The Audi Lunar Quattro Moon Rover is Ready for the Lunar Surface
Michael Hemsworth — December 1, 2016 — Autos
References: audi-mediacenter & geeky-gadgets
With the project started back in 2015, the new Audi Lunar Quattro Moon Rover has been unveiled by the automotive brand as an innovative vehicle that's prepared for the lunar surface. Packed with an e-tron battery, the vehicle weighs 30kg and is made from a mix of materials including aluminum to ensure the best efficiency possible.
New projects and missions are being announced consistently that are all focused on settling on the Moon and Mars, which has created a newly invigorated interest in space exploration. This is evident with this announcement from Audi, which comes as something of a surprise as well as a logical project development.
The Audi Lunar Quattro Moon Rover has been rigorously tested to ensure it's ready for the outer space experience.
New projects and missions are being announced consistently that are all focused on settling on the Moon and Mars, which has created a newly invigorated interest in space exploration. This is evident with this announcement from Audi, which comes as something of a surprise as well as a logical project development.
The Audi Lunar Quattro Moon Rover has been rigorously tested to ensure it's ready for the outer space experience.
Trend Themes
1. Space Exploration Vehicles - Automakers can capitalize on the growing interest in space exploration by creating innovative vehicles that are specifically designed for missions to the Moon and Mars.
2. Lightweight Materials - Automakers can improve the efficiency of their vehicles by using lightweight materials, such as aluminum, in their design and manufacturing processes.
3. Eco-friendly Batteries - Automakers can reduce their carbon footprint by using eco-friendly batteries, such as the e-tron battery used in the Audi Lunar Quattro Moon Rover.
Industry Implications
1. Automotive Industry - Automakers can expand their product lines to include space exploration vehicles and create partnerships with space agencies to develop mission-specific vehicles.
2. Advanced Materials Industry - Advanced materials companies can capitalize on the demand for lightweight materials by partnering with automakers to develop new, innovative designs that increase efficiency while maintaining durability and safety standards.
3. Battery Industry - The battery industry can increase their market share by developing eco-friendly batteries that meet the power and durability needs of the automotive industry, specifically for vehicles designed for space exploration missions.
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