Flaming River billet HD amp high-output alternators are better than OEM. With new technologies and increased efficiencies, they offer excellent output at extremely low engine rpm, more horsepower to the wheels, and less energy wasted in the form of heat. These units are built with precision-balanced low-mass rotors that offer high-rpm capability and excellent output at speeds as low as 400 rpm—so that you gain a broader operating rpm range and more flexibility in the size of the crankshaft pulley you can choose. Their twin rectifier plates offer twice as many diodes to provide tremendously more surface area to dissipate heat better. Plus, they're available in a choice of finishes to keep your engine bay looking good, too. Less heat, more power—Flaming River billet HD amp high output alternators can help you solve premature failure, intermittent electrical accessory problems, or low voltage at any engine rpm. Dozens of models are available; order the replacement alternator designed for your vehicle application.
Flaming River billet HD amp high-output alternators are better than OEM. With new technologies and increased efficiencies, they offer excellent output at extremely low engine rpm, more horsepower to the wheels, and less energy wasted in the form of heat. These units are built with precision-balanced low-mass rotors that offer high-rpm capability and excellent output at speeds as low as 400 rpm—so that you gain a broader operating rpm range and more flexibility in the size of the crankshaft pulley you can choose. Their twin rectifier plates offer twice as many diodes to provide tremendously more surface area to dissipate heat better. Plus, they're available in a choice of finishes to keep your engine bay looking good, too. Less heat, more power—Flaming River billet HD amp high output alternators can help you solve premature failure, intermittent electrical accessory problems, or low voltage at any engine rpm. Dozens of models are available; order the replacement alternator designed for your vehicle application.