Restock Alert Regitar Usa Idle Air Control F/volvo Penta Omc Engines: Omc 4.3l V6, 160-205 Hp | Gm 5.0-5.7l V8, 190-280 Hp While Supplies Last [9mVLiS1C]

Regitar USA Idle Air Control for Volvo Penta & OMC Engines

The Regitar USA Idle Air Control is a premium component designed specifically for Volvo Penta and OMC engines. This high-quality part is engineered to enhance the performance and efficiency of your engine, ensuring smooth operation and optimal fuel consumption. With its precise design and robust construction, this idle air control is a must-have for any vehicle equipped with an OMC 4.3L V6, 160-205 Hp or a GM 5.0-5.7L V8, 190-280 Hp engine.

Key Features and Specifications

The Regitar USA Idle Air Control is crafted with attention to detail, offering several key features that set it apart from other similar products. Firstly, it is designed to fit perfectly with Volvo Penta and OMC engines, ensuring a seamless integration and optimal performance. Additionally, the part features a compact and lightweight design, with box dimensions of 2"H x 2"W x 4"L and a weight of just 0.25 lbs, making it easy to install and store.

• Engine Brand: Volvo Penta
• Fitment: OMC 4.3L V6, 160-205 Hp | GM 5.0-5.7L V8, 190-280 Hp

The part also comes with a UPC code of 724469631116 for easy identification and tracking.

Practical Uses and Benefits

Investing in the Regitar USA Idle Air Control offers numerous practical benefits for both your vehicle and your wallet. By improving the idle air control, this part ensures that your engine runs more efficiently, reducing fuel consumption and extending the life of your engine. This not only saves you money on fuel but also minimizes the environmental impact of your vehicle. Furthermore, the precise and reliable performance of this idle air control contributes to a smoother driving experience, reducing engine vibrations and improving overall comfort. With its easy installation and compact design, this part is a practical solution for any vehicle owner looking to enhance their engine's performance and efficiency.