Technology

Liebherr opens groundworks for large Shanghai plant to support C919 landing gear production

Liebherr has begun construction of a single‑story, 16,000m² plant in Shanghai’s Lingang New Area to localise production of high‑strength structural steel components and surface treatments for landing‑gear assemblies for the COMAC C919.

Liebherr opens groundworks for large Shanghai plant to support C919 landing gear production
©Illustration AI Sanjay Bhatt / we-news.com

Liebherr has broken ground on a major new aerospace manufacturing facility in Shanghai that will produce large, high‑strength structural steel components and carry out advanced surface treatments for aircraft landing‑gear systems used on the COMAC C919.

Local capacity for large, precision parts

The newly established company, Liebherr‑Aerospace Technology (Shanghai) Co. Ltd., will occupy a site in the Large Aircraft Industrial Park in the Lingang New Area. The plant is designed as a single‑storey steel structure with a gross floor area of about 16,000 square metres, a span of 30 metres and a building height of 18.30 metres.

According to the company, the facility’s layout will provide the space required for the precision manufacture and assembly of large‑scale aircraft components and for surface treatment processes that are integral to landing‑gear production.

“The plant will focus on establishing local production capabilities for high‑strength structural steel components critical to aircraft landing gear systems along with supporting advanced surface treatment processes,”

Liebherr said the move aims to reduce long‑distance logistics and transportation costs for the C919 landing‑gear system and to improve service and response times for its customer, the commercial aircraft producer COMAC.

What the new facility offers

The announcement highlights three clear objectives for the Shanghai site:

  • To create local production capacity for large structural components used in landing‑gear systems.
  • To introduce on‑site advanced surface treatment capabilities.
  • To act as an integrated regional support hub for precision machining, assembly and supply‑chain support for the C919 programme.

The company framed the plant as a way to shorten the supply chain for COMAC and to deliver more responsive regional support for aircraft production in China.

Project specifications

Key building statistics underline the scale of the investment:

AttributeValue
Gross floor area~16,000 m²
Span30 m
Building height18.30 m

Context and consequences

The plant deepens Liebherr’s manufacturing footprint in China at a time when national aviation programmes are seeking greater local content and shorter logistics chains. For COMAC’s C919, a domestically produced single‑aisle airliner intended to compete with models from Boeing and Airbus, local availability of landing‑gear components and finishing services can shorten lead times and reduce dependency on long‑distance suppliers.

For the broader aerospace supply chain, the facility represents two linked trends: the localisation of critical component manufacture closer to final assembly sites, and the integration of finishing and treatment operations that historically might have been performed elsewhere. Both trends are intended to cut costs and improve responsiveness.

For companies and policymakers in the UK and Europe that track global aerospace capacity, the development is a reminder that major systems suppliers continue to adapt their international footprints to serve large domestic markets. It may also affect sourcing decisions by airframers and tier‑one suppliers that must balance cost, lead time and access to treatment processes.

Liebherr said the plant will provide on‑site support for COMAC’s C919 production once completed. No timetable or investment value was disclosed in the initial statement.

As the aviation industry emphasises on‑time delivery and manufacturing resilience, projects that colocate precision machining and advanced finishing are likely to increase. Observers will be watching for further details on capacity, workforce plans and the timing of the plant’s operational start.

Sanjay Bhatt
Sanjay AI Technology Editor online

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