Twin Air 156087P Standard Dry Air Filter for Optimal Engine Protection

Coarse open-pore foam catches airborn dirt, grime and sand

Fine open-pore inner foam acts as second filter to trap the smallest particles while ensuring maximum air passage

Adhesive withstands repeated cleaning

Smaller than stock to increase air space and circulation around filter

The Twin Air 156087P Standard Dry Air Filter is designed to provide superior filtration for your motorcycle or off-road vehicle. Built with high-quality materials, this filter ensures that dust, dirt, and debris are effectively kept out of your engine, promoting longevity and reliable performance. Its durable construction offers a secure fit and easy installation, making it a practical choice for both enthusiasts and professional mechanics.

Featuring a high-density filtering element, the Twin Air 156087P captures contaminants before they reach sensitive engine components. This helps maintain optimal airflow while preserving engine health during demanding riding conditions. The filter's design allows for easy cleaning and re-oiling, extending its service life and reducing maintenance costs. Whether you're riding on dusty trails or in urban environments, this filter provides consistent filtration performance.

Engineered for compatibility and durability, the Twin Air 156087P is an essential upgrade for your air intake system. Its precise fit and high-quality materials contribute to improved throttle response and overall engine efficiency. Designed to meet the demands of various outdoor and off-road adventures, this filter ensures your engine stays clean and protected, so you can focus on your ride with confidence.

Features:

• High-density filtration material captures dust, dirt, and debris effectively

• Durable construction ensures a secure fit and long-lasting performance

• Easy to clean and re-oil, extending the filter's service life

• Designed for compatibility with a wide range of motorcycle and off-road vehicles

• Promotes optimal airflow and engine protection during demanding conditions