Pilot and Passenger Protection and Rescue Mechanism

Entrepreneurs

Rakhmankulov Rustam

Rakhmankulov Rustam

CEO

Industrial and energy sector executive with progressive leadership experience across metallurgy, energy, manufacturing, and infrastructure development.


Team

Beishe uulu Nurtilek

Beishe uulu Nurtilek

Head of Software Development Team

Participated in the digitalization project of Kyrgyzstan, developed software for the Ministry of Health and Education

Bakyt Aytkulov

Bakyt Aytkulov

Communications Manager

Bakyt Aytkulov is a Communications Manager at Pilot and Passenger Protection and Rescue Mechanism.

Evgeny Guryev

Evgeny Guryev

Mechanical Engineer

Evgeny Guryev is a Pilot and Passenger Protection and Rescue Mechanism.

$ 0 K

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Idea

Pilot and Passenger Protection and Rescue Mechanism is a conceptual aviation safety system designed to enhance the survival of pilots and passengers during in-flight emergencies. The core idea revolves around creating a protective environment for individuals inside the aircraft, leveraging advanced materials and engineering principles. It aims to integrate modern technology with international civil aviation standards to offer a novel approach to passenger safety beyond conventional methods.


Challenge

Pilot and Passenger Protection and Rescue Mechanism is addressing critical gaps in aviation safety where conventional designs may fall short, including high-impact crashes, fire hazards, and delayed emergency response. The system faces challenges such as deployment feasibility at low altitudes, technical validation of multi-layer protection under real-world conditions, and securing funding for prototyping, testing, and certification. Additionally, it must navigate regulatory scrutiny and demonstrate reliability against existing aviation safety standards to be viable in commercial, business, and unmanned air transport applications.


Solution

Pilot and Passenger Protection and Rescue Mechanism is centered on an autonomous protective capsule that fully encloses the passenger, shielding them from mechanical shocks and extreme heat. The capsule features multi-layer materials purportedly stronger than steel and resistant to temperatures up to 1700°C. It incorporates AI-driven control systems with redundant sensors, as well as an autonomous GPS with 48 hours of independent power for precise search and rescue. Instant deployment is designed using pyrocapsules and compressed air to ensure rapid activation during emergencies.