Introduction: Veekys restores Tesla’s gear stalk with OEM-style precision, turning minimalist design into a more confident, tactile driving experience.
Tesla’s newer cabin philosophy has pushed further toward reduction: fewer visible controls, more screen-led interaction, and a cleaner visual field around the driver. For many owners, that simplicity is part of the appeal. But in daily driving, the question is not only how clean a cabin looks. It is also how quickly a driver can act when parking, reversing, turning around on a narrow road, or handing the car to someone less familiar with Tesla’s interface.
Veekys’ OEM-style Smart Gear Shift Stalk Upgrade Kit for the Tesla Model Y Juniper 2025 enters that conversation with a deliberately restrained idea: bring back a familiar physical control without making the cabin feel modified. We spoke with Evan Liu, Head of Product Engineering at Veekys, about design restraint, installation confidence, and why a small stalk can carry a larger argument about driver certainty.
Tesla has been moving toward a cleaner, more screen-led cabin experience. Why did Veekys decide that the gear shift stalk was still worth bringing back?
Evan Liu: We did not start from the idea that Tesla’s direction was wrong. The cabin is clean for a reason, and many drivers appreciate that. Our question was more specific: are there moments when a physical control still reduces mental load?
Gear selection is one of those moments. When a driver is reversing out of a tight space, watching a pedestrian, checking a pillar, and moving between Drive and Reverse, the value of a physical action becomes very clear. The point of a stalk is not nostalgia. It is certainty at the exact moment a driver should not be guessing.
Some owners may say they have already adapted to the newer interface. How do you explain the value to them?
Evan Liu: Adaptation is real. Many Tesla owners are comfortable with screen-led controls. But comfort in normal conditions is not the same as confidence in every condition.
Think about a driver doing a three-point turn on a narrow residential street at night. Or a family member borrowing the car for the first time. Or a valet who has driven many cars but not this specific Tesla layout. In those moments, a familiar control shortens the learning curve. It does not replace the modern interface; it adds another layer of confidence.
That distinction matters to us. We are not saying every function needs a button. We are saying that some high-frequency driving actions benefit from tactile confirmation.
What was the most important design rule: restoring physical control, or making sure it felt native to the Tesla cabin?
Evan Liu: They had to happen together. If the stalk works but looks like an aftermarket add-on, the product has failed. Tesla owners are sensitive to visual consistency. They notice gaps, mismatched textures, awkward angles, and anything that feels like it was placed there after the fact.
So “OEM-style” is not just a surface description for us. It means the product has to respect the cabin’s design language. The shape, position, reach, and visual weight all have to feel quiet. A good upgrade should not shout. It should feel as if the car always had room for it.
Aftermarket products often solve one problem but create three new concerns. What risks did you have to remove before asking a Tesla owner to install this?
Evan Liu: That is one of the biggest challenges in this category. Owners may want a feature, but they do not want to feel they are taking a risk with a vehicle they depend on every day.
For this kit, the installation experience had to be non-destructive. No cutting. No drilling. No coding. No complicated rewiring. Those details are not just technical conveniences; they are trust signals. When someone opens up part of a vehicle interior, even briefly, they want to know the product has been designed around the car rather than forcing the car to adapt to the product.
We also include the required components and tools because uncertainty kills confidence. If a user has to improvise during installation, the experience already feels wrong.
The product is positioned around a simple installation. From an engineering perspective, what has to happen behind the scenes to make that simplicity possible?
Evan Liu: Simple installation is usually the result of many decisions the user never sees. The bracket geometry, wire routing, connector access, cover fitment, and tool sequence all have to be considered early.
A user may only experience a short installation process, but the design team has to think through the moments where people usually hesitate. Where does the cable go? How much force is safe? Does this panel align again cleanly? Can the user tell when the component is properly seated?
We try to remove those questions before the product reaches the customer. That is the difference between a feature that technically works and a product that feels ready for normal owners, not just experienced modifiers.
How did you think about the physical feel of the stalk—the resistance, reach, movement, and confirmation?
Evan Liu: The feel is central. A gear stalk is not decorative. It is used when the driver is making a decision that affects the car’s movement.
The hand should find it naturally. The motion should feel deliberate without feeling heavy. The confirmation should be clear enough that the driver does not need to stare at the control. In a parking garage, for example, the driver’s eyes should be on the wall, the mirrors, the camera view, or the person walking behind the car—not on their hand.
This is why we talk about confidence more than convenience. Convenience is nice. Confidence changes how relaxed the driver feels in a tight moment.
The kit supports both left-hand-drive and right-hand-drive vehicles. Was global compatibility a commercial decision, an engineering challenge, or both?
Evan Liu: Both. Tesla is a global platform, but driving environments are not identical. A product like this has to make sense for owners in different regions, with different cabin orientations and different expectations around installation.
From a business perspective, broader compatibility helps reduce fragmentation. But from an engineering perspective, it means you cannot design only for the easiest layout. The product has to be thought through as a system. If the user experience changes too much between left-hand-drive and right-hand-drive vehicles, then the product is not mature enough.
There is always tension between adding functionality and preserving the clean Tesla look. Where did your team draw the line?
Evan Liu: We drew the line at visual noise. The goal was not to add a statement piece. The goal was to restore a function in the most integrated way possible.
That means avoiding unnecessary lighting, exaggerated shapes, or materials that compete with the cabin. The materials need to feel durable and appropriate, but they should not pull attention away from the driving environment. When we use ABS and aluminum alloy, for example, we are thinking about strength, weight, touch, and visual compatibility at the same time.
Minimalism should remove clutter, not confidence. That sentence became a useful filter for the team.
What does this product reveal about the broader Tesla aftermarket opportunity? Are owners looking for more features, or more confidence in specific daily moments?
Evan Liu: The stronger opportunity is not simply “more features.” Tesla vehicles already have a powerful feature set. The opportunity is in identifying small friction points that appear in real ownership.
A driver may love the car but still want a more familiar way to shift. Another owner may want better storage, better visibility, easier access, or a more comfortable routine for daily use. These are not rejections of the vehicle. They are refinements around lived experience.
For us, the best aftermarket products are not about changing the personality of the car. They are about making the car feel more complete for the way people actually use it.
How do you prevent an upgrade from becoming too much?
Evan Liu: By asking what problem would remain if we removed the product. If the answer is only “the car looks less customized,” then we are probably not solving a serious problem. If the answer is “the driver loses a useful layer of control or confidence,” then the idea is worth exploring.
The temptation in aftermarket design is to keep adding. More buttons, more trim, more visual drama. But Tesla owners often choose the car because they like restraint. So our job is not to decorate the cabin. It is to add back function with discipline.
A final sentence, then: what is the philosophy behind this gear shift stalk?
Evan Liu: A good upgrade disappears into the drive until the exact moment you need it.
As the conversation went on, Liu kept returning to one idea: Veekys was not trying to make the Tesla cabin busier, but to reduce hesitation in a few high-pressure driving moments. That logic lands most clearly in the product’s quietest design choice—making the added control feel native rather than new.
The larger lesson is that the next stage of Tesla-focused aftermarket design may not be defined by louder customization. It may be defined by disciplined corrections: products that understand the original design language, respect the driver’s habits, and solve specific moments of friction without turning the cabin into something else. For Veekys, the gear shift stalk is less a return to the past than a reminder that modern design still has to serve human timing, human hands, and human confidence.
Del:
Exploring Key Features of the Model Y Juniper Gear Shift Stalk