Description
Upgrade the rear braking performance of your Mercedes-Benz A-Class (W177) A 250 Mild-Hybrid 4MATIC (177.047) with a premium pair of TAROX Performance Brake Rotors. Engineered to deliver superior braking performance, enhanced pedal feel, improved heat management, and exceptional durability, these rotors are manufactured to exacting standards for demanding road and performance driving applications.
Price includes both left and right rear brake rotors (1 complete pair).
TAROX performance brake rotors begin as original equipment specification castings that are TÜV-approved and fully certified for road use. Rather than simply reproducing OEM components, TAROX enhances every rotor through a series of advanced manufacturing and finishing processes designed to improve braking performance, consistency, reliability, and longevity.
One of the key advantages of TAROX brake rotors is their proprietary heat treatment process. Precision heat treatment refines and unifies the alloy microstructure, increasing strength and hardness while improving resistance to thermal stress. Developed through decades of brake engineering experience, this process produces a rotor capable of maintaining consistent performance under demanding braking conditions.
Following heat treatment, each rotor receives a performance-machined braking surface. TAROX rotor facings are designed with function as the primary objective. Every groove, slot, and drilling pattern serves a specific purpose to improve braking characteristics, reduce gas buildup, enhance pad contact, and promote efficient heat dissipation.
Available Rotor Designs:
• F2000 – Features TAROX's signature long curved groove pattern designed to continuously clean the brake pad surface, improve pedal response, and assist with heat and gas evacuation.
• Sport Japan – Features a drilled and slotted design that combines excellent cooling performance with enhanced brake pad bite, making it ideal for spirited driving and high-performance applications.
After machining, every rotor is treated with a premium anti-corrosion Cataphoresis coating. This electronically applied protective finish delivers exceptional resistance against rust and environmental contamination. Unlike conventional coatings, this treatment remains durable throughout the rotor's service life and protects unswept areas of the disc, including internal cooling passages and ventilation channels.
To ensure maximum braking precision, both friction surfaces are simultaneously polished using specialized hand-operated equipment. This critical manufacturing process guarantees exceptionally flat and parallel braking surfaces, minimizing the risk of lateral runout and vibration. TAROX rotors are machined to an extremely tight tolerance approaching 0.05 mm, allowing brake pads to bed in more quickly while promoting smoother and more consistent braking performance.
The result is a premium performance brake rotor that not only looks exceptional but also delivers superior braking confidence, improved thermal stability, enhanced durability, and long-term reliability.
Technical Specifications
• TAROX Code: 6057
• Quantity Included: 2 Rear Brake Rotors (1 Pair)
• Axle Position: Rear
• Rotor Type: Solid
• Rotor Diameter: 295 mm
• Rotor Thickness: 12 mm
• Minimum Rotor Thickness: 10.3 mm
• Rotor Height (Offset): 44 mm
• Centre Bore Diameter: 67 mm
• Stud Pattern: 5 Stud
• PCD: 112.00 mm
• Rotor Configuration: Single Piece
• Weight Per Rotor: 5.05 kg
• Vehicle Variant: A 250 Mild-Hybrid 4MATIC (177.047)
Fitment
Vehicle Make: Mercedes-Benz
Vehicle Model: A-Class (W177)
Vehicle Variant: A 250 Mild-Hybrid 4MATIC (177.047)
Position: Rear Axle
Compatible Model Years: Please verify against your vehicle specifications before ordering.
Fitment Notes:
• Designed specifically for Mercedes-Benz A-Class (W177) A 250 Mild-Hybrid 4MATIC models.
• Compatible with vehicle variant code 177.047.
• Intended for rear axle installation only.
• Sold as a complete pair including left and right brake rotors.
• Verify rotor dimensions and vehicle compatibility prior to purchase.
