StopTech 2017-2019 Acura ILX Slotted & Drilled Front Left Rotor
StopTech 2017-2019 Acura ILX Slotted & Drilled Front Left Rotor
Hurry up, only 3 items left in stock.
StopTech 2017-2019 Acura ILX Slotted & Drilled Front Left Rotor
Upgrade your braking system with the StopTech 2017-2019 Acura ILX Slotted & Drilled Front Left Rotor. Designed as a direct replacement for factory brake discs, these premium rotors offer a blend of aesthetic appeal and high-performance functionality.
Key Features:
- Advanced Design: The unique cross-drilling and slotting enhance heat dissipation and brake dust dispersal, ensuring optimal performance under all conditions.
- Improved Braking Performance: Experience enhanced bite and improved braking efficiency in both wet and dry situations.
- Durable Construction: The black e-coating not only looks sleek but also protects against corrosion, extending the life of your rotors.
- High Carbon Metallurgy: Reduces pad squeal and enhances performance while providing better crack resistance.
Benefits:
- Significantly improves braking performance, offering confidence on the road.
- Compatible with stock calipers, making installation straightforward and hassle-free.
- Especially effective with higher friction, European-style brake pad compounds for superior braking feel.
Use Cases:
Ideal for daily driving, spirited performance, or even track days, the StopTech Slotted & Drilled Rotors are perfect for those looking to enhance their Acura ILX's braking system without the need for extensive modifications. Upgrade today for a safer, more responsive driving experience!
Couldn't load pickup availability
Shipping & Returns
Shipping & Returns
📦 Shipping:
Orders are processed within 1–2 business days. Standard delivery takes 3–7 business days, depending on your location.
↩️ Returns:
You may return or exchange products within 60 days of receiving your order. Items must be in original condition with proof of purchase. If your item is defective or damaged due to manufacturing issues, we’ll replace it at no additional cost.

