$ 830,89
1-2 weeks delivery time
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Osculati 52.522.26 is a 3-blade, left-hand rotation Solas New Saturn stainless steel propeller with a diameter of 13" and a pitch of 19". This model is specifically designed for counter-rotating setups in Mercury 75–125 HP engines (2-stroke and 4-stroke) and is compatible with Yamaha, Honda, Suzuki, Tohatsu, Evinrude, and Selva outboards. It is ideal for high-speed performance, especially in twin-engine configurations, offering excellent thrust, corrosion resistance, and reduced steering torque.
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Osculati 52.522.26 – Solas New Saturn Ø13 x 19 Left Propeller
The Osculati 52.522.26 is a high-performance left-hand (counter-rotating) propeller from the Solas New Saturn series. With a 13-inch diameter and a 19-inch pitch, this 3-blade stainless steel propeller is designed to maximize top-end speed and handling efficiency. It is particularly well-suited for twin-outboard boats where counter-rotation is required on the port engine.
Technical Specifications
Item Code Osculati 52.522.26 Brand Solas Model New Saturn Material Stainless Steel Number of Blades 3 Rotation Left-hand (Counter Rotation) Diameter 13 inches Pitch 19 inches
Compatibility
- Mercury 75–125 HP (2-stroke and 4-stroke, left-hand rotation)
- Yamaha 70–115 HP (counter-rotating variants)
- Selva (Yamaha-based LH models)
- Honda BF75, BF90, BF100 (LH compatible)
- Tohatsu 90–115 HP
- Suzuki DF70–DF115 (left-hand rotation models)
- Evinrude E-TEC 75–115 HP (LH rotation)
Key Features
- High-pitch 19" propeller for top-speed optimization
- Counter-rotating design for twin-engine configurations
- Stainless steel construction ensures durability and corrosion resistance
- Precision balancing reduces vibration and noise
- Ideal for high-performance saltwater or freshwater use
This left-hand propeller is ideal for port-side installation in twin-engine setups or for engines requiring reverse rotation. The Solas New Saturn Ø13 x 19 delivers strong acceleration and top-end speed while minimizing steering torque and enhancing fuel efficiency under heavy loads.
Documents
Osculati Catalogue 2025 - page 1036 Size: 175,4 Kb -
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