BMC Intake System Air Filter FMSA50-85 Universal Single Air High Flow Washable Filter
-
Check delivery availability and applicable charges at checkout. See our Shipping Policy for delivery information.
Product Description:
Upgrade Your Engine's Air Intake with the BMC Intake System Air Filter FMSA50-85:
The BMC Intake System Air Filter FMSA50-85 is a premium Single Air (SA) universal conical air filter engineered to maximize airflow and filtration efficiency for high-performance engines. Designed for direct air intake conversions, it replaces the factory airbox, allowing increased airflow, improved throttle response, and enhanced engine performance.
Manufactured using BMC's signature heat-resistant red rubber, the FMSA50-85 is built to withstand high engine temperatures, vibration, and prolonged use without deformation. Its advanced multi-layer cotton gauze filtration media effectively traps dirt, dust, and airborne contaminants while maintaining unrestricted airflow for engines producing up to 700 HP.
The Single Air (SA) configuration features lateral air intake, providing a steady flow of clean air for improved combustion and engine efficiency. It is an excellent choice for performance cars, motorsport applications, turbocharged builds, naturally aspirated engines, and custom intake systems.
The washable and reusable design offers long-lasting performance while reducing maintenance costs and environmental waste compared to disposable air filters.
⭐ Key Features:
💨 Single Air (SA) Lateral Airflow Design
-
Optimized side air intake ensures maximum airflow and efficient engine breathing.
🏁 Direct Induction Performance Upgrade
-
Replaces the factory airbox to improve airflow, throttle response, and horsepower potential.
🔥 Heat-Resistant Red Rubber Construction
-
Durable BMC rubber withstands high temperatures and engine vibration without deforming.
🌬️ High-Flow Cotton Gauze Filtration
-
Provides superior airflow while effectively filtering dirt, dust, and airborne contaminants.
🚗 Supports High-Performance Engines
-
Suitable for performance applications producing up to 700 HP.
♻️ Washable & Reusable
-
Easy to clean and reuse for long-term performance and reduced replacement costs.
🔧 Universal Fitment
-
Compatible with a wide range of custom intake systems and performance vehicles.
📋 Technical Specifications:
-
Brand: BMC
-
Product Type: Intake System Air Filter
-
Model: FMSA50-85
-
Filter Series: Single Air (SA)
-
Airflow Design: Lateral Air Flow
-
Filter Media: Multi-layer Cotton Gauze
-
Flange Material: Heat-Resistant Red Rubber
-
Washable: Yes
-
Reusable: Yes
-
Maximum Supported Power: Up to 700 HP
-
Application: Universal Direct Air Intake Systems
Product Features:
✅ Genuine BMC Single Air intake system air filter
✅ Single Air design with lateral airflow
✅ Universal fit for custom performance intake systems
✅ High-flow multi-layer cotton gauze filtration
✅ Heat-resistant red rubber construction
✅ Washable and reusable premium air filter
✅ Supports engines producing up to 700 HP
✅ Improves airflow, throttle response, and engine efficiency
FAQs
How can I track my order?
Once your order is shipped, you will receive a shipping confirmation with the tracking details. You can use the tracking information provided to check your delivery status. If you need any help with tracking, please contact RKD Bike Accessories through our Contact Us page.
What is your return policy?
Return eligibility and conditions are explained in our Refund & Return Policy. Contact us before requesting a return.
How long does delivery take?
Check delivery availability and applicable charges at checkout. See our Shipping Policy for delivery information.
How can I contact customer support?
You can contact RKD Bike Accessories through the contact details provided on our Contact Us page. Our support team will respond as soon as possible during our business hours.
Can I cancel or modify my order after it's placed?
Please contact us promptly if you need to request a cancellation or an order change. See our Refund & Return Policy for the applicable conditions.
