Shadow 2 is a  high-performance all-round F5J competition glider that was originally introduced in 2006 as an F3J model. Here are the key points about Shadow 2 model:

Versatility and Competition Focus: The glider is designed with a focus on high performance and suitability for F5J competitions. F5J is a type of RC glider competition that involves electric-powered launch and thermal soaring.

All-Weather Suitability: The initial goal of its development was to create a competitive model that could perform well in a variety of weather conditions, implying that it’s optimized for consistent performance regardless of wind or thermal conditions.

Cross Tail Configuration: The model is currently available only in a cross tail version. The cross tail design likely contributes to its stability and maneuverability during flight.

Airfoil Design: The glider employs the HN507M1 airfoil designed by Norbert Habe. This airfoil is known for its wide speed range, meaning it can perform effectively across a range of flight speeds from slow to fast

Continuous Improvement: Since its initial release in 2006, the glider has undergone numerous updates to improve its design and performance. The most recent update involves a new version of the cross tail fuselage, which suggests a commitment to enhancing the glider’s handling characteristics.

Suitable for Experienced Flyers: The model is described as suitable for experienced modelers and competitors. This implies that it’s designed for pilots with a strong background in flying and a keen interest in competitive RC gliding.

Overall, this glider seems to be a dedicated and competitive choice for experienced RC glider enthusiasts who want to excel in F5J competitions across various weather conditions. Its focus on all-weather suitability, cross tail configuration, and continuous updates over the years underline its commitment to performance and adaptability.

The kit is supplied with:

Carbon fuselage

Fully molded composite wing panels

Fully molded composite tail

Full accessory pack

Technical data