What bolt pattern (PCD) does the Tesla Model Y use?

The 2025 Tesla Model Y uses a 5x114.3 bolt pattern.

How many lug bolts does the Tesla Model Y use?

The Tesla Model Y uses a 5-lug bolt pattern (5x114.3), so you need a 5-lug forged wheel to bolt straight on.

Do I need wheel spacers for my Tesla Model Y?

No. ANKUSI forges each wheel to your exact target offset, including the flush or max specs above, so you get the correct fitment without stacking spacers. Spacers are typically only used to push out an existing OE-offset wheel without replacing it, which isn't necessary when you're ordering a custom-offset forged wheel.

What's the difference between wheel offset and backspacing?

Offset is the distance in millimeters from the wheel's true centerline to its mounting face (positive offset pulls the wheel in, negative pushes it out). Backspacing is the distance in inches from the mounting face to the back edge of the wheel barrel. They describe the same fitment from two different reference points, which is why ANKUSI lists both above — some shops and tuning guides quote offset, others quote backspacing.

Can I run staggered wheels (different sizes front and rear) on my Tesla Model Y?

The Tesla Model Y runs the same wheel size front and rear from the factory, so staggered fitment is not required. ANKUSI can still forge a staggered set (wider rear) on request if you want a more aggressive stance.

← Fitment Guide

Tesla Model Y (2025) Wheel Fitment

Tesla Model Y (2025): 5x114.3 bolt pattern, 64.1mm center bore. Factory wheels: 19x9.5J at ET45 offset, front and rear. Reference fitment ranges.

How to Read Wheel Offset & Measurements

Use these two references before ordering: the left diagram shows where each spec (PCD, center bore, offset, width and diameter) is measured on the wheel; the right diagram shows how positive, zero and negative offset shift the wheel face relative to the hub centerline.

Diagram showing wheel measurement points: centerline, center bore diameter, PCD, offset, rim width and diameter — Centerline, center bore, PCD, offset, width & diameter

Diagram comparing positive, zero, and negative wheel offset relative to the wheel centerline — Positive vs. zero vs. negative offset

Overview & Generation History

Since debuting in 2021, the Tesla Model Y has become the best-selling electric SUV in the world. The 2025 model year brings meaningful upgrades to powertrain, range, and design language. The factory setup uses a 5x114.3 PCD, 64.1mm center bore, and 19x9.5J ET45 wheel configuration.

Why the factory runs 19x9.5J ET45:

Prioritizes range efficiency (lower rolling resistance)
Delivers enough lateral grip for confident handling
Visual proportion — 19 inches is the "sweet spot" size in the EV market
Compatible with other mainstream fitments (BMW, Toyota, etc.)

5-Tier Configuration Options

A Subtle 19x9.0J ET40 · +1 inch

Recommended setup: 19x9.0J ET40 | Estimated range impact: +3 to 5% | Best for: Range-focused owners

Visual score: 9/10 — keeps the factory's elegant proportions while pushing the wheel face out 10-15mm for a more planted look.

Estimated cost: $600-1,200 (wheels + tires + install)

B Conservative 20x9.5J ET38 · +2 inch

Recommended setup: 20x9.5J ET38 | Range impact: -4 to -6% | Visual score: 8.5/10

Upgrade cost: $1,200-1,800 wheels + $1,000-1,200 tires + $250 install = $2,450-3,250

C Balanced 21x9.5J ET35 · +3 inch

Recommended setup: 21x9.5J ET35 | Range impact: -6 to -8% | Visual score: 9/10

This is the "just right" level of aggressiveness — fills the wheel well nicely while leaving room to go further later. The most popular choice among customers.

Upgrade cost: $1,800-2,600 wheels + $1,200-1,600 tires + $300 install = $3,300-4,500

D Aggressive 22x10.0J ET32 · +4 inch

Recommended setup: 22x10.0J ET32 | Rotational inertia: 22-25% higher than OE | Visual score: 9.5/10

Upgrade cost: $2,500-3,500 wheels + $1,500-2,000 tires + $1,000 suspension tuning = $5,000-6,500

E Drift / Track Only 23x11.0J ET28 · +5 inch

Recommended setup: 23x11.0J ET28 | Range impact: -12 to -15% | Visual score: 10/10

Required changes: 80-120mm lowering springs, brake upgrade, and an LSD (optional but recommended). Total cost $6,500-8,500+. Not recommended for daily driving.

Performance Comparison Matrix

Metric	OE	Tier A	Tier B	Tier C	Tier D	Tier E
Wheel Spec	19x9.5 ET45	19x9.0 ET40	20x9.5 ET38	21x9.5 ET35	22x10.0 ET32	23x11.0 ET28
Range Impact	Baseline	+3 to 5%	-4 to -6%	-6 to -8%	-8 to -12%	-12 to -15%
Appearance	6/10	9/10	8.5/10	9/10	9.5/10	10/10
Comfort	10/10	9.5/10	8.5/10	7.5/10	6/10	3/10
Install Difficulty	—	★☆☆☆☆	★☆☆☆☆	★★☆☆☆	★★★☆☆	★★★★☆
Cost Range	—	$600-1,200	$2,450-3,250	$3,300-4,500	$5,000-6,500	$6,500-8,500+
Best For	Daily	Daily	Street	Street / occasional track	Track day	Track / competition only

Real-World Case Studies

The examples below are compiled from typical ANKUSI customer configurations and are labeled as reference cases; results vary by vehicle condition, road conditions, and driving habits.

Case 1: Range-Focused Owner (Tier A)

Profile: Mostly daily commuting, roughly 80km round trip, very focused on range.

Setup: 19x9.0J ET40 + Michelin Primacy 4 tires

Cost: ~$950 (including install and balancing)

Outcome: Noticeable visual upgrade, essentially no perceived range change, high satisfaction.

Case 2: Balanced Look-and-Performance Owner (Tier C)

Profile: Occasional spirited weekend driving, wants a sportier look without sacrificing daily usability.

Setup: 21x9.5J ET35 + Continental ExtremeContact tires + 4-wheel alignment

Cost: ~$3,900

Outcome: Large visual upgrade, range dropped about 7% (within expectations), noticeably sharper handling.

Case 3: Track Day Enthusiast (Tier D)

Profile: Attends track days 1-2 times a month, chasing maximum handling performance.

Setup: 22x10.0J ET32 + Eibach Pro-Kit lowering springs + front brake cooling ducts

Cost: ~$6,200 (including suspension and brake upgrades)

Outcome: Significant track performance improvement, daily range down about 10%, tire wear should be checked regularly.

Decision Guide

What's your primary use? Daily commuting → Tier A/B. Street driving → Tier B/C. Track days → Tier C/D. Competition only → Tier D/E.

What's your budget? Under $1,500 → Tier A. $1,500-3,500 → Tier B/C. $3,500-6,500 → Tier C/D. $6,500+ → Tier D/E.

How much does range matter? Very important → Tier A. Somewhat important → Tier B/C. Not a priority → Tier D/E.

Still unsure? Tier C (Balanced) is the default choice for most customers — the best mix of appearance, performance, range, and budget.

Frequently Asked Questions

Will this wheel setup affect my factory warranty?

Tesla's vehicle warranty is typically unaffected by wheel upgrades, but the factory wheel warranty itself is voided. Confirm the specific policy with your service center before ordering.

Do I need a wheel alignment?

Usually not needed for Tier A; a check is recommended for Tier B/C; Tier D/E strongly need an alignment, otherwise tire wear accelerates and handling precision suffers.

Will this noticeably affect range?

Tier A may actually improve range slightly thanks to optimized rolling resistance; Tier B/C drop 4-8%; Tier D/E drop 8-15%, depending on driving style and tire choice.

Can I install this myself, or do I need a professional shop?

Tire mounting itself can be done at most tire shops, but alignment and suspension tuning must be handled by a qualified technician — DIY is not recommended.

Which tier works best for winter or snow conditions?

Tier A or B paired with a dedicated winter tire is recommended. Larger wheels with narrower sidewalls generally grip worse in snow than the factory setup.

Have another question? Use our Offset & Backspacing Calculator to check the numbers yourself, or contact ANKUSI for a build recommendation tailored to your car.

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