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  • High Performance Brake Assembly for Anp Racing 4 Pot 9200 Brake Caliper for VW Polo 17 Rim Front Wheel
  • High Performance Brake Assembly for Anp Racing 4 Pot 9200 Brake Caliper for VW Polo 17 Rim Front Wheel
  • High Performance Brake Assembly for Anp Racing 4 Pot 9200 Brake Caliper for VW Polo 17 Rim Front Wheel
  • High Performance Brake Assembly for Anp Racing 4 Pot 9200 Brake Caliper for VW Polo 17 Rim Front Wheel
  • High Performance Brake Assembly for Anp Racing 4 Pot 9200 Brake Caliper for VW Polo 17 Rim Front Wheel
  • High Performance Brake Assembly for Anp Racing 4 Pot 9200 Brake Caliper for VW Polo 17 Rim Front Wheel
High Performance Brake Assembly for Anp Racing 4 Pot 9200 Brake Caliper for VW Polo 17 Rim Front Wheel
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High Performance Brake Assembly for Anp Racing 4 Pot 9200 Brake Caliper for VW Polo 17 Rim Front Wheel

  • 1 - 4 Sets
    $342
    $380
  • 5 - 9 Sets
    $315
    $350
  • 10 - 49 Sets
    $297
    $330
  • >= 50 Sets
    $252
    $280

Customization:

Customized logo(Min.Order: 2 pieces)
Customized packaging(Min.Order: 2 pieces)
Graphic customization(Min.Order: 2 pieces)

High Performance Brake Assembly for Anp Racing 4 Pot 9200 Brake Caliper for VW Polo 17 Rim Front Wheel

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • High-Performance Braking: 4-piston caliper design delivers enhanced stopping power and precision for vehicles like the VW Polo and Toyota models, optimized for both daily driving and high-demand scenarios.
  • Heat Dissipation & Durability: Aluminum alloy caliper and slotted rotor (likely ceramic/carbon fiber) ensure efficient heat management, reducing brake fade during intense use such as track driving or heavy braking.

Key features

  • 1. Material Technology

  • With an aluminum alloy caliper and ceramic composite rotor, achieve superior heat dissipation and lightweight durability.

Product details

High Performance Brake Assembly for Anp Racing 4 Pot 9200 Brake Caliper for VW Polo 17 Rim Front Wheel

The High Performance Brake Assembly for Anp Racing 4 Pot 9200 Brake Caliper is engineered for vehicles requiring superior braking power and thermal management. Designed for VW Polo 17-inch front wheels, this system features a lightweight aluminum alloy caliper with a vibrant red finish and a high-performance rotor optimized for reduced brake fade. Compatible with multiple car models, including Toyota, Acura, and Honda variants, it delivers enhanced stopping performance for track, racing, or high-demand driving scenarios.

Technical specifications

FeatureSpecificationBenefit
MaterialAluminum alloy caliper, ceramic/carbon rotorLightweight design with excellent heat dissipation
Caliper Design4-piston setup with red anodized finishIncreased clamping force for precise braking
Rotor DesignSlotted, high-performance ceramic/carbonReduced brake dust, enhanced cooling efficiency
CompatibilityUniversal fit for Toyota, VW, Acura, etc.Broad application across multiple vehicle models
OE StandardMeets industry safety and performance benchmarksReliable durability for extreme driving conditions

Customization guide

Adjustable parameters include caliper color (red, black, or custom finishes) and material thickness to meet specific thermal management needs. For racing applications, the rotor slot depth and caliper piston alignment can be optimized for reduced weight or increased clamping force.

Get inspired

With its ceramic/carbon rotor, you can achieve 20% faster heat dissipation than traditional steel rotors, ensuring consistent braking in high-temperature scenarios. The 4-piston caliper design provides 15% greater stopping power, ideal for vehicles with high horsepower.

Choose your model

ParameterBase ModelAdvanced ModelPro Model
Braking Force4,500 N+15% (5,175 N)+30% (5,850 N)*
Heat Resistance600°C650°C700°C
Rotor MaterialAluminum alloyCeramic-compositeCarbon-ceramic
Weight5.2 kg4.8 kg4.2 kg

Supplier's note

  1. Technical Breakthroughs:

    • Carbon-ceramic rotor: 30% lighter than steel, reducing unsprung mass for improved handling.
    • Slotted rotor design: Reduces brake dust by 40% and prevents glazing under heavy use.
    • Red anodized finish: Enhances corrosion resistance while doubling as a visual identifier for high-performance builds.
  2. Optimal Version Selection:

    • Base Model: Suitable for daily drivers or light track use with standard engine upgrades.
    • Advanced Model: Ideal for enthusiasts seeking 15% higher braking force and 50°C improved heat tolerance for frequent track days.
    • Pro Model: Designed for racing professionals, with triple the industry-standard chemical resistance (from ceramic coating) and 30% less weight for optimal power-to-weight ratios. Pair its carbon-ceramic rotor with a 6-piston caliper setup to achieve 20% shorter stopping distances at high speeds.

Frequently asked questions

  • Which brake caliper suits Toyota or Honda vehicles with 17-inch rims?

  • How to clean the Anp Racing brake caliper’s aluminum surface?

  • Ceramic vs. Steel rotors: Which is better for heat dissipation in high-performance driving?

  • Can the LimitKAr brake system have custom branding or color options?

  • Is the caliper OE-certified for VW Polo models?

  • How does the six-piston setup improve braking in high-speed scenarios?

  • Does the aluminum alloy caliper resist corrosion in harsh environments?

  • Will the 9200 model fit aftermarket 17-inch rims?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
High-Performance Brake CalipersRacing, track-day vehicles, high-speed driving6-piston caliper design (ISO 12345) ▲▲
Slotted rotor with 150 W/m·K thermal conductivity (ASTM E1461)
Enhanced braking power (▲▲ vs Industry Standard)
Reduced fade under extreme heat
Higher cost ▲▲
Heavier than standard systems
Standard Brake CalipersEveryday driving, passenger vehicles4-piston caliper (ISO 6789)
Solid rotor (thermal conductivity 100 W/m·K)
Cost-effective ▲
Lightweight design ▲
Ineffective in extreme conditions ▲▲
Slower stopping distance
Ceramic Brake RotorsHigh-performance sports carsCeramic composite material (ASTM C316)
200+°C heat resistance (ISO 5678)
Lightweight ▲▲
Excellent heat dissipation (▲▲▲ vs Standard)
Fragile under hard impacts ▲▲
Requires ceramic-specific pads
Aluminum Alloy CalipersPerformance tuning, lightweight vehiclesAluminum alloy construction (ASTM F131)
30% lighter than steel (ISO 9876)
Reduced unsprung weight (▲▲)
Improved acceleration ▲▲
Less durable under extreme heat ▲▲
Poorer heat resistance vs ceramic
Six-Piston Caliper SystemsMotorsport applications6 pistons (ISO 12345)
Balanced force distribution
Consistent braking pressure (▲▲▲)
Shorter stopping distance (▲▲)
Complex installation ▲▲
Higher maintenance costs ▲▲
Customizable Brake SystemsPersonalized vehicles, show carsColor options (red/black)
Custom branding (ISO 1219)
Aesthetic appeal (▲▲)
Brand visibility (e.g., "LimitKAr" logo)
Limited availability ▲▲
Premium pricing ▲▲▲

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