Projects

Aviation Design Institute in China

Category： Industrial

Qingdao Aviation Technical Test Base: High-Altitude Engine & UAV Laboratory Steel Structure Project

Project Overview

Our company successfully delivered the construction of key facilities for the Qingdao Aviation Technical Test Base, a premier national-level aviation experimental platform in China.

This strategic infrastructure serves as:

The nation’s exclusive experimental platform with independent R&D capabilities for Light-duty Aero-engines.
The only facility in China capable of conducting High-Altitude Simulation Testing (HAST) at 20,000 meters for light-duty power units.

As a high-standard aerospace construction project, this development required specialized steel structure engineering, precision laboratory environments, and a high-performance industrial facade system.

Message

PROJECTS Details

Product Parameters

Project	Details
Total Construction Area	42,075.06 square meters
Facade Curtain Wall Area	Over 22,000 square meters
Laboratories Constructed	Structural Strength Laboratory, Prototype Quick – Response Center, UAV Final Assembly and Debugging Laboratory

Engineering Features & Advantages

1. Advanced Aero-Engineering Capabilities

Constructing aviation test cells requires structural standards far exceeding those of commercial buildings. Our engineering team ensured all structures meet stringent requirements for:

High-altitude environment simulation and extreme temperature resistance.
Dynamic load resistance and precision structural vibration control for engine testing.
Strict compliance with national aviation industry safety standards.

2. Large-Scale Steel Structure & Facade Integration

Managing a 42,075 $m^2$ multi-facility site required expert project coordination. The installation of over 22,000 $m^2$ of facade curtain walls provides:

Thermal Insulation: Critical for maintaining stable indoor testing environments.
Energy Efficiency: Optimized for large-scale industrial laboratory operations.
Durability: High weather resistance for long-term structural reliability.

3. High-Precision Laboratory Execution

Aviation research demands extreme accuracy. From the reinforced structural framework to the specialized interior layouts, we maintained:

Minimal Installation Tolerances: Ensuring seamless integration of high-precision testing equipment.
High-Load Bearing Capacity: Specifically engineered for heavy-duty aircraft component testing.

Strategic Impact

The facilities we constructed play a vital role in China’s aerospace innovation:

The Structural Strength Laboratory evaluates the integrity and fatigue performance of critical aircraft components.
The UAV Final Assembly & Debugging Laboratory accelerates the R&D cycle for next-generation unmanned systems.
The Prototype Quick-Response Center enables rapid iteration from design to physical prototype.

Why Partner With Us?

✔ Proven Expertise: Successfully delivered the only 20,000m-level high-altitude test platform in China.

✔ Scale & Precision: Demonstrated capability in 40,000 $m^2$+ complex industrial laboratory construction.

✔ Integrated Solutions: Comprehensive execution from heavy steel structures to high-end facade systems.

Planning a Large-Span Steel Structure

Large-span aviation and public buildings require early coordination between geometry, usable clearance, roof form, access and erection planning. The structural proposal should be based on the required unobstructed space, openings, suspended loads, local design criteria, transport limits and the contractor’s installation method.