The ALE-8520R Plane-Power Alternator is a 12-volt, 40-amp alternator designed for general aviation aircraft, offering reliable power for various electrical systems. This overhauled alternator is a direct replacement for the ALE-8420 and Lycoming LW-14300 alternators, making it a cost-effective solution for replacing or upgrading older alternators in aircraft. Engineered for belt-driven operation, it provides a consistent electrical output, ensuring dependable performance in the demanding conditions of aviation.

The ALT-8520 Plane-Power Alternator is a 24-volt, 50-amp alternator designed for general aviation aircraft. Featuring a belt-driven design with Case Mount (CM), this alternator provides reliable and efficient electrical power for avionics, lighting, and other critical systems. This alternator is a replacement for the CM 652486 model, ensuring easy integration and consistent power supply to meet the demands of modern aircraft systems.

The ALT-8520R Plane-Power Alternator is a 24-volt, 50-amp belt-driven alternator designed for general aviation aircraft. This overhauled version of the ALT-8520 replaces the ALT-8420 alternator, offering a cost-effective and reliable solution for aircraft owners in need of a replacement or upgrade. The ALT-8520R provides a steady power output, ensuring the aircraft's electrical systems, including avionics, lighting, and radios, operate smoothly during flight. Beechcraft 95-B55 95-B55A

The ALT-9522 Plane-Power Alternator is a high-performance 12V alternator designed for use in general aviation aircraft. It provides a steady electrical output, ensuring reliable power for avionics, radios, lighting, and other critical systems. This alternator is engineered to meet the demands of modern aircraft systems, offering efficiency, durability, and consistent performance under various operating conditions.

The ALT-9522R Plane-Power Alternator is a 24V, 50-amp gear-driven (GD) alternator, designed for use in general aviation aircraft. This overhauled unit provides reliable and consistent electrical power, making it ideal for aircraft systems such as avionics, lighting, radios, and other critical electrical components. It is a direct replacement for the ALT-9422 alternator, providing an affordable and dependable solution to keep your aircraft’s electrical system functioning smoothly.

The ALT-FLX-1 Plane Power Alternator is a 24V, 150A high-output alternator designed for general aviation aircraft. This belt-driven (BD) alternator offers high-power output for demanding aircraft systems, ensuring reliable electrical performance even in the most power-hungry aviation applications. The DOFF designation refers to the Direct Overhaul and Factory-Fresh quality, indicating the alternator is engineered for both high performance and durability. Whether upgrading an existing system or replacing a failing alternator, the ALT-FLX-1 provides robust electrical support for avionics, lights, radios, and more.

The ALT-FLX-2 Plane Power Alternator is a 12V, 100A high-output alternator designed for general aviation aircraft that require enhanced electrical power. This belt-driven (BD) alternator provides 100 amps of power at 12 volts, making it an excellent solution for aircraft with electrical systems that demand more than the standard output. The CMG mount kit and voltage regulator are included with this alternator, making it a complete solution for installation. Built for reliability and durability, the ALT-FLX-2 is a high-performance option for aircraft owners needing continuous, efficient power delivery in flight.

The ALT-FLX-3 Plane Power Alternator is a 24V, 150A high-output alternator designed for general aviation aircraft that require significant electrical power for advanced systems. This belt-driven (BD) alternator provides 150 amps of power at 24 volts, making it ideal for aircraft with high electrical demands, including complex avionics, radios, lighting, and more. The ALT-FLX-3 is engineered for durability and high performance, ensuring consistent and reliable power during flight, even when multiple systems are operating simultaneously.

The ALT-FLX-5 Plane Power Alternator is a 24V, 150A high-output alternator designed to provide superior electrical performance for aircraft with significant power demands. Featuring a belt-driven (BD) system, this alternator delivers a 150A output at 24 volts, ensuring stable and reliable power delivery for avionics, lighting, radios, and other high-power systems. The Lyc case mount kit included with the alternator ensures easy and secure installation, making it ideal for aircraft with Lycoming engines or similar configurations. This alternator is built for durability, offering exceptional performance in the most demanding aviation environments.

The ALT-FLX-8 Plane Power Alternator Kit is a 24V, 150A high-output alternator designed for aircraft that require a substantial power supply. This belt-driven (BD) alternator offers 150 amps of power at 24 volts, ensuring that electrical systems such as avionics, radios, lighting, and other electronics operate reliably, even under high-demand conditions. The Lyc boss mount and Cessna-compatible installation ensure this alternator is a perfect fit for Cessna aircraft powered by Lycoming engines or other compatible configurations. Built for long-lasting durability, this alternator kit provides exceptional performance in challenging flight environments.

The ALU-6521-4 Plane Power Alternator is a 24V/70A belt-driven alternator designed for general aviation aircraft requiring a reliable and efficient power source. This alternator assembly provides 70 amps of power at 24 volts, making it ideal for aircraft with moderate electrical needs, including avionics, lighting, and other essential systems. The BD (belt-driven) design ensures optimal performance while reducing engine strain and improving fuel efficiency. The ALU-6521-4 is built with durability and reliability in mind, making it an excellent choice for aircraft owners seeking a high-quality, long-lasting alternator.

The ALU-6521-5 Plane Power Alternator is a 24V/70A belt-driven (BD) alternator assembly designed to provide reliable power to general aviation aircraft. With a 70A output at 24V, this alternator is ideal for aircraft with moderate electrical demands, such as avionics, lighting, and communication systems. The ALU-6521-5 is designed to replace the Lycoming LW-14367 alternator, offering a direct replacement solution that maintains compatibility with Lycoming-powered aircraft. Built for long-lasting performance, this alternator offers efficient power transfer while reducing engine strain, thus contributing to overall fuel efficiency.

The ALU-6526 is a high-performance alternator assembly from Plane Power, designed to provide reliable electrical power for aircraft systems. Manufactured with precision engineering and high-quality materials, this alternator ensures optimal performance and durability for a wide range of aviation applications.

The ALU-6539-3 Plane Power Alternator is a 24V/75A belt-driven (BD) alternator assembly designed to provide reliable and efficient power for general aviation aircraft. This alternator delivers 75 amps at 24 volts, making it ideal for aircraft that require moderate to high electrical power output. The belt-driven design ensures smooth operation while reducing engine load and improving overall fuel efficiency. Built for durability and long-lasting performance, the ALU-6539-3 is an excellent solution for powering avionics, radios, lighting, and other critical electrical systems in aircraft.

The ALU-6539-4 Plane Power Alternator is a 24V/75A belt-driven (BD) alternator assembly designed for aircraft requiring reliable power with moderate to high electrical demands. This alternator provides 75 amps at 24 volts, ensuring sufficient power for avionics, radios, lighting, and other essential electrical systems in general aviation aircraft. The left-hand configuration makes this alternator ideal for aircraft with specific engine configurations that require this orientation. With its belt-driven design, it efficiently transfers power while reducing engine strain, promoting fuel efficiency and system longevity.