The PIKE Paradigm is  an exciting and innovative project in the field of GPS Sport category model aircraft. It’s impressive that it’s designed with specific features and technology to cater to GPS Sport flying and other applications like slope alpine flying or recreational flying with an electric motor. Here are some key points to highlight about the PIKE Paradigm

Wingspan and Configuration: The substantial wingspan of 4726 mm and the three-part wing configuration suggest stability and potential for soaring. This can be crucial for performance in various flying conditions.

Increased Rudder Power: Enhancing rudder effectiveness is crucial for achieving harmony and control in all three axes of the aircraft. This increased rudder power contributes to a better overall flying experience, especially in thermals.

Climb Performance in Narrow Thermals: Even when flying at maximum wing loading in narrow thermals with high bank angles and low speeds, it’s essential for the glider to maintain good climb performance. The amount of lift generated by the wing, especially the outboard panel of the wing, becomes critical in this scenario.

Tip Airfoil Design: The airfoil need to be capable of generating very high lift coefficients without experiencing abrupt stalls when reaching the maximum lift. This design approach ensures that the glider can continue to generate lift effectively even in tight thermal turns.

Rohacell Core Technology: The use of Rohacell core technology is a noteworthy feature. This advanced material can enhance the strength and rigidity of the model while maintaining a competitive weight. This is essential for ensuring structural integrity and flight performance.

RTF Weight: It’s important that the model maintains an optimal RTF (Ready To Fly) weight while benefiting from the Rohacell core technology. This balance between strength and weight is crucial for achieving peak performance.

In summary, the design focus on maintaining climb performance in narrow thermals, even at maximum wing loading, highlights the Pike Paradigm’s suitability for GPS-Triangle sportsclass competitions. The careful design of the tip airfoils to generate high lift coefficients while avoiding abrupt stalls demonstrates a commitment to providing pilots with the necessary security and control in challenging flying conditions. Balancing these factors effectively is crucial for achieving a competitive and reliable glider design.