Read the full case study to discover how the move to Fort Lauderdale enabled GAT’s growth, from a diverse talent pool to an increasing number of international airlines flying into Fort Lauderdale, and GAT’s plans for the future.
Additive manufacturing gives the aerospace industry better solutions for making UAVs, commercial aircraft and space vehicles stronger, lighter and more economical, with increased production efficiency.
Aerospace and defense companies are being confronted by the twin challenges of unprecedented competitive pressure as well as understandably demanding customers who are seeking greater accountability on program performance.
Turn your Manufacturing 4.0 ideas into action. Want insight into ways a digital factory floor and robotics can transform your manufacturing? Hear from a supplier, a robotics expert and additive manufacturing strategist in this new video.
The FDM process offers several material options, from ASA to Nylon 12, each has attributes that make it suitable for a variety of lightweight structural applications.
Additively manufactured composites offer advantages that include greater design flexibility, decreased costs and production efficiency. Download the e-book to learn how additive manufacturing enables a new era of lightweight structures with degrees of geometric complexity, part consolidation, and design optimization not previously possible.
Making jigs and fixtures using additive manufacturing provides dramatic cost savings compared to conventional machining. But the savings involve more than how the tools are made.
The future of aviation operations lies in the ability to leverage all available data sources in real-time to maximize efficiency and safety, enhancing the industry’s bottom line while improving the passenger experience.
Greater Fort Lauderdale’s aviation industry is a multibillion-dollar sector, including airlines, airframe and engine manufacturers, component parts suppliers, maintenance repair and overhaul (MRO) facilities, and allied industries such as banking and insurance.
FANS, the Future Air Navigation System, is a vital building block for an advanced satellite-based air traffic control system unconstrained by outmoded radar technology.
Aviation and cybersecurity go hand in hand. Computer systems are the driving force behind the aviation industry, and ensuring the right security measures are in place is paramount to operational wellbeing.
A number of new technologies are poised to change the game in aviation maintenance, repair, and overhaul (MRO). These technologies include highly visible innovations such as
The aviation world is changing from top to bottom; those who don’t keep up are aced out. If you don’t have the right equipment, permits, and know how, you may not be allowed to complete your Point A to Point B objectives.
In the simplest terms, airlines need to maximize the value of their aircraft by increasing profits from time in the air while decreasing the costs and time on the ground. Efficient aircraft ground operations are fundamental to meeting customer service expectations
Like never before, airlines must ensure their fleet planning processes are strategically managed. With the introduction of new technology aircraft, the airline industry is poised on the brink of unprecedented change
Airport managers increasingly face operational challenges from steady passenger growth, terminal congestion, rising costs, and difficulty in funding infrastructure. These factors are a simple recipe for deficient facilities, poor service, and unhappy passengers.
