Engineers use aluminum profiles in a variety of transportation vehicles for commercial, government, and public spaces. Their lightweight, customizable build provides useful solutions for mobility and transit. Learn more about the innovative purpose of aluminum profiles with the following five examples.
The design of helicopters, airplanes, and military jets use aluminum as a primary component. Aircraft must have durable and lightweight parts that abide by the weight limits in the air. Lighter loads also reduce CO2 emissions and contribute to sustainable goals.
Automotive aluminum parts make car repairs and manufacturing cost-effective and efficient. These high-performance components provide support for engine parts, suspension systems, and vehicle frames to lessen the weight of the car. A lightweight, durable car increases its safety features and improves the fuel economy of the vehicle.
For trains, aluminum profiles promote the longevity of railway routes because the metal is resistant to rust. Therefore, aluminum train components reduce maintenance, decrease replacement costs, and can withstand harsh weather conditions.
Train car body shells and interior components use aluminum profiles to build a resilient structure. With a lightweight design, they provide cost-effective solutions for both commercial and public transport.
Aluminum profiles are useful for transportation devices that travel through the ocean. Many marine structures, like submarines and large boats, use aluminum to construct hulls and superstructures. Their corrosion resistance also combats high levels of saltwater, making them useful in deep-sea investigations or long-distance travel.
Engineers can expect less maintenance with aluminum marine equipment because of their durable structure. This reduces any scrap ending up in the waters and saves on replacement costs for the industry.
In everyday transit, buses and tram interiors use aluminum profiles for modular constructions. These durable, adaptable structures are easily customizable for local designs or recognizability. Their minimal maintenance requirements decrease downtime for local transit to accommodate cities that never rest.
For a versatile, lightweight structure, aluminum profiles offer many solutions for transportation specialists. Many engineers implement aluminum materials for their transport structures to effectively navigate the land, air, and water without delay.
Gather your own materials with custom aluminum fabrication from reliable automation specialists. With aluminum profiles, you can design transportation that minimizes maintenance costs, improves fuel efficiency, and provides safe travels for both products and people.
