What is the reason for the Tesla Long Range Rear-Wheel Drive model being taken off the shelf?

2 Answers
LeEvelyn
08/27/25 6:32am
Tesla's Long Range Rear-Wheel Drive model was taken off the shelf to alleviate supply chain pressure and reduce costs. Some features of the Tesla Long Range include: 1. Battery: There are two reasons for Tesla vehicles' long range: one is the use of Sony's high-performance batteries as the power source, and the other is its unique and powerful battery management technology. This technology efficiently and scientifically manages over 5,000 battery cells, allowing the entire battery pack to fully utilize its overall performance. 2. Charging methods: Tesla currently features an electric motor about the size of a pumpkin to provide secondary power. The electric motor generates electricity by converting mechanical energy into electrical energy. This setup allows the vehicle to travel longer distances, making it more efficient than many other cars. Charging options include regular charging, high-efficiency charging, and supercharging stations, with the supercharger capable of fully charging the battery in just one hour.
Was this review help?
13
4
Share
Christina
09/09/25 5:22am
I guess Tesla discontinued the Long Range Rear-Wheel Drive model because it didn't sell well enough. As an average consumer, I was actually quite interested in buying this version since it offered a good balance between price and range, so its discontinuation is disappointing. Tesla probably wants to push their all-wheel-drive or performance models more aggressively, as those have much higher profit margins—especially during hot market conditions where they can maximize earnings. Additionally, demand for rear-wheel-drive variants might be lower in certain regions, so Tesla likely streamlined production to cut costs, hence the discontinuation. It's similar to how Apple phases out older iPhone models—companies need to optimize their product lines. Alternatives include considering the Standard Range version or upgrading to an all-wheel-drive model, but I have to admit, its removal has definitely impacted my car-buying options.
Was this review help?
12
1
Share
Expand All
More Forum Discussions

How often should the transmission fluid of Peugeot 4008 be changed?

The automatic transmission fluid of Peugeot 4008 generally needs to be changed every three years or 60,000 kilometers. There is no need to check or add fluid if there is no leakage. It is recommended to use the original transmission fluid from a 4S shop when changing. Here is more information about transmission fluid replacement: 1. Introduction: Transmission fluid is used in automobile transmissions to clean and lubricate the gear system, extend the service life of transmission devices, and has functions such as cleaning, lubrication, rust prevention, and heat dissipation. 2. Types: Depending on the type of automobile transmission, transmission fluid can be divided into manual transmission fluid and automatic transmission fluid.
13
4
Share

What size can a 165r14lt tire be increased to?

165r14lt tires can be appropriately widened based on the tread width while maintaining the aspect ratio and tire size unchanged. Here are the relevant details: 1. Introduction: In a 165r14lt tire, the 165r indicates the tire width is 165MM, and 14 represents the inner diameter of the tire is 14 inches. 2. Tire types include: Internationally standard tire codes, expressed in millimeters for section width and percentage of aspect ratio. Followed by: tire type code, rim diameter (in inches), load index (allowable load capacity code), and allowable speed code.
11
1
Share

What to Do When Gear Shifting Makes Noise Without a Synchronizer?

Without a synchronizer during gear shifting, the gear teeth may collide, resulting in noise, difficulty engaging gears, or even gear grinding. Here are the relevant details: 1. Location of the Synchronizer: The synchronizer is a device inside the transmission that ensures smooth gear meshing when shifting gears. Some vehicles lack a synchronizer, making gear shifting more challenging. 2. Function of the Synchronizer: Forward gears equipped with a synchronizer allow the transmission input and output speeds to automatically synchronize when the clutch is depressed during driving. This ensures proper alignment between the gear teeth (specifically the spline sleeve and spline shaft) to prevent collisions and noise during gear engagement.
5
1
Share

What are the causes of brake system failure?

Reasons for brake system failure: 1. Insufficient brake fluid pressure; 2. Air in the brake system; 3. Excessive free travel of the brake pedal or excessive brake clearance; 4. Poor contact, severe wear, or oil contamination of the brake shoe friction lining; 5. Wear or scoring of the master cylinder, wheel cylinder pistons and cylinder tubes, or aging and damage of the rubber cups. The hazards of brake system failure are: 1. Increased brake pedal travel; 2. Slow braking response; 3. Reduced braking efficiency; 4. Increased braking distance. Solutions for brake system failure: 1. Bleed the brake system; 2. Adjust the pedal free travel, check brake clearance, and disassemble and repair the brakes; 3. Adjust and repair the technical condition of the brakes.
17
1
Share

How many liters of 92 gasoline are needed for 160 kilometers?

Driving 160 kilometers, under conditions of no sudden acceleration or braking and maintaining a constant speed of 120 km/h, requires approximately 15 liters of 92 gasoline. Here are some related details: 1. Composition: 92 gasoline consists of 92% isooctane and 8% n-heptane, while 95 gasoline is composed of 95% isooctane and 5% n-heptane. 2. Stability: 95 gasoline has excellent stability. The octane rating of 92 gasoline is 92%, and that of 95 gasoline is 95%. The two types of gasoline should not be mixed, as mixing them can cause poor engine performance and significantly affect the engine's lifespan.
20
1
Share

What are the speed regulations for vehicles at intersections?

When passing through an intersection without traffic signals or speed limit signs, the maximum driving speed should not exceed 30 kilometers per hour. For tractors, electric vehicles, and wheeled special machinery vehicles, the speed should not exceed 15 kilometers per hour. The following practices are recommended for safer passage at intersections: 1. Approaching the intersection: Reduce speed in advance when approaching an intersection, observe the road conditions, and then pass through at a relatively low speed. 2. Nighttime intersections: Switch from high beams to low beams when approaching an intersection at night. 3. Pedestrian movements: Pay attention to pedestrian movements and anticipate their actions in advance. 4. Turning at intersections: If there are heavy vehicles such as dump trucks or trucks on the outer side, smaller vehicles on the inner side should yield, as heavy vehicles have more blind spots.
6
2
Share
Cookie
Cookie Settings
© 2025 Servanan International Pte. Ltd.