What are the differences between the Red Badge Civic and the regular Civic?

2 Answers
CamilaAnn
07/24/25 10:56pm
The Red Badge Civic is the Type R model of the Civic. There are several main differences between the Red Badge Civic and the regular Civic: 1. Sales price and performance: The Red Badge Civic is much more expensive than the regular Civic and has significantly better performance. 2. Different engines: The Red Badge Civic is equipped with a 2.0-liter turbocharged engine, while the regular Civic comes with a 1.0-liter turbocharged engine and a 1.5-liter turbocharged engine. 3. Different exterior design: The Red Badge Civic features a honeycomb-style front grille, four license plates mounted front and rear, a dual single-exit exhaust at the rear, and a 'red' badge.
Was this review help?
19
0
Share
ODelilah
08/10/25 3:11pm
As a Honda fan who's into modifications, the Civic Type R with the red badge and the regular Civic are completely different beasts. The red badge comes with the K20C1 red-top engine that delivers over 300 horsepower straight from the factory, paired with a 6-speed manual transmission and an LSD limited-slip differential. The exhaust pops and crackles, and it handles tail-out drifts on the track with incredible stability. The regular Civic is just a grocery-getter—the 1.5T CVT feels sluggish. The suspension gap is even bigger; the Type R’s adaptive dampers will jolt you over speed bumps, but the body barely rolls when cornering hard. Oh, and the braking system features Brembo four-piston calipers with drilled rotors, while the standard version fades after just a couple of hard stops. The seats are full-bucket racing seats with a red Type-R logo embroidered on the back. But the red badge is only available through parallel imports in China, costing nearly 600,000 RMB and taking half a year to arrive.
Was this review help?
1
5
Share
Expand All
More Forum Discussions

Does the Dynamic Traction Control System Need to Be Turned On?

Dynamic Traction Control System does not need to be turned on. The introduction of Traction Control System is as follows: Introduction to Traction Control System: The control device of Traction Control System is a computer, which detects the speed of four wheels and the steering angle of the steering wheel. Traction Control System, abbreviated as TCS, is also known as ASR or TRC. Its function is to enable the car to obtain the best traction under various driving conditions. Working Principle of Traction Control System: It can control the traction of the car by reducing the throttle opening to reduce engine power or by controlling wheel slip through the brake. In cars equipped with ASR, the mechanical connection between the accelerator pedal and the throttle of the gasoline engine is replaced by an electronic throttle device.
13
3
Share

Why does a single-cylinder diesel engine overheat so quickly?

Single-cylinder diesel engine overheating can be divided into three situations: overheating when the water temperature is not high is caused by a damaged cylinder gasket; overheating with high water temperature is mainly due to excessive ambient temperature or excessive load, which should be addressed by appropriate shutdown and load reduction; excessively delayed fuel injection timing causing high diesel engine temperature requires adjustment of the fuel injection timing. Below is relevant information about diesel engines: Introduction to diesel engines: A diesel engine is an internal combustion engine that uses diesel as fuel. Diesel engines are compression-ignition engines and are often referred to as Diesel engines after their main inventor, Rudolf Diesel. Advantages of diesel engines: Diesel engines have the significant advantage of high thermal efficiency, and their application range is becoming increasingly broad. With the improvement of intensification, the weight per unit power of diesel engines has also significantly decreased. To save energy, countries are focusing on improving the combustion process and researching the use of low-quality fuels and non-petroleum-based fuels.
12
5
Share

At an intersection, should straight-going vehicles yield to left-turning vehicles or vice versa?

At an intersection, left-turning vehicles should yield to straight-going vehicles. The explanation for left-turning vehicles yielding to straight-going vehicles is as follows: Explanation of turning vehicles yielding to straight-going vehicles: The so-called 'left-turning vehicles yielding to straight-going vehicles' means that during road travel, vehicles turning left should, in principle, give way to vehicles going straight. Similarly, 'right-turning vehicles yielding to left-turning vehicles' means that during road travel, vehicles turning right should, in principle, give way to vehicles turning left. Legal basis: According to the 'Regulations for the Implementation of the Road Traffic Safety Law of the People's Republic of China,' when vehicles are traveling in opposite directions, right-turning motor vehicles should yield to left-turning vehicles. In addition to complying with the provisions of Article 51, paragraphs (2) and (3), there is a clear stipulation that when motor vehicles pass through intersections without traffic signal control or traffic police direction, right-turning motor vehicles should yield to left-turning vehicles when traveling in opposite directions.
7
4
Share

Why does the windshield appear to move slowly?

The reasons why the windshield appears to move slowly include angle influence and distance effect. The specific explanations are as follows: Angle influence: Close one eye. When a long stick aligns with the central line of your vision in front of you, you can only see the end of the stick and have no idea how long it is. When the stick forms a certain angle with your line of sight, you can recognize it as a stick, but still cannot accurately perceive its actual length—it appears shorter, and the smaller the angle, the shorter it seems. Only when the stick is perpendicular to your line of sight can you fully perceive its true length. Distance effect: The closer an object is, the greater its angular velocity; the farther it is, the smaller the angular velocity (linear velocity is like the base of an isosceles triangle, distance is the height of the triangle, and the angle at the vertex relative to the base represents angular velocity. Clearly, if the base length is the same but the height differs, the vertex angle will be completely different). For example, when flying in an airplane at high speed, objects on the ground appear to move very slowly because the distance is too great, resulting in a very small angular velocity.
18
3
Share

Who Gets Penalized for the Front Passenger Not Wearing a Seatbelt: the Driver or the Passenger?

In China, the front passenger is penalized for not wearing a seatbelt. Article 51 of the Road Traffic Safety Law stipulates that both the driver and passengers must wear seatbelts as required when the vehicle is in motion. According to this law, not wearing a seatbelt in the back seat is also a violation. The driver has the obligation to remind passengers, and failing to do so means the driver should bear responsibility. Detailed penalties related to seatbelt violations are as follows: Driver not wearing a seatbelt: When driving on highways, the driver will be fined 50 RMB and receive 2 demerit points for not wearing a seatbelt as required; when driving on urban expressways, the driver will be fined 50 RMB and receive 2 demerit points; when driving on roads other than highways or urban expressways, the driver will be fined 50 RMB but no demerit points will be deducted. Front passenger not wearing a seatbelt: According to the Road Traffic Safety Law, the front passenger must also wear a seatbelt when the vehicle is in motion. The requirement for the front passenger to wear a seatbelt was clearly stipulated in the old traffic regulations. Any front passenger not wearing a seatbelt can be fined 20 RMB by the traffic police on duty.
3
1
Share

Can a Front-Wheel Drive Vehicle Be Converted to Four-Wheel Drive?

Front-wheel drive vehicles cannot be converted to four-wheel drive. The introduction of front-wheel drive is as follows: Introduction to Front-Wheel Drive: It refers to the power distribution method in automotive design where the engine drives only the front pair of wheels. Most sedans adopt front-wheel drive configurations. With advancements in technology, computer-aided design has made compact arrangements easier, and manufacturing standards have improved. Engines can now operate without faults for extended periods, and new cars can go years without requiring repairs, ensuring durability. This has made front-wheel drive possible. Characteristics of Front-Wheel Drive: Front-wheel drive offers advantages such as lower cost, lighter weight, and increased interior space. Compared to rear-wheel drive, the design and assembly of front-wheel drive vehicles are less expensive. Front-wheel drive vehicles do not require a rear drive shaft or rear gearbox, and their transmission systems differ from those of rear-wheel drive vehicles, featuring fewer and more centralized components. The mechanical components of front-wheel drive are fewer and simpler than those of rear-wheel drive, resulting in significant weight reduction. Additionally, because the weight of the engine and drive axle is loaded onto the front wheels, which are the driving wheels, it helps improve the vehicle's traction, which is particularly beneficial on slippery roads. Front-wheel drive does not require space for rear-drive equipment under the floor, as rear-wheel drive does, allowing for more flexibility in space utilization.
19
1
Share
Cookie
Cookie Settings
© 2025 Servanan International Pte. Ltd.