, and Honda Brio could be excellent choices.
For those on a tighter budget, used cars such as the Mitsubishi Mirage GLX and Tata Nano can also be great alternatives.
With their practicality, affordability, and fuel efficiency, small cars are the perfect solution for urban mobility. Hope it helps!
*PT Lippo General Insurance Tbk is licensed and supervised by Financial Services Authority (OJK)
Detoxification is a term that many people are familiar with, often described as a process of cleansing toxins from the body to improve overall health.
But do you really know how detoxification works and how the process actually takes place inside the body? In this article, we’ll dive deeper into the topic and explore everything you need to know. Keep reading to find out more!
Jakarta, 29 Maret 2020 - MyProtection News
Ketika berpuasa, ada berbagai tantangan yang bisa kita hadapi. Salah satunya menahan rasa lapa dan haus. Tubuh pun rentan mengalami kekurangan cairan dan nutrisi tubuh karena waktu makan terbatas. Gangguan kesehatan yang lazim terjadi saat berpuasa adalah panas dalam.
Aswin Pramono, dokter ahli penyakit dalam dari RS Carolus Jakarta menyatakan bahwa panas dalam bisa berhubungan dengan kekurangan cairan tubuh. Apalagi jika asupan hidrasi tidak dipenuhi ketika buka puasa dan tubuh.
Ketika tubuh panas dalam akibat dehidrasi saat berpuasa maka efek yang bisa dirasakan adalah demam ringan, air liur kering, kelenturan kulit terganggu serta bibir pecah-pecah. Jika dibiarkan terus menerus, tubuh akan mudah terserang flu dan penyakit lainnya.
Oleh karena itu penting untuk minum air putih yang cukup, bahkan saat puasa. Triknya adalah minum segelas air putih saat berbuka & setelah salat magrib. Dilanjutkan 2 gelas air putih setelah berbuka atau makan besar. Lalu 1 gelas air putih setelah tarawih dan 1 gelas lagi sebelum tidur. Kemudian Anda bisa meminum segelas air putih saat sahur dan 2 gelas air putih seusai sahur. Pastikan Anda minum setidaknya 8 gelas atau 2 liter air putih sesuai kebutuhan dan kondisi tubuh.
Anda juga bisa mengonsumsi beberapa makanan saat panas dalam mulai menyerang. Contohnya seperti jeruk yang kaya vitamin C, buah pisang untuk memperlancar pencernaan, susu & yoghurt yang bernutrisi. Berbagai buah-buahan ini bisa Anda olah menjadi takjil atau jus agar tak membosankan.
Salam,
Sahabat MyProtection
The presence of a camshaft in a car allows the engine to control the timing of the intake and exhaust valves, which regulate the entry of air and fuel as well as the release of exhaust gases. This process significantly improves both performance and efficiency.
However, many people are still unfamiliar with the functions of this crucial engine component.
In this article, we will discuss some of the most important camshaft functions that you may not know about. Let’s dive in!
The camshaft in a car is one of the key components in the combustion process and helps maintain engine efficiency. So, what are the main functions of a camshaft in a car? Here’s the explanation!
The first function of the camshaft is to open and close the valves in accordance with the firing order.
On the camshaft, the part responsible for this process is called the cam lobe, which comes in two shapes, which is a round section that closes the valve and an elongated section that presses the valve open.
Another function of the camshaft is to rotate the distributor's shaft, depending on the type of engine used. This is usually located in the ignition system.
As the camshaft rotates, it sends signals to the distributor's shaft, causing it to rotate and perform its function accordingly.
In addition to controlling the valves, the camshaft also serves to drive the fuel pump in certain vehicles.
This function specifically applies to cars that still use mechanical fuel pumps. In older engine systems, the mechanical fuel pump relies on the camshaft’s motion to deliver fuel to the carburetor.
This mechanism ensures a steady fuel supply so that the engine can run properly.
However, with advancements in automotive technology, this system has largely been replaced. Most modern cars now use electric fuel pumps powered by electricity, eliminating the need for direct camshaft operation.
Electric fuel pumps are considered more efficient, practical, and better suited for modern fuel injection systems.
Therefore, the camshaft’s role as a driver for mechanical fuel pumps is mostly relevant to older vehicles, while modern systems rely on electric pumps.
The final function of the camshaft is to serve as a sensor point to detect its rotations.
This role allows the camshaft to accurately determine rotation angles, ensuring smooth operation without causing defects or damage to other engine components.
With this function, engine performance becomes more precise, as each movement is detected with accuracy.
However, not every car engine uses this feature. This function is typically found in engines with EFI or Electronic Fuel Injection technology.
In EFI engines, the camshaft is specially designed with a reference gear that integrates with a blade sensor.
This design enables the camshaft to work with the sensor to automatically determine its position and rotation angle.
The mechanism is simple yet highly effective. The engine’s gears help the camshaft detect each rotation angle precisely. As the camshaft turns, the sensor reads the gear movement and ensures accurate rotational data.
This information is then used by the EFI system to regulate fuel injection and ignition timing.
As a result, the camshaft sensor function not only ensures precise rotation but also enhances overall engine efficiency and performance.
*PT Lippo General Insurance Tbk is licensed and supervised by Financial Services Authority (OJK)
