Introduction
Konner has been developing advanced aeronautical products since 2002, leveraging 25 years of expertise to create high-performance and reliable helicopters. The K1 helicopter is a result of ten years of research, combining technology with freedom of movement, while the K2 model offers enhanced comfort and design with the TK 250 turbine.

Specifications
The K1 helicopter is equipped with a Konner TK-250 turboshaft engine, capable of using various fuel types including diesel and biodiesel. It offers a maximum power of 250 shp for 5 minutes, with a maximum takeoff weight of 990 lb and an empty weight of 638 lb. The helicopter can cruise at 115 knots and has a maximum range of 320 nautical miles.

Safety Features
The K1 S19 model emphasizes safety with active and passive systems integrated into its design. It features a carbon fiber fuselage for energy absorption during impacts, 4-point safety belts, flexible fuel tanks, and a Hybrid Assistant System for enhanced security.

Design and Materials
The K1 introduces a monolithic carbon fiber structure, commonly used in aerospace and Formula 1, to reduce weight and improve structural integrity. The main rotor is a 3-bladed semi-articulated system made from composite materials, ensuring high reliability and reduced maintenance costs.

Engine Management
The helicopter is equipped with a FADEC system that automates engine management, ensuring safety and reducing pilot workload. The system maintains engine parameters within safe limits and simplifies startup and shutdown procedures.

Conclusion
The K1 helicopter is designed for versatility, handling, and precision, making it ideal for operational missions such as research and monitoring. Its advanced materials and systems provide a balance of performance, safety, and ease of use.