Aircraft inspections have long been time-consuming and labor-intensive, producing inconsistent results that still cost the aviation industry thousands of dollars per hour. Current drone inspection solutions need to be deployed inside hangars with no other airplanes or equipment present, which adds to the total cost of the inspection.
Mainblades’ AI-powered aircraft inspections are revolutionizing this crucial aspect of aviation. Its fully streamlined aircraft inspection software enables mechanics and decision-makers to automatically identify anomalies, improving speed and safety in their airplane inspections. More consistent and accurate inspection data results in more reliable insights, and better insights result in data-driven decision-making in the maintenance and repair pipeline.
As the demand for commercial aircraft continues to grow, efficient inspection methods are more crucial than ever. By leveraging drone technology and software, Mainblades is transforming aircraft inspections, making them faster, more accurate, and cost-effective. Plus, their software can be adapted to the needs of your unique maintenance environment, making it a versatile and scalable solution for the industry.
Mainblades’ value proposition aligns perfectly with our investment focus and venture portfolio in maintenance and repair procedures. Collaborating with their team can save our corporate partners an estimated 25-250 man-hours per inspection, resulting in significant operational cost reductions. By reducing the inspection time from 24 hours to just 4 hours, aircraft maintenance becomes more efficient and affordable, benefiting the entire aviation industry. TechNexus is excited to work with Founders Dejan Borota, Jochem Verboom, and Mark Terheggen, and looks forward to supporting Mainblades’ ongoing growth and customer base expansion.
Still curious? Read more:
- Mainblades’ website
- For KLM, Mainblades drone inspection is about to become a vital part of aircraft maintenance
- Setting up a drone for automated aircraft inspections – step-by-step hardware assembly