All You Need To Know About The New 2025 Volkswagen ID.4 GTX. Learn about the cutting-edge Volkswagen ID.4 GTX from the year 2025! Because of its remarkable performance, cutting-edge innovations, and environmentally friendly powertrain, this exceptional electric SUV is going to bring about a revolution in the business of automobile manufacturing. Let’s go more into the specifics of this vehicle, which features streamlined lines and an electric drivetrain that provides the highest possible level of pleasure while simultaneously reducing the amount of carbon emissions produced.
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Price and Release Date Relating to the 2025 Volkswagen ID.4 GTX
The 2025 Volkswagen ID.4 GTX, an electric SUV that blends sustainability, power, and innovation in a seamless manner, has recently gone on sale at caranddriver.com with a starting price of $50,490. This makes it an appealing alternative for customers who are looking for greener driving experiences without necessarily sacrificing performance. Stay tuned for information regarding the release date and pricing specifics of the 2025 Volkswagen ID.4 GTX, and get ready to experience the sensation of driving an electric vehicle with its exhilaration right now.
The Powertrain in it
The Volkswagen ID.4 GTX, which will be released in 2025, is a dual-motor all-wheel drive model that incorporates all of the expertise gained from Volkswagen’s GTI automobile and is packed full of GTI technology. In order to achieve all-wheel drive performance, this vehicle is fitted with two permanent magnet synchronous motors (PMSMs) that each provide a power output of 295 horsepower. It takes 6.2 seconds for any PMSM to get from 0 to 62 miles per hour, and it reaches its maximum speed of 112 miles per hour. Both PMSMs deliver electricity straight to any wheel that need it.
These performance specifications for an electric SUV are astounding, and the rapid torque delivery of the GTX makes driving it a fun and exciting experience throughout the entire journey. Additionally, its streamlined performance on the highway allows for quicker and more efficient advancement. Regarding the charging process, the GTX is capable of receiving DC fast charging at a maximum of 125 kW, which enables it to achieve 80% of its battery capacity in approximately thirty minutes. A confirmation of home charging options has not yet been made, but you can anticipate that Volkswagen’s extensive dealer network and five-year Care Plans will support them.
It is the Battery.
With two motors mounted on its rear axle, the ID.4 GTX is able to raise its power output from 201 to 295 horsepower. This allows it to reach 62 miles per hour in just 6.2 seconds and reach its maximum speed of 112 miles per hour. It is stated that the GTX has a range of 298 miles under WLTP conditions because it makes use of the larger 77 kWh battery pack that is featured in the ID.4 Pro, Pure, and Pro Performance versions from the manufacturer. Recently, Bjorn Nyland conducted a range test on one of them and reached the conclusion that the useable capacity is closer to 480 miles!
Standard wall outlets or public charging stations that are equipped with carbon capture and storage (CCS) in Europe or DC fast-charging in the United States are accepted for charging the GTX, just like they are for other electric vehicles. The amount of time it takes to charge will be determined by the mode that is chosen, the highest state of charge that it can reach, and the type of charging station that is utilized.
The Motor that is Electric
A front-mounted electric motor is utilized in the GTX to supply all-wheel drive for improved performance. Additionally, the GTX makes use of the identical 77 kWh battery pack that is utilized in the ID.4/Max models. Volkswagen asserts that the GTX can go up to 310 miles on the WLTP cycle. According to Volkswagen, the GTX would have 295 horsepower and 550 Nm of torque. For the purpose of providing maximum acceleration when it is required, a sophisticated control system that is included into the GTX will identify when this additional power should be utilized.
The Volkswagen ID.4 GTX 2025 is equipped with rapid charging capabilities, which allow for a more expedient return to full power. It is capable of charging at up to 125kW at CCS stations that are supported (the rates will vary depending on the charger and battery state of charge and state). You can learn more about the basic amenities that Volkswagen provides here, including roadside assistance and free charging services, which are included in the five-year care plans that Volkswagen offers.
A Transmission of the 2025 Volkswagen ID.4 GTX
In order to achieve its goal of selling millions of zero-emission vehicles over the course of the next decade, Volkswagen needs to produce vehicles that are appealing to a wide audience. As a result, they made the decision to give the ID.4 the GTX treatment, with the expectation that it would eventually become the electric counterpart of the GTI or R models.
In order to provide all-wheel drive and raise power to 299 horsepower and torque to 310 lb-ft, the GTX incorporates a second permanent-excited synchronous motor in the front section of the vehicle. However, an intelligent control system is responsible for activating the system only when it is required.
The information and entertainment software of Volkswagen was also modified, and the GTX now comes with tinted side and rear windows as standard equipment. Despite the fact that they were not initially offered for sale in the United States, all-wheel drive variants of the ID.4 will eventually be available under a different brand name. These versions will most likely have smaller battery packs in order to minimize both weight and acceleration for speed.
Final Thoughts
One of the most amazing examples of a sustainable powerhouse is the 2025 Volkswagen ID.4 GTX. With its attractive design and electric powertrain, as well as its remarkable driving characteristics, the ID.4 GTX revolutionizes sustainable mobility. Experience the future of sustainable mobility with the ID.4 GTX, which boasts impressive capabilities, innovative technology, and eco-friendly performance capabilities. It is possible for power and environmental responsibility to coexist in harmony, which guarantees long-term mobility that is sustainable!
