Secret-EV Performance

SEVP Track Pack Rotor Kit for 2021+ Model S LR/Plaid (Pre-Order)

Name: SEVP Track Pack Rotor Kit for 2021+ Model S LR/Plaid (Pre-Order)
Brand: Secret-EV Performance
Price: 100.0 USD
Availability: OutOfStock

$100.00

Sale Sold out

Product variants

Quantity

SEVP Track Pack CCB Rotor by StopArt

OEM Direct Replacement for Tesla Track Pack

Designed as a direct OEM replacement over OEM Track Package. Can also be retrofitted with OEM Track Package Caliper.

For OEM Caliper rotor kit, please visit: SEVP CCB brake Kit.

Stock photography may not depict actual product.

Price

F 410x40mm $2,975 / pair

R 410x32m $2,920 / pair

Deposit option is avaliable. Remaining will due before the shipment.

Production time is 4 weeks.

Specifications

Front: 410x40mm
Weight: TBA

Rear: 410 × 32mm
Weight: TBA

SEVP Track Pack Rotor Kit will ONLY work with OE Track Pack Caliper Part Number#

FL 1420625-20-B

FR 1420626-20-B

RL 1420605-20-C

RR 1420606-20-C

OEM CCB Brake Pad

F 1759785-00-A

R 1759792-00-A

Key Features & Advantages

Direct fitment with OEM Track Package calipers
Anodized 7075-T7 aluminum hat for strength and corrosion resistance
Directional curved vane design for optimized cooling and airflow
Limited Lifetime Warranty*

Engineered, Not Cast

Unlike traditional iron rotors, carbon ceramic rotors are not cast, they are engineered through a multi-stage composite manufacturing process.

By combining carbon fiber architecture, high-temperature processing, and silicon carbide ceramic transformation, these rotors are designed to deliver:

Exceptional heat resistance
Reduced weight
Consistent braking performance under extreme conditions

Our carbon ceramic rotors are manufactured by STOPART in Shandong, China, one of the leading carbon ceramic brake rotor manufacturers and suppliers for major EV brands, including BYD, Xiaomi, Yangwang, and more.

Each rotor is individually serialized to ensure traceability and strict quality control throughout the manufacturing process.

Manufacturing Process Overview

1. Carbon Fiber Preform

The rotor begins as a precisely structured carbon fiber preform, forming the foundation for strength, heat management, and durability.

2. High-Temperature Carbonization

The material is processed under extreme heat to create a stable carbon matrix capable of handling intense thermal loads.

3. Densification

Multiple densification cycles reinforce the structure, increasing strength, density, and resistance to thermal stress.

4. Silicon Carbide Conversion

Molten silicon is infused into the carbon structure, forming silicon carbide (SiC), the ceramic material responsible for the rotor’s hardness and heat resistance.

5. Precision Machining

Each rotor is CNC-machined to exact tolerances for proper balance, fitment, and braking consistency.

6. Quality Control

Every rotor undergoes strict inspection to ensure structural integrity, surface quality, and dimensional accuracy.

Why It Matters

This advanced manufacturing process results in:

Substantial weight reduction vs. iron rotors
Excellent resistance to brake fade
High thermal stability under repeated braking
Extended service life (when paired with proper pads)
Performance capability suited for high-speed and high-power applications

Bedding (Break-In) Procedure

⚠️ Perform only where safe and legal. Sudden braking can be hazardous.

Step 1: Gentle Stops

20 stops from 30 mph (50 km/h) to a complete stop using light pedal pressure.

Step 2: Medium Stops

20 stops from 75 mph (120 km/h) down to 25 mph (40 km/h)
Apply approximately 0.4–0.5 g braking force.

Step 3: Heavy Stops

10 stops from 77 mph (125 km/h) down to 25 mph (40 km/h)
Apply approximately 0.6 g braking force
Target ~4 stops per minute

Step 4: Controlled Cool Down

Drive at ~50 mph (80 km/h) without braking for 15 minutes
Allow brake temperature to drop below 100°C

Important Disclaimers

Professional installation recommended. Improper installation may result in reduced performance or component damage.
Brake pads compatibility is critical. Carbon ceramic rotors must be paired with appropriate pad compounds. Use of incorrect pads may cause excessive wear, noise, or damage.
Track use disclaimer: While designed for high-performance applications, extreme track use without proper cooling, pad selection, and maintenance may accelerate wear.
Surface appearance: Due to the nature of carbon ceramic composite materials, minor surface variations or cosmetic marks are normal and do not affect performance.
Noise & behavior: Occasional noise (squeal) or different pedal feel compared to iron rotors is normal.
Warranty disclaimer*: Limited Lifetime Warranty covers manufacturing defects only. It does not cover wear items, improper installation, misuse, track abuse, or damage caused by incompatible components.
No liability: User assumes all responsibility for installation and use. SEVP is not liable for damages resulting from improper use, installation, or application.