The Cup Holder Insert That's Actually One Piece
Everyone else ships two separate silicone pucks that slide independently. We scanned both wells plus the center divider and molded a single 167.87mm TPE mat that sits as one.
The Problem
Your Tesla's Cup Holders Are Loud
The factory Tesla cup holder is a piece of slick black plastic with two circular wells and a thin divider between them. It looks clean. It works badly. A half-full water bottle rattles against the bottom every time the car goes over a seam. A metal can chirps against the divider every time you corner. An insulated tumbler slides a full centimeter forward when you brake.
The aftermarket answer is two separate silicone pucks — one per well. They solve the noise inside each well and create a new problem: the pucks themselves slide around when empty, rotate when you drop a bottle in, and catch on your cup when you pull it out.
We noticed the thing nobody was designing for: the two cup wells aren't independent parts of the car. They share a structural divider and a continuous floor. Treating them like two separate problems gives you two separate solutions that fight each other.
So we scoped this as a single part. One piece of TPE, shaped to the full twin-cup footprint plus the center divider, dropping into the console as one unit. If it works, it should make the whole area silent — not just the two wells.
Precision First
We Scanned Both Wells Plus the Bridge
Designing a one-piece mat means the geometry has to be exactly right in three zones: the two circular well bottoms, and the bridge between them that sits over the divider. If the bridge is 0.5mm too thick, the mat won't seat flush in the wells. If it's too thin, the mat flexes there and pulls the wells out of position. The only way to get it right is to scan the whole console section as one surface.
We brought a Scantech handheld structured-light scanner into a 2024 Model 3 Highland and captured the twin cup holder region at 0.02mm resolution — both wells, the divider, the console surround, the subtle taper at the top edge of each well. Five minutes of scanning produced a point cloud the design team opened in CAD the same afternoon.
The scan revealed something caliper measurements miss: the wells aren't perfect cylinders. Each has a subtle 1.2° inward taper toward the bottom, and the bottom itself has a shallow dimple in the center where the Tesla mold ejector sat. A flat silicone puck bridges that dimple and rocks. A contour-matched TPE pad seats into it and doesn't.
The Concept
One Piece, Two Wells, Zero Rattle
The mat is a single injection-molded TPE part, 167.87mm end-to-end. Two circular pads that each drop into a well, connected by a bridge that sits across the divider. Drop it in once and forget it exists — it can't shift left, right, or rotate, because the bridge locks it geometrically against the divider.
Single Piece, Dual Wells
One part that sits across both cup holders plus the divider. Can't rotate, can't shift. Stays in place whether the wells are full or empty.
Contour-Matched Bottoms
Each circular pad is molded to the inverse of the factory well floor — including the 1.2° taper and the mold-ejector dimple. Seats flush, doesn't rock.
Grippy Top Surface
Fine micro-pattern on the top face grips cup bottoms without leaving marks. Water bottles, cans, and tumblers stop sliding on acceleration.
Soft TPE, Not Hard Silicone
TPE absorbs impact acoustically. A tumbler that used to clack against the well floor now lands silently. The cabin gets quieter.
Trial & Error
Three Iterations to Get the Bridge Right
The bridge is the hard part. The two circular pads are simple — print, check, done. The bridge has to be thick enough to span the divider rigidly, thin enough to not lift the pads out of the wells, and flexible enough to drop in and remove without cracking.
Gen 1 — 3.0mm Bridge
Matched the divider height. Result: bridge acted as a lever that pushed the outer edges of the pads up as you dropped cups in. Pads would lift 0.3mm at the rim over a week.
Gen 2 — 1.8mm Bridge with Lateral Ribs
Thinned the bridge to sit below the divider top, added two lateral ribs under the pads for stiffness. Bridge no longer pushed pads up, but the mat was too flexible to hold its 167.87mm length — you could twist it out of shape removing it.
Gen 3 — Production Geometry
2.2mm bridge with an integrated stiffening ridge on the underside that sits in the divider's own recess. Rigid in the axis it matters (length), flexible enough to pop in and out. This is the production geometry.
Verification
167.87mm, Caliper-Checked, Cornering-Tested
A cup holder insert doesn't fail the day you install it — it fails at month three, when the TPE's shape has relaxed and the bridge no longer grips the divider. Every prototype went through the same protocol: caliper measurement at six points, 30-day in-vehicle test on a 2024 Model 3 with daily driving, then re-measurement to check for any permanent set in the TPE.
We stopped hearing our own cup holders after the first week of driving with the Gen 3 prototype installed. That's the success metric. A cup holder you can ignore is a cup holder that's working.
Materials
Why TPE, Not Silicone or PVC
| Component | Material | Why |
|---|---|---|
| Mat body | Soft-flex TPE (thermoplastic elastomer) | Absorbs acoustic impact better than silicone. Doesn't get sticky in heat like PVC. Returns to shape after being compressed under a cup for hours. |
| Top micro-pattern | Integrated molded texture | Grips cup bottoms without the "suction" effect that cheap silicone pucks have — the cup comes up when you lift your hand, not when the puck lifts with it. |
| Bridge stiffener | Integrated TPE ridge on underside | Sits in the factory divider recess. Locks the mat laterally by geometry. One-piece molded, not glued. |
| Finish | Matte, UV-stabilized | Doesn't fade under direct sun from the panoramic roof. Doesn't yellow over time. |
We evaluated silicone (still popular with competitors) and rejected it: silicone has a slight tackiness that makes cups stick on removal, and the acoustic damping is measurably worse than TPE of the same thickness. PVC was never on the table — it off-gasses in summer heat and leaves a plasticky smell.
The Result
What You Actually Get
| Feature | What It Means for You |
|---|---|
| 167.87mm single-piece design | One part, both wells, plus the divider bridge. Can't rotate or shift like two separate pucks. |
| 3D-scan-derived contour | Inverse-molded to the factory well taper and dimple. Seats flush, doesn't rock. |
| Bridge locks on the center divider | Geometry holds the mat in place, not friction. Works with wells empty or full. |
| Soft-flex TPE | Absorbs acoustic impact. Bottles stop rattling, cans stop chirping. |
| Micro-pattern grip | Cups stay put on acceleration. Come up cleanly when you lift them — no suction effect. |
| Drop in, no install | Lift the mat out to clean. Rinse, wipe, drop back in. Under 10 seconds. |
| Matte UV-stable finish | Doesn't yellow under the glass roof. Still black after a summer. |
| Fits 2024+ Model 3 Highland and 2025+ Model Y Juniper | Same cup holder geometry shared between both vehicles. |
Common Questions
Frequently Asked Questions
Does this fit both the Model 3 Highland and the Model Y Juniper?
Will it fit the older (pre-Highland) Model 3 or Model Y?
How does it stay in place?
Will my cups get stuck to it?
Does it affect which cups fit in the holder?
How do I clean it?
Will it melt in summer heat?
Why a one-piece design instead of two pucks?
Ready for Quiet Cup Holders?
The 167.87mm Mat That Shuts Them Up
Single-piece TPE. Scan-derived contour. Bridge-locked on the factory divider. Drop it in once and stop hearing your own cabin rattle at every seam in the road.
Shop NowFits 2024+ Tesla Model 3 Highland & 2025+ Model Y Juniper · Free US Shipping
