What type of rear suspension does the Verna RV use?

1 Answers
LeParker
07/30/25 1:22am
The Verna RV employs a torsion beam non-independent rear suspension system. The torsion beam non-independent suspension is a type of rear suspension system in automobiles, which utilizes a torsion beam to balance the vertical movement of the left and right wheels, thereby reducing vehicle sway and maintaining stability. The Verna RV is a hatchback model launched by Hyundai, with dimensions of 4190mm in length, 1728mm in width, and 1460mm in height. It is equipped with either a 1.4L or 1.6L naturally aspirated engine. The 1.4L engine delivers a maximum power of 73.3kW and a maximum torque of 132.4Nm, while the 1.6L engine produces a maximum power of 90.2kW and a maximum torque of 150.7Nm. The engines are paired with either a 6-speed manual transmission or a 6-speed automatic transmission.
Was this review help?
18
2
Share
More Forum Discussions

How Many Stabilizer Bars Does a Car Have?

Family sedans are typically equipped with only two stabilizer bars: the front lower control arm stabilizer link and the toe adjustment stabilizer link. Below are detailed specifications about stabilizer bars: 1. The characteristic of a stabilizer bar is that it does not function when both left and right wheels pass over the same road bump or pothole. However, if the left and right wheels encounter different road bumps or potholes, meaning the horizontal heights of the two wheels differ, it causes torsion in the bar, generating anti-roll resistance (Roll-Resistance) to suppress body roll. 2. Types of stabilizer bars include the front lower control arm stabilizer link (standard factory component), toe adjustment stabilizer link (standard factory component), front shock tower strut bar (commonly known as "top strut bar" in Hong Kong and Macau; optional), front crossmember stabilizer link (commonly known as "front lower strut bar"; optional), rear shock tower strut bar (commonly known as "rear top strut bar"; optional), rear suspension reinforcement stabilizer link (commonly known as "rear lower strut bar"; optional), and chassis/body reinforcement stabilizer links (assembly).
13
3
Share

What is the safest container for storing gasoline?

Storing gasoline in an iron drum is relatively safer. Reasons for using an iron drum: Even if static electricity is generated, the metal drum conducts electricity, allowing charges to easily transfer without accumulating, thus preventing sparks. If a plastic container is chosen for storing gasoline, measures must be taken to prevent static electricity. It is essential to use non-polar plastic, which does not generate positive or negative charges. Containers made of high-molecular insulating materials must never be used for gasoline storage, as they can generate positive and negative charges, leading to spark explosions. Precautions for gasoline storage: It is best to use metal containers for storing gasoline, ensuring good sealing to prevent gasoline from volatilizing and leaking. The container should not be filled to the brim; leave some space to accommodate the volatilized gasoline and avoid excessive internal pressure. The storage drum should not be placed near open flames or high-temperature areas and should ideally be kept in a cool, spacious warehouse. It is not advisable to store gasoline for too long, nor is it recommended to store excessive amounts of gasoline.
6
4
Share

Can rims of the same size be replaced freely?

Rims of the same size cannot be replaced freely. Consequences of replacing tires arbitrarily: Although tires may appear simple in structure, changing their size can affect many vehicle parameters, as the entire car relies on the rims for contact with the road. Increasing rim size: The vehicle's mileage will decrease because mileage is calculated based on the number of rotations the rim makes, which can affect maintenance cycle judgments. Relevant regulations on vehicle modifications: Altering the registered appearance and technical data of a motor vehicle is not permitted for modification registration, unless otherwise specified by national mandatory standards.
5
4
Share

What are the vehicle safety hazards and preventive measures?

Vehicle safety hazards and preventive measures are introduced as follows: 1. Emotional risks and preventive measures: Risks: The driver's negative emotions determine the safety of every second during each trip, which may lead to irreparable serious consequences for driving and life property; Measures: Drivers should avoid driving when in a bad mood. They must maintain a positive attitude and demeanor to ensure the safety of each trip. 2. Pre-departure risks and preventive measures: Risks: If the driver has been drinking or fails to perform the three inspections and one check as required, or if other drivers are unclear about the vehicle condition when picking up the car, it may result in delayed departure or emergency repairs within a short time, leading to quality issues in the repaired vehicle. These factors can cause unsafe conditions or accidents during driving; Measures: Before departure, drivers should perform the three inspections and one check: first, check tire pressure; second, check lights and electrical systems; third, check the steering and braking systems; and one check to ensure the oil, water, gauges, and engine are functioning normally. Additionally, they should inspect whether the onboard fire extinguisher and escape hammer are in good condition. Before and after entering the garage, ensure the garage door is fully open to avoid inability to depart or damage to the vehicle or door due to improper door positioning.
4
5
Share

What is the fuel consumption of the Arrizo 5 Plus?

Arrizo 5 Plus 1.5L model has a fuel consumption of 7.6 liters per 100 kilometers, while the 1.5T model consumes 8.7 liters per 100 kilometers. The Arrizo 5 Plus is a compact sedan under Chery, with dimensions of 4680 mm in length, 1825 mm in width, 1490 mm in height, and a wheelbase of 2670 mm. Additional relevant details are as follows: 1. Naturally Aspirated Engine: The 1.5L naturally aspirated engine of the Arrizo 5 Plus delivers 116 horsepower and a maximum torque of 143 Nm. This engine reaches its maximum power at 6150 rpm and its maximum torque at 4000 rpm. It features DVVT technology and multi-point fuel injection, with an aluminum cylinder head and cast iron cylinder block. 2. Turbocharged Engine: The 1.5L turbocharged engine produces 156 horsepower and a maximum torque of 230 Nm. Its maximum power is achieved at 5500 rpm, and maximum torque is available from 1750 to 4000 rpm. This engine also incorporates DVVT technology and multi-point fuel injection, with an aluminum cylinder head and cast iron cylinder block. 3. Transmission: It is paired with either a 5-speed manual transmission or a CVT. The CVT is a common type of automatic transmission with a very simple internal structure, consisting of only two cone pulleys and a steel belt.
14
0
Share

What are the differences between the XPeng P7 480G and 480N?

The differences between the XPeng P7 480G and 480N are as follows: Number of cameras differs: The P7 480G has no cameras; the 480N has 5 cameras. Number of ultrasonic radars differs: The P7 480G has 4 ultrasonic radars; the 480N has 12 ultrasonic radars. Key types differ: The P7 480G has remote key and Bluetooth key; the 480N has remote key, Bluetooth key, and card key. Taking the 2021 XPeng P7 480G as an example: it is a mid-size car equipped with a pure electric 267-horsepower motor, with a maximum power of 196kW, matched with a single-speed electric transmission.
17
0
Share
Cookie
Cookie Settings
© 2025 Servanan International Pte. Ltd.