HeliEngine

Винт 6-32-Кд ОСТ 1.31543-80

Винт 6-32-Кд ОСТ 1.31543-80

$124.00

6-32-Кд ОСТ 1.31543-80 ” Introducing the Винт 6-32-Кд ОСТ 1.31543-80, a precision-engineered helicopter component that sets the standard for mechanical excellence in the aviation industry. Designed to exacting specifications, this propeller shaft boasts unparalleled quality and durability, making it an essential part for ensuring optimal performance and safety in helicopter operations. Crafted with precision and expertise, the Винт 6-32-Кд ОСТ 1.31543-80 guarantees smooth and efficient power transmission, enhancing the overall functionality of the aircraft. Trust in this high-performance helicopter part to deliver reliable and consistent results, meeting the rigorous demands of the aviation sector with ease. Elevate your aircraft’s capabilities…

SKU: 6-32-Кд ОСТ 1.31543-80
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Description

Helicopter Spare Parts Procurement Made Simple

In our spare parts catalog you will find:

Винт 6-32-Кд ОСТ 1.31543-80

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Product Name: Винт 6-32-Кд ОСТ 1.31543-80

Description: The Винт 6-32-Кд ОСТ 1.31543-80 is a precision-engineered mechanical component designed for use in helicopter systems. This part is manufactured to meet the exacting standards of ОСТ 1.31543-80, ensuring optimal performance and reliability in aviation applications.

Features:

  • Precision-engineered for accuracy
  • Designed for use in helicopter systems
  • Complies with ОСТ 1.31543-80 standards
  • Enhances performance and reliability

Specifications:

  • Part Number: Винт 6-32-Кд ОСТ 1.31543-80
  • Standard: ОСТ 1.31543-80
  • Size: 6-32
  • Material: High-quality aircraft-grade material
  • Application: Helicopter systems

Compatibility: This mechanical component is compatible with a wide range of helicopter models and systems, making it a versatile and essential part for aviation maintenance and repairs.

Usage: The Винт 6-32-Кд ОСТ 1.31543-80 is utilized in critical areas of helicopter systems where precision and durability are paramount, ensuring safe and efficient operation in challenging environments.

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