Flyability wins Airwards’ Survey and Inspection award

Flyability has been honored by Airwards as the winner in the Survey and Inspection category for its groundbreaking solution, *Confined Space Inspection Drones*. This recognition highlights the company’s innovative use of indoor drones to revolutionize how inspections are conducted in hazardous environments. Over the past year, Flyability has showcased the real-world impact of its Elios drones. From exploring ice caves in Greenland to inspecting an abandoned nuclear reactor at Chernobyl, and even surveying a dam under construction high in the Swiss Alps, these missions have demonstrated the versatility and resilience of the technology. Beyond these high-profile projects, the Elios 2 has become a game-changer across multiple industries. Companies using the drone have saved millions in inspection costs, reduced downtime, and eliminated thousands of hours of dangerous manual entry into confined spaces. These results have made it a critical tool for safety and efficiency. Airwards recently announced Flyability as the winner in the Survey and Inspection category, acknowledging the company’s leadership in transforming traditional inspection methods. “We’re proud that our work to replace human entry with drones in dangerous indoor environments has been recognized,” said Patrick Thévoz, co-founder and CEO of Flyability. “Since 2014, we’ve focused on creating solutions that keep people out of harm’s way. This award is a testament to our mission and the progress we’ve made.” The Elios 2 not only enhances safety but also speeds up and reduces the cost of inspections. These advantages were key factors in Airwards’ decision to honor Flyability this year. According to the Airwards judges: “Flyability offers a market-leading solution that makes a global impact in inspecting hard-to-reach areas while keeping humans safe. The drone is well-designed, highly effective, and clearly prioritizes personnel safety. It eliminates the need for manual inspections in dangerous locations and helps facilities operate more efficiently and sustainably. This isn’t about replacing jobs—it’s about supporting workers and protecting them from risk.” Airwards is the first platform dedicated to recognizing and promoting impactful drone applications worldwide. This year’s winners also include American Robotics, Volansi, and White Fox Defense Technologies. Alexandre Meldem, VP of Sales at Flyability, noted, “Industries like Oil & Gas, Wastewater Management, and Food and Beverage are increasingly seeing the value of indoor drones in improving safety and cutting costs. Our team has worked tirelessly to develop this technology, and we remain committed to advancing it to make confined space inspections safer for everyone.” For more information on this year’s Airwards winners, visit the official website. --- **About Flyability** Flyability is a Swiss-based company that develops innovative solutions for inspecting and exploring indoor, inaccessible, and confined spaces. By enabling safe drone operations inside buildings, Flyability helps industrial companies reduce risks, lower costs, and minimize downtime. With hundreds of customers across 50+ countries, Flyability leads the commercial indoor drone industry in power generation, oil and gas, chemicals, maritime, infrastructure, utilities, and public safety. Learn more at [www.flyability.com](http://www.flyability.com) or follow us on @fly_ability. **Contact:** info@flyability.com | +41 21 311 55 00

Rubber Machinery Screw

Rubber machinery is used to extrude treads, inner tubes, hoses and various rubber strips, as well as to coat cables and wire products. The common one is the screw extruder.

After more than 20 years of continuous development, Zhejiang jinteng Machinery Manufacturing Co., Ltd. has become a famous production base and supporting center of screw and barrel for plastic machinery in China.

Rubber Machinery Screw,Rubber Machine Screw,Black Machine Screws,Mechanical Screw

Zhejiang Jinteng Machinery Manufacture Co., Ltd. , https://www.jintengmachine.com