The project represented a comprehensive engineering challenge rather than a simple performance upgrade. Through six complete design iterations, extensive simulation, structural optimization, and countless hours of real-world flight testing, Pok and his team refined every aspect of the aircraft to achieve record-breaking performance. The final result closely matched pre-flight engineering predictions, highlighting the precision and maturity of the team's development process.

The success of the project also reflects Pok's engineering philosophy: innovation is achieved through systematic thinking, rigorous validation, and continuous iteration. By integrating computational analysis with practical testing, he approaches product development as a balance of performance, manufacturability, durability, and user experience—principles that continue to guide Haze Flight's engineering culture today.

At Haze Flight, Pok leads multidisciplinary engineering teams in the development of next-generation FPV products for enthusiasts, professional creators, and industrial applications. His expertise spans aerodynamic optimization, lightweight composite structures, propulsion system integration, flight dynamics, and high-performance product engineering, enabling the company to transform advanced research into products trusted by pilots around the world.

Under Pok's technical leadership, Haze Flight continues to redefine the limits of compact UAV performance. While breaking world records represents a significant milestone, his broader vision is to develop technologies that make high-performance flight more accessible, inspire the next generation of innovators, and shape the future of the global FPV industry.