Air Freight Costs and Flight Arrangements from Zhengzhou to Billund

This article provides a detailed overview of the air freight flight arrangements and costs from Zhengzhou to Billund, including information on Turkish Airlines' routes, cost structure, and important considerations, aimed at helping businesses optimize their logistics strategies.
Air Freight Costs and Flight Arrangements from Zhengzhou to Billund

In international trade, air freight costs are often a crucial factor when businesses select transportation methods. For those seeking air freight pricing information from Zhengzhou to Billund, this article provides detailed flight schedules and cost analysis.

Flight Schedule Breakdown

The air freight route is operated by Turkish Airlines (TK) and consists of three flight segments.

1. First Segment: Zhengzhou (CGO) to Almaty (ALA)

Flight Number: TK6188

Departure Time (ETD): 0500

Arrival Time (ETA): 0834

Schedule: Every Tuesday

Aircraft Type: A332 (Cargo)

2. Second Segment: Almaty (ALA) to Istanbul (IST)

Flight Number: TK6188

Departure Time (ETD): 1029

Arrival Time (ETA): 1253

Schedule: Every Tuesday

Aircraft Type: A332 (Cargo)

3. Third Segment: Istanbul (IST) to Billund (BLL)

Flight Number: TK1485

Departure Time (ETD): 1215

Arrival Time (ETA): 1400

Schedule: Monday, Thursday, Saturday, Sunday

Aircraft Type: 78D (Passenger)

Pricing Overview

Regarding air freight costs, here are the key details:

  • Cargo Type: General cargo
  • Price Type: Standard rate
  • Costs: All prices are quoted in CNY and include fuel surcharges and security fees
  • Additional Fees: Customs clearance, documentation, handling, and other fees will be settled based on actual costs incurred

Note: The above rates apply only to general cargo. For special cargo, pricing may vary. Please consult the airline or freight forwarder for precise information.

By understanding the air freight arrangements from Zhengzhou to Billund, businesses can better evaluate and select appropriate logistics solutions to enhance transportation efficiency and cost-effectiveness.