Why does Supra use BMW engines?

2 Answers
JuneRose
07/24/25 3:54am
Due to Supra's positioning, Toyota would not develop an engine specifically for this car. Below is extended information about the engine: 1. Engine: Both powertrains of the Supra come from BMW platforms. They are the 2.0T engine with the code name B48 and the 3.0T engine with the code name B58, with output powers of 258 horsepower and 387 horsepower respectively. The latter's peak torque has been increased to 500 Nm, paired with ZF's 8-speed automatic transmission, achieving a 0-100 km/h acceleration time of just 4.1 seconds. 2. Exterior: Apart from the difference in power, the appearance of the 2.0T and 3.0T models is not very different. However, upon closer inspection, differences can still be found. For example, the 2.0T model uses smaller 18-inch two-tone double five-spoke wheels, and the 330mm brake discs and single-piston calipers appear thinner, while the braking system of the 3.0T version is manufactured by Brembo.
Was this review help?
8
4
Share
LeKeira
08/10/25 11:31pm
Hey, as a longtime car enthusiast, I've been following this closely. There's actually a lot of wisdom behind Supra using BMW engines. Toyota and BMW formed a strategic partnership years ago to jointly develop a sports car platform, aiming to save on R&D costs and time. BMW's engine technology is truly a strength – take their 3.0-liter turbocharged engine for example, with its fierce output and quick response. By adopting this, Toyota instantly elevated Supra's driving pleasure. Think about it – developing a new engine independently would burn billions more. Partnering with BMW allows Supra to be more affordably priced while absorbing German precision. But don't worry about quality – I've driven the new Supra, and the engine tuning is solid and reliable, with lightning-fast 0-60 mph acceleration. Of course, this collaboration has helped more young people fall in love with Japanese sports cars – it's absolutely a win-win strategy. I recommend test driving it to experience this fusion flavor firsthand.
Was this review help?
10
0
Share
Expand All
More Forum Discussions

What Causes Abnormal Noise from the Battery During Charging?

Here are the specific reasons for abnormal noise from the battery during charging: 1. Dust and lack of lubrication: The battery charger has a fan for heat dissipation. Over time, dust may accumulate on the fan or the fan roller may lack lubrication, leading to loud noises. In this case, adding lubricant to the fan roller can resolve the issue. 2. Loose magnetic core: The high-frequency magnetic core inside the charger may become loose. It can be secured with a piece of paper and then sealed with paraffin or hot melt adhesive. 3. Failed filter capacitor: The failure of the front-stage filter capacitor increases ripple, usually accompanied by a decrease in charging current. In most cases, this can be identified visually—the top of the capacitor may bulge slightly, or there may be electrolyte leakage at the bottom, leaving brown-black marks, or green/white powder on the pins. If this is the case, replacing it with a new capacitor of the same model will solve the problem.
12
1
Share

In which year was China VI implemented for vehicles?

China VI was implemented in 2016 for vehicles. More details about China VI vehicles are as follows: 1. Introduction: The full name is GB-18352.6-2016, which stands for 'Limits and Measurement Methods for Emissions from Light-duty Vehicles (China VI)'. Prior to this, there were various stages of emission standards such as China I, China II, China III, China IV, and China V, which was officially implemented nationwide on January 1, 2018. 2. The China VI standard has made the following technological breakthroughs: It adopts the Worldwide Harmonized Light Vehicles Test Procedure (WLTP), comprehensively tightening test requirements, effectively reducing the gap between laboratory certification emissions and actual use emissions, and laying the foundation for coordinated control of fuel consumption and emissions. It introduces Real Driving Emissions (RDE) testing, improving the emission control level of vehicles under actual driving conditions, which is beneficial for supervision and can effectively prevent cheating behaviors that result in actual emissions exceeding standards.
9
0
Share

Can the horn sound become louder again after it gets smaller due to water ingress?

The horn sound can become louder again after it gets smaller due to water ingress. After water ingress, you can only try to repair it. You can use a hair dryer to heat the horn to evaporate the water inside. Once the water evaporates, the horn will recover. However, if the diaphragm of the horn itself is damaged due to water ingress, you can only replace it with a new one. The relevant introduction about car horns is as follows: Introduction 1: The horn is the audio signal device of the car. During the driving process, the driver can issue necessary audio signals as needed and according to regulations. Introduction 2: It warns pedestrians and attracts the attention of other vehicles to ensure traffic safety, and is also used to urge driving and transmit signals.
9
1
Share

Which Lane is the Fast Lane?

Fast lane is the leftmost lane. Generally, the leftmost lane on China's highways or urban roads is the fast lane. On roads with two or more motor vehicle lanes in the same direction, the left lane is the fast lane, while the right lane is the slow lane. On roads with three motor vehicle lanes in the same direction and no other markings, the leftmost lane is the fast lane. The relevant details about the fast lane are as follows: Introduction 1: When there are two or more motor vehicle lanes in the same direction, the left lane is the fast lane, and the right lane is the slow lane. Introduction 2: Vehicles driving in the fast lane should maintain the speed specified for that lane. Vehicles that cannot reach the specified speed should use the slow lane. Introduction 3: Vehicles in the slow lane can temporarily use the fast lane to overtake the vehicle in front.
17
3
Share

Is it harmful to drive 5 kilometers with the handbrake on?

Driving 5 kilometers with the handbrake on is harmful, as it can damage the handbrake system and also affect the tires. The following is a related introduction to the handbrake: Introduction 1: The professional term for the handbrake is auxiliary brake, which differs in principle from the main brake. It uses a steel cable connected to the rear brake shoes to brake the vehicle. Introduction 2: Long-term use of the handbrake can cause plastic deformation of the steel cable. Since this deformation is irreversible, prolonged use will reduce its effectiveness and increase the handbrake's travel distance. Introduction 3: The handbrake system also includes a return spring. When the handbrake is engaged, the spring is stretched, and when released, it returns to its original length. Long-term use of the handbrake can also cause corresponding deformation in the spring.
5
3
Share

What are the differences between aftermarket cruise control and OEM?

Navigation-equipped vehicle models are sometimes outsourced by the original manufacturer to aftermarket suppliers (the majority of cases), while others are produced in-house. These OEM suppliers also manufacture products for the aftermarket channel and supply some 4S stores. For instance, requirements for system stability, material selection, and prototype testing must adhere to original factory specifications. Specific differences are as follows: Cost variation: Due to differing requirements for prototypes, costs also vary. To ensure system stability, automakers generally avoid excessive fancy features, focusing only on essential modules. Reading vehicle data: Beyond quality control and functional differences, OEM products can access the vehicle's CANBUS data. Some suppliers have agreements with automakers to enable this data access, depending on how the infotainment manufacturer interfaces with the automaker. Same manufacturer, different quality: Products from the same manufacturer may vary in functionality and performance depending on their intended market.
12
3
Share
Cookie
Cookie Settings
© 2025 Servanan International Pte. Ltd.