The Python Drive is a flexible shaft coupling used in marine applications to connect a boat's engine to its propeller shaft. It compensates for alignment issues, reducing vibration and wear. Featuring components like homokineet joints, the Python Drive helps in smoothly transferring power from the engine to the propeller. This technology is often used in various types of boats and yachts, offering an efficient and quiet operation, and can be integral to solving common drive problems.
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1-2 weeks delivery time Price incl. 19% VAT The Python Drive P30-R CV Joint is a high-performance component designed for shafts with diameters ranging from 19 to 30 mm. With a maximum torque capacity of 30 Kgm (294 Nm) and a maximum stop force of 4.3 kN, this joint is ideal for 50 hp (3000 RPM) engines with a 2.5:1 gearbox ratio. The coupling diameter is 100 mm, and it comes in three available lengths: 145 mm, 165 mm, or 195 mm, providing flexibility for different applications.
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1-2 weeks delivery time Price incl. 19% VAT The Python Drive P60-B Constant Velocity Joint is designed to ensure smooth torque transmission for marine propulsion systems. It is suitable for shafts with diameters ranging from 1 1/4" to 40 mm and offers a maximum torque of 60 Kgm (588 Nm). With a coupling diameter of 100 mm and lengths available in 145 mm, 165 mm, or 195 mm, it is compatible with 70 hp (2600 RPM) engines and a 3:1 gearbox ratio. This robust CV joint offers exceptional durability and performance for a variety of marine applications.
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1-2 weeks delivery time Price incl. 19% VAT The Python Drive P60-K Constant Velocity Joint is designed for marine propulsion systems, offering smooth and efficient torque transfer. It is suitable for shafts with diameters ranging from 30 to 40 mm and is capable of handling a maximum torque of 60 Kgm (588 Nm). This CV joint is compatible with 70 hp (2600 RPM) engines and a 3:1 gearbox, with available lengths of 145 mm, 165 mm, or 195 mm. The coupling diameter is 100 mm, ensuring reliable performance and minimal vibration for a smooth boating experience.
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1-2 weeks delivery time Price incl. 19% VAT The Python Drive P80-M CV Joint is designed for high-performance marine propulsion systems, capable of handling shafts with diameters from 30 to 45 mm. With a maximum torque capacity of 80 Kgm (785 Nm) and a maximum stop force of 8 kN, this CV joint is ideal for 105 hp (3000 RPM) engines paired with a 3:1 gearbox. The coupling diameter is 100 mm, and it comes in three different lengths: 145 mm, 165 mm, or 195 mm, allowing for a flexible installation. This CV joint ensures smooth and efficient torque transmission, providing reliable performance in demanding marine conditions.
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1-2 weeks delivery time Price incl. 19% VAT The Python Drive P80-S CV Joint is designed for high-power marine engines, offering exceptional performance for shafts with diameters between 30 and 45 mm. With a maximum torque of 80 Kgm (785 Nm) and a maximum stop force of 12 kN, it is ideal for 135 hp (2500 RPM) engines equipped with a 2:1 gearbox. The coupling diameter is 100 mm, and available lengths of 145 mm, 165 mm, or 195 mm provide flexibility to suit different installations. This CV joint ensures smooth torque transmission and reliable performance under heavy load conditions, making it perfect for demanding marine applications.
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1-2 weeks delivery time Price incl. 19% VAT The Python Drive P110-S CV Joint is engineered for high-performance marine engines, offering a robust solution for shafts with diameters between 35 and 45 mm. With a maximum torque of 110 Kgm (1080 Nm) and a maximum stop force of 12 kN, this CV joint is ideal for 135 hp (2800 RPM) engines with a 3:1 gearbox ratio. The coupling diameter is 108 mm, and the available lengths of 180 mm or 225 mm provide versatility for various installation requirements. Designed for demanding marine applications, the P110-S ensures smooth torque transmission and reliable operation even under heavy load conditions.
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1-2 weeks delivery time Price incl. 19% VAT The Python Drive P110-T CV Joint is a high-capacity component designed for shafts with diameters from 35 to 50 mm. It supports a maximum torque of 110 Kgm (1080 Nm) and a maximum stop force of 18 kN, making it suitable for 175 hp (2400 RPM) engines with a 2:1 gearbox. The coupling diameter is 108 mm, and you can choose between two available lengths: 180 mm or 225 mm, depending on your needs. This CV joint ensures smooth torque transfer and reliable performance, even under heavy load conditions, providing durability for demanding marine applications.
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1-2 weeks delivery time Price incl. 19% VAT The Python Drive P140-T CV Joint is a high-performance component designed for shafts with diameters ranging from 40 to 55 mm. It supports a maximum torque of 140 Kgm (1370 Nm) and a maximum stop force of 18 kN, making it suitable for 160 hp (2500 RPM) engines with a 3:1 gearbox. The coupling diameter is 128 mm, and it comes in two length options: 180 mm or 225 mm, allowing for flexible installation. This CV joint ensures smooth torque transfer and exceptional durability for demanding marine applications.
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1-2 weeks delivery time Price incl. 19% VAT The Python Drive P200-T CV Joint is engineered for shafts with diameters ranging from 40 to 60 mm. It offers a maximum torque capacity of 200 Kgm (1960 Nm) and a maximum stop force of 18 kN. Ideal for 250 hp (2400 RPM) engines with a 2.5:1 gearbox, this CV joint ensures efficient power transmission. The coupling diameter is 148 mm, and the available length is 225 mm. Designed for high-performance marine propulsion, it ensures smooth operation even under heavy loads and high torque.
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1-2 weeks delivery time Price incl. 19% VAT The Python Drive P200-Q CV Joint is designed for shafts with diameters ranging from 45 to 60 mm, and is capable of handling a maximum torque of 200 Kgm (1960 Nm) with a maximum stop force of 22 kN. Ideal for 200 hp (2200 RPM) engines with a 3:1 gearbox, this CV joint ensures efficient and reliable power transmission. The coupling diameter is 148 mm, and the coupling length is 225 mm. It is engineered for high-performance marine applications where durability and smooth operation under heavy loads are essential.
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1-2 weeks delivery time Price incl. 19% VAT The Python Drive P200-W CV Joint is a high-performance component designed for shafts with diameters ranging from 50 to 60 mm. It handles a maximum torque of 200 Kgm (1960 Nm) and a maximum stop force of 30 kN. This CV joint is ideal for 200 hp (2200 RPM) engines with a 3:1 gearbox. With a coupling diameter of 148 mm and a length of 225 mm, it ensures efficient power transfer, minimal vibration, and smooth operation in demanding marine environments.
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1-2 weeks delivery time Price incl. 19% VAT The Python Drive P501-Q CV Joint is a robust solution for high-performance marine propulsion systems. Designed for shafts with diameters of 55 to 60 mm, it supports up to 500 Kgm (4900 Nm) of torque and a maximum stop force of 22 kN. Ideal for 430 hp (2300 RPM) engines with a 2.5:1 gearbox, this CV joint ensures efficient power transfer and reduced vibration with its 198.1 mm coupling diameter and 221 mm length.
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Our managers will contact you and clarify the terms of the order
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1-2 weeks delivery time Price incl. 19% VAT The Python Drive P501-W CV Joint is designed for high-performance marine systems, supporting shafts with diameters from 60 to 80 mm. With a maximum torque of 500 Kgm (4900 Nm) and a maximum stop force of 30 kN, it is ideal for engines producing 620 hp (2400 RPM) with a 2.5:1 gearbox. The coupling diameter is 198.1 mm, and it comes in lengths of 221 mm or 260 mm, offering flexibility to meet specific installation needs.
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1-2 weeks delivery time Price incl. 19% VAT The Python Drive P501-L CV Joint is engineered for high-performance marine applications, supporting shafts with diameters between 60 and 80 mm. This CV joint can withstand a maximum torque of 500 Kgm (4900 Nm) and a maximum stop force of 45 kN. Designed for 420 hp (1900 RPM) engines with a 3:1 gearbox, the coupling diameter is 198.1 mm, and it comes in lengths of either 221 mm or 260 mm, offering flexibility in installation.
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What is the function of a Python Drive in marine applications, and how does it address common problems associated with propulsion systems?
A Python Drive is a crucial component in marine applications, functioning as a flexible coupling system that connects the engine to the propeller shaft. This innovative solution addresses common problems associated with propulsion systems by absorbing and dampening vibrations, reducing noise levels, and preventing misalignment issues. Its installation, such as the Python Drive P30 R, ensures smooth power transmission and enhanced durability, ultimately contributing to a more efficient and reliable boating experience.
Can you explain the role of a homokineet joint in a Python Drive system and how it contributes to the smooth transfer of power from the engine to the propeller?
In a Python Drive system, a homokineet joint plays a critical role in ensuring the smooth transfer of power from the engine to the propeller. This component, often referred to as a homokinetic joint or constant velocity joint, accommodates the angular movement between the engine and the propeller shaft while maintaining a consistent rotational speed. By doing so, the homokineet joint minimizes vibrations, reduces wear and tear on the system, and helps prevent misalignment issues. This vital function enhances the overall efficiency and reliability of the Python Drive system, addressing common problems associated with propulsion systems and contributing to a seamless boating experience.
In what types of boats and yachts is the Python Drive commonly used, and how does it impact the overall propulsion system?
The Python Drive is commonly utilized in a variety of boats and yachts, ranging from smaller pleasure craft to larger luxury vessels. Its installation significantly impacts the overall propulsion system by providing a flexible and efficient connection between the engine and the propeller shaft. This innovative system helps mitigate common propulsion problems such as vibrations, misalignment, and noise, ensuring smoother power transmission, enhanced maneuverability, and a more enjoyable and reliable boating experience across different types of marine vessels.