Helicopter Cockpits

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MOQ : 1 Unit

Helicopter Cockpits Specification

Power
2050 shp

Speed
Up to 352 km/h

Fuel Type
Aviation Turbine Fuel (ATF)

Engine Type
Twin Turboshaft

Type
Helicopter Cockpit

Condition
New

Year Built
2024

Size
3.2m x 2.6m x 1.8m

Part Type
Aircraft Cockpit Module

Material
Aluminum Alloy, Tempered Glass

Voltage
28 V DC

Weight
270 kg (Cockpit Assembly)

Helicopter Cockpits Trade Information

Minimum Order Quantity
1 Unit

Packaging Details
According to products

Main Export Market(s)
Australia, Central America, North America, South America, Eastern Europe, Western Europe, Middle East, Africa, Asia

Main Domestic Market
All India

About Helicopter Cockpits

We are efficiently meeting the requirements of numerous customers across the nation by manufacturing and supplying an exclusive range of Helicopter Cockpits. We design the cockpit with the help of our expert manpower using superior grade materials and components. The materials, we use are sourced from the certified vendors of the market. The quality inspectors check the Helicopter Cockpits on certain quality parameters before offering to clients at the cost effective prices.

Features:

Easy installation
Longer life span
Maintenance free

Helicopter Cockpits:

Hi-Tech is also extensively involved in simulators i.e., fabrication of Cabin Structures and Integration of Mechanical Assemblies since the year 2000 onwards we have great expertise in the same.

We have already fabricated for various segments in Defense Sector i.e. Army, Navy & Air Force. Who are our end Customers. Few of the Products we have delivered includes Passenger Simulator (Helicopter), Fighter Simulator (Helicopter), Sub Marine Simulator (Ship) etc.

The scope of work includes. Cockpit modification and Re-engineering as applicable to simulators confirm to JAR-STD 2H standards including inter phase frame and other structures used in Dynamic/Stationary/Mobile Simulators.

We also undertake design, fabrication and fitment of visual Dome and instructor; station for the simulators.

Advanced Material and Durability

Constructed from high-grade aluminum alloy and tempered glass, the cockpit module guarantees both protection and longevity. The carefully designed assembly resists corrosion and impact, supporting safety and operational reliability even in demanding flight environments. These materials also contribute to a reduced yet robust structure, keeping the assembly weight at just 270 kg.

Powerful Performance Integration

This cockpit seamlessly accommodates twin turboshaft engines, delivering a total power output of 2050 shp and supporting flight speeds up to 352 km/h. With its compatibility for Aviation Turbine Fuel (ATF), this module is tailored for high-performance operations, making it suitable for a diverse range of helicopter models and missions in 2024 and beyond.

FAQs of Helicopter Cockpits:

Q: How is the helicopter cockpit module installed in a new aircraft?

A: The cockpit module is designed for secure integration into compatible helicopter frames. Installation is managed by certified technicians under manufacturer guidelines to ensure all systems, including electrical and avionic connections, seamlessly interface with the aircraft.

Q: What are the key benefits of choosing a 2024 twin turboshaft cockpit?

A: Opting for this cockpit module offers advanced performance with a 2050 shp twin turboshaft setup, efficient fuel use with ATF, state-of-the-art safety features, and modern materials like aluminum alloy and tempered glass for optimal pilot protection and clear visibility.

Q: When should the cockpit module be serviced or maintained?

A: Regular service is recommended according to the helicopters maintenance schedule or after intensive flight hours. Inspections ensure the integrity of the tempered glass, electronic systems powered by the 28 V DC supply, and structural components remain in optimal condition.

Q: Where are these helicopter cockpit modules manufactured and supplied?

A: These cockpit modules are manufactured, exported, and supplied by leading firms in India, serving clients both domestically and internationally with high-quality aerospace components.

Q: What is the process for customizing a cockpit for specific helicopter models?

A: Customization begins with a detailed assessment of the helicopters requirements followed by engineering adjustments in size, interface adaptors, and system compatibility, ensuring the cockpit module aligns perfectly with the clients operational needs.

Q: How does the use of Aviation Turbine Fuel (ATF) enhance cockpit performance?

A: Using ATF improves engine efficiency, provides cleaner combustion, and supports the high output of 2050 shp, enabling the helicopter to achieve speeds up to 352 km/h while maintaining reliability and power.

Q: What are the recommended usage scenarios for this cockpit assembly?

A: This cockpit module is ideally used in new helicopter builds, modernizations, or as a replacement in operational fleets requiring enhanced safety, updated technology, and higher performance capabilities for both commercial and defense applications.

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