Alamarin-Jet 10189 - Round Reverse Deflector 230

Article Alamarin-10189

€ 2.007,63

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

- +

Add to cart

The Alamarin-Jet 10189 Round Reverse Deflector 230 is an essential component tailored for optimizing reverse thrust functionality within Jet-245 series propulsion systems. Specifically crafted for this series, its round deflector design ensures efficient operation while maintaining durability and high-quality performance. Engineered from durable materials, this deflector guarantees precise maneuverability and enhances the reverse thrust functionality, thereby contributing to optimal performance within the propulsion system.

Description
Ask a Question

Alamarin-Jet 10189 - Round Reverse Deflector 230

Product Overview:

The Alamarin-Jet 10189 Round Reverse Deflector 230 is a specialized component designed to optimize reverse thrust functionality within Jet-245 series propulsion systems.

Key Features:
- Specifically designed for Jet-245 series
- Enhances reverse thrust functionality
- Round deflector for efficient operation
- Durable and high-quality construction
- Ensures precise maneuverability
Product Details:

The Alamarin-Jet 10189 Round Reverse Deflector 230 is an essential component meticulously crafted to enhance the reverse thrust functionality within Jet-245 series propulsion systems. Its round deflector design ensures efficient operation while maintaining durability and high-quality performance.

Crafted from durable materials, this deflector guarantees precise maneuverability and efficient reverse thrust functionality, essential for optimal performance within the propulsion system.

Compatibility:

This round reverse deflector is specifically designed for use with Jet-245 series propulsion systems.

Package Contents:
- Alamarin-Jet 10189 Round Reverse Deflector 230
Optimize the reverse thrust functionality of your Jet-245 series propulsion system with the precision-crafted Alamarin-Jet 10189 Round Reverse Deflector 230. Its durable construction and efficient design ensure precise maneuverability, enhancing the system's overall performance.