Vetus VDR215305 - Type 2, Constant-Velocity Joint 15, Shaft 30 mm, Flange 5"

Article Vetus.DR215305

€ 1.512,19

1-2 weeks delivery time
Price incl. 19% VAT

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The Vetus VDR215305 Type 2 Drive sets a new standard for marine propulsion, providing more freedom of movement and minimizing vibrations. With a combination of a self-aligning axial bearing and a double-acting constant velocity joint, this drive efficiently absorbs propeller thrust through its built-in thrust bearing, allowing for softer engine mounts and resulting in significantly lower vibration and noise levels. Crafted from durable stainless, black passivated steel, and heavy-duty rubber, the VDR215305 has undergone rigorous testing, proving its high performance under tough conditions with a maximum thrust capacity of up to 24,000 N. Interchangeable with other well-known models and designed for long service life, it's an essential component for optimizing your marine experience.

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Vetus VDR215305 - Type 2, ShRUS 15, Shaft 30 mm, Flange 5"

Experience more freedom of movement and less vibration with the Vetus VDR215305 Type 2 Drive featuring a self-aligning axial bearing and a double-acting constant velocity joint. This drive is designed to absorb propeller thrust through its built-in thrust bearing, allowing the engine to be mounted on softer mounts, resulting in reduced vibration and noise levels. Crafted with precision from stainless, black passivated steel, and heavy-duty rubber, this high-performance VDR has been rigorously tested under the toughest conditions and is suitable for a maximum thrust of up to 24,000 N.

Specifications:
- Type: VDR215305
- ShRUS: 15
- Shaft Diameter: 30 mm
- Flange: 5"
- Interchangeable with other well-known models
- Durable design with long service life
Note: For most popular Volvo, Yanmar, and Kanzaki Gears, special (also customer-specific) adapter flanges are available.

Upgrade your marine propulsion system with the Vetus VDR215305 Drive, designed for reliability, reduced vibration, and enhanced freedom of movement under demanding conditions.