EFT Carbon Fiber Arm Tube Ï†3532380 for E416P/E616P

Name: EFT Carbon Fiber Arm Tube Ï†35*32*380 for E416P/E616P
Brand: EFT
SKU: DRFC-0529
Price: 3879.00 INR
Availability: OutOfStock

₹3,879.00 (Inclusive of all taxes)

Out of Stock

This EFT carbon fiber arm tube, measuring Ï†35*32*380mm, is specifically designed for structural integrity on E416P and E616P agricultural drones. It provides lightweight durability essential for maintaining flight stability and payload capacity in demanding operations.

Features

Robust carbon fiber construction ensures high strength-to-weight ratio.
Precision-engineered Ï†35mm outer, Ï†32mm inner diameter, 380mm length.
Direct compatibility with EFT E416P and E616P agricultural drones.
Essential structural component for stable flight and optimal payload handling.

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Description

The EFT Carbon Fiber Arm Tube Ï†35*32*380 is a fundamental structural component engineered to integrate seamlessly with EFT E416P and E616P agricultural drone platforms. This arm plays a pivotal role in defining the airframe’s rigidity and overall flight dynamics. Its precise cylindrical dimensions and robust composite construction are crucial for distributing the stresses of propulsion, payload weight, and flight maneuvers across the drone’s frame, ensuring structural integrity under operational loads.

Crafted from advanced lightweight yet exceptionally durable carbon fiber materials, this arm tube is designed to minimize overall aircraft weight while maximizing structural strength. This meticulous engineering contributes directly to enhanced flight stability, improved efficiency, and reliable performance, particularly critical for precision agriculture and heavy-lift applications. Correct installation of this arm assembly is paramount for maintaining the drone’s balance and preventing unwanted vibrations or structural fatigue during extended flight missions.

Key Features

Constructed from high-grade composite carbon fiber for superior strength.
Optimized strength-to-weight ratio enhances drone efficiency and payload capacity.
Precision manufactured with Ï†35mm outer diameter and Ï†32mm inner diameter.
Standardized 380mm length ensures direct fitment for specified EFT platforms.
Designed for quick and secure integration into compatible drone arm assemblies.
Durable black finish for enhanced aesthetics and environmental resistance.

Applications

Agricultural spraying drones (EFT E416P, E616P)
Precision farming UAVs for crop monitoring
Heavy-lift commercial drone platforms
Industrial inspection and mapping UAVs

Technical Specifications

Item Type	Structural Component
Material	Carbon Fiber Composite
Outer Diameter (OD)	35mm
Inner Diameter (ID)	32mm
Length	380mm
Compatibility	EFT E416P, EFT E616P

Frequently Asked Questions

What specific drones are compatible with this EFT carbon fiber arm tube?

This arm tube is engineered for direct compatibility with the EFT E416P and E616P agricultural drone models. It serves as a crucial structural replacement or upgrade, ensuring the airframe maintains its designed integrity, strength, and balance essential for stable flight and safe payload management during various agricultural operations.

What are the key dimensions of this carbon fiber arm tube?

The arm tube features an outer diameter (OD) of 35mm, an inner diameter (ID) of 32mm, and an overall length of 380mm. These precise dimensions are critical for ensuring a perfect fit within the specified EFT drone frames, contributing to the overall structural rigidity and preventing issues like vibration or instability in flight.

Why is carbon fiber the preferred material for drone arm tubes?

Carbon fiber is chosen for its exceptional strength-to-weight ratio, offering high rigidity and durability while keeping the drone's overall weight low. This property is vital for improving flight efficiency, extending battery life, and enabling greater payload capacity, especially crucial for agricultural drones carrying heavy liquids or sensors.

How does this arm tube contribute to drone flight stability?

This carbon fiber arm tube forms a core part of the drone's structural chassis. Its inherent stiffness minimizes flex and torsional twist in the airframe, which directly translates to improved flight stability and precise control. A rigid frame is essential for accurate flight path execution, especially when operating with heavy or dynamic payloads.