VW ID.3 Neo: More range and tactile controls

VW has revised the ID.3. As Neo, it offers more range, two batteries with LFP cells, and tactile controls in the interior.

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VW ID.3 Neo

(Image: VW)

8 min. read
By
  • Christoph M. Schwarzer
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Volkswagen has improved the ID.3 again and added the suffix Neo: The "major product upgrade," as it's known internally, leaves the exterior of the ID.3 Neo largely unchanged. However, the powertrain is new in key areas, and the interior is done with the touch sliders for controlling temperature or volume: there are tactile controls again, such as rotary knobs, toggle switches, and push buttons. The ID.3 Neo can be ordered as early as April and will be delivered starting in July.

The tailgate is now painted in body color.

(Image: VW)

The ID.3 is an underestimated electric car. Its reputation was quickly ruined after its market launch in September 2020: the software was somewhere between bad and catastrophic, and the material selection was poor. Furthermore, the ID.3 was visually too daring for many people: a modern interpretation of the Golf Sportsvan concept with a progressive design, consistently engineered as an electric car and also with rear-wheel drive. Even advanced features like the augmented reality display for navigation could hardly convince the typical VW customer. Perhaps the ID.3 was too much of a challenge at the beginning, perhaps then-CEO Herbert Diess pushed too many of his own ideas through.

Since the 2023 revision, the ID.3 has a higher-quality interior, fundamentally functioning software, and automatic or manual preconditioning for optimal fast charging. The fact that the base price, considering a subsidy, recently fell below 30,000 euros led to 31,938 new registrations of the ID.3 in Germany in 2025. This is second place among electric cars, behind the Passat-like ID.7 (34,564 units). The long-term role of the ID.3 Neo in Volkswagen's product lineup is uncertain: Will it have to last until it's replaced by the Golf 9? Will it remain a solitary model without a successor?

The VW ID.3 has changed little visually: the front headlights have been redesigned, and previously black attachments are now painted in body color. The technical improvements are greater and go deeper.

(Image: VW)

There is little to criticize about the ID.3 Neo. Some may be bothered that it still has neither a trailer hitch nor roof load capacity; only a nose weight of 75 kilograms for a bicycle rack is available. However, the accessories market offers a registered trailer hitch with a towing capacity of 1.5 tons. While the ID.3's exterior looks as if the previously black-painted attachments are now painted in body color and the headlights have been adapted to the current unified look, considerably more is happening with the powertrain: MEB (for Modular Electrification Toolkit) becomes MEB+.

The existing traction batteries with 52 and 58 kWh of energy content are being replaced: LFP cells are being installed instead of NMC cells. Lithium iron phosphate (LFP) cells are particularly robust and inexpensive. In frost, it is necessary to preheat the LFP cells for charging. Nominally, the battery systems now have 50 and 58 kWh of energy content. The range is 417 and 494 km, respectively.

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Despite having only 50 kWh, the new base battery with a range of 417 km is almost on par with the previous 58 kWh variant, which achieved 434 km. The reason for this is the APP350 electric motor, which replaces the APP310. The abbreviation APP stands for axial parallel arrangement of drive and transmission, and the number indicates the maximum torque. The APP350 has a power output of 125 or 140 kW for the battery versions with 50 and 58 kWh. In conjunction with the proven 79 kWh traction battery, which is still NMC-based, the APP350 delivers 170 kW. The range in this configuration increases from 568 to 630 km.

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A more precise winding of the electric motor and a new pulse inverter are responsible for the increased efficiency. That this progress is not just theoretical was already shown by the APP550, which is used in the ID.4, ID.7, and the ID. Buzz, among others. It will also be found in the top version of the ID.3 Neo, which will be called GTI instead of GTX and will follow in the summer. Until then, only the APP350 will be available in the power levels of 125, 140, and 170 kW with 50, 58, or 79 kWh traction batteries.

For the standard sprint from ten to 80 percent, it should take "26 to 29 minutes," according to Volkswagen. However, the peak charging power of 105 kW for the LFP-based battery systems with 50 and 58 kWh is a dampener. Although the charging curve is expected to be relatively flat – meaning the maximum power is available for a long period – there is a compromise here. For comparison, the 79 kWh battery has a maximum charging power of 183 kW.

The new equipment lines are called Trend, Life, and Style. In the highest line, Style (pictured), matrix LED headlights are standard.

(Image: VW)

With alternating current at a home wallbox or a public AC station, all ID.3 Neo models charge at 11 kW as standard. New is the ability to supply external devices with power (abbreviated V2L for Vehicle To Load). Volkswagen has not yet released details about further integration into the power grid via bidirectional charging. This is expected to change as soon as all products, from the corresponding wallbox to the electricity contract, are bundled.

The three equipment lines are called Trend, Life, and Style: Trend includes most of what the average person needs for car life – from automatic climate control and smartphone integration to adaptive cruise control. Life additionally offers, for example, an inductive charging tray, a rearview camera, and alloy wheels. Style includes matrix LED headlights, sports seats, navigation, and heated steering wheel and seats, among other features.

The change in operation is actually unspectacular and yet groundbreaking: it is now tactile, i.e., to touch. Some touch-sensitive controls, such as the so-called sliders, have been removed. The ID.3 Neo thus makes a tidy and logical impression. The front left door now has four instead of two switches for opening the windows. There is a rotary knob for the volume on the center console. The multifunction steering wheel has clearly defined pressure areas. Drivers and front passengers control their desired temperature and other climate control functions via a strip of toggle switches below the central display.

The operating concept of the ID.3 Neo has been significantly changed: some touch-sensitive elements, such as the so-called sliders, have been removed. Instead, there is a tidy operation via tactile rotary knobs, toggle switches, and push buttons.

(Image: VW)

What sounds so simple is the result of massive criticism directed not only at Volkswagen: The balance between which and how many vehicle functions must be operable directly and tactilely, and how many can be placed in submenus of the touchscreen, is a general point of contention. During a test sit, the ID.3 Neo certainly exudes the clarity that does justice to the brand name.

This bar for controlling the climate control will soon be found in many Volkswagens.

(Image: VW)

A few details about the driving automation are also worth mentioning for the ID.3 Neo: the driver has the option of accelerating and decelerating the ID.3 Neo using one-pedal driving. The Travel Assist now features traffic light recognition with automatic braking to a stop for the first time. Spoiler alert: The system recognizes a green light, but starting off must be confirmed manually.

VW did not want to comment on changed prices in advance. We expect a small surcharge.

(Image: VW)

At the time of going to press, Volkswagen had not yet provided any pricing information. The level is expected to increase slightly, even though the LFP battery systems are more cost-effective. The reason is the gap that must be maintained to the ID. Polo. Cannibalization effects are unavoidable. This has always been the case between these segments, it remains so – and it is in the interest of customers who have more choice.

(wpl)

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This article was originally published in German. It was translated with technical assistance and editorially reviewed before publication.