As humanity prepares to return to the Moon after more than fifty years and sets its sights on Mars, engineers and scientists face the challenge of developing equipment that can survive in harsh extraterrestrial environments. One critical aspect is the design of tires for lunar and Martian vehicles. Traditional rubber tires used on Earth are unsuitable for space due to extreme temperatures, sharp rocks, and the absence of atmosphere. A puncture on the Moon or Mars could be catastrophic, as returning to Earth for repairs is not feasible. To address this, leading tire companies are testing new materials and structures, such as metal alloys and mesh designs, that can endure the vacuum, temperature fluctuations, and abrasive surfaces found on these celestial bodies. These efforts are part of broader collaborations with space agencies like NASA, which require robust mobility solutions for upcoming missions. The development of puncture-proof tires is essential for the success of future exploration, enabling rovers and crewed vehicles to travel safely and efficiently across alien terrains.