The most demanding components and systems delivered on time
A Flexible Resource for Lightweight Systems
As one of the most experienced organisations in this sector of the aerospace industry, Senior Aerospace BWT has engineering and manufacturing facilities which meet and exceed the demanding requirements of its customers, providing high quality, cost-effective products in the shortest possible lead-time.
Our company employs a multi-disciplined engineering team with extensive experience in the application and development of lightweight material technology in the aerospace sector.
This team has been influential in the successful implementation of many of the air distribution ducting systems currently in service. Speed of response and the flexibility of the engineering function is achieved through the use of advanced technologies and development techniques, such as state-of-the-art computer aided design and analysis capabilities, in-house tooling manufacture and reverse engineering and skilled project management.
Flowmaster2 flow analysis
Senior Aerospace BWT has the capability to offer a cost effective solution to airflow testing and balancing on distribution ducting systems, by means of purpose built test rigs, thus aiding the qualification and certification process.
Testing can be carried out on complete ducting systems, or sections of the system to define airflow balancing provisions.
The main distribution systems, avionics ventilation and recirculation systems are typical of those that can be balanced.
Senior Aerospace BWT’s highly motivated, multi-skilled and flexible workforce are dedicated to exceeding their customers expectations for high quality products delivered on time.
An integrated business operating system provides information to support front end sales & operations planning, production scheduling, product tracking and business performance monitoring data.
We constantly strive to improve processes, build on existing platforms and innovate cutting edge technology to manufacture the most demanding components and systems.