- All Balls Racing OEM direct replacement
- Cellulose replacement air filter
The All Balls Racing 48-1019 air filter is designed as a direct OEM replacement for the Can-Am Outlander Max 400 EFI models from 2011 to 2014. This cellulose air filter ensures optimal airflow and filtration, helping maintain engine performance and longevity. Built with high-quality materials, it provides a reliable seal and efficient dirt trapping capabilities, making it an essential component for maintaining your powersports vehicle's engine health. Its straightforward installation process allows for easy replacement, ensuring your ATV stays in peak condition with minimal downtime.
Constructed specifically for the Outlander Max 400 EFI, this filter offers a perfect fit, ensuring no leaks or bypasses that could compromise engine performance. The cellulose media balances air permeability with effective debris filtration, protecting the engine from dirt, dust, and other airborne contaminants. Designed by All Balls Racing, a trusted name in powersports components, this filter combines durability and performance to meet the demands of off-road adventures and daily riding.
Note that this product is not CARB approved and requires acknowledgment of this status during installation. It is not classified under EPA regulations but remains a popular choice for enthusiasts seeking reliable aftermarket replacements. Whether you're restoring your ATV or performing regular maintenance, the All Balls Racing air filter provides a cost-effective solution to keep your Can-Am Outlander Max 400 EFI running smoothly. Proper maintenance of your air filter is crucial for engine efficiency, power output, and fuel economy, making this product a valuable addition to your maintenance kit.
Features:
- OEM direct replacement for seamless fit and function
- Cellulose media for efficient dirt filtration and airflow
- Compatible with 2011-2014 Can-Am Outlander Max 400 EFI models
- Durable construction ensures long-lasting performance
- Easy to install with a straightforward replacement process
