The Drive Shaft – Rear – 6C04057512 is a genuine OEM replacement part designed for Kubota B7410D tractors, specifically for the front axle 4WD system. It features 14 splines for secure and efficient power transfer to the wheels.
- OEM Quality: Genuine Kubota part ensures a perfect fit and optimal performance for Kubota B7410D tractors.
- 14 Splines: Provides secure power transfer and a precise fit within the 4WD front axle system.
- Durable Construction: Made from high-quality materials designed to withstand heavy-duty use in challenging environments.
- Efficient Power Transfer: Ensures smooth transmission of power from the engine to the front wheels for effective 4WD functionality.
- Easy Installation: Direct-fit OEM replacement part for hassle-free installation.
The Kubota 6C040-57512 Drive Shaft is engineered for optimal performance in front and rear drive systems. This essential component transfers power efficiently, ensuring the smooth operation of your tractor’s drivetrain. Manufactured to Kubota’s rigorous standards, this drive shaft offers exceptional durability and a precise fit for hassle-free installation. It’s an ideal replacement part for maintaining the performance and reliability of your tractor.
Features:
- Durable Construction: Made from high-strength materials to withstand heavy use and challenging environments.
- Efficient Power Transmission: Ensures smooth and reliable power transfer between components.
- Precision Fit: Custom-designed to integrate seamlessly with Kubota tractor systems.
- Wide Compatibility: Suitable for multiple B-Series tractor models.
- Easy Installation: Designed for straightforward replacement, reducing downtime.
Compatibility:
The Kubota 6C040-57512 Drive Shaft is compatible with the following models:
- B1700 Series: B1700D
- B2100 Series: B2100D
- B7410D
- B7500 Series: B7500D, B7500DTN
- B7510 Series: B7510D, B7510DN
- B2320 Series: B2320DT, B2320DTN(-1), B2320DTWO
- B2400D
Applications:
- Transfers power efficiently between drivetrain components.
- Enhances the performance and reliability of front and rear drive systems.
