The Head Freeflex ST 20X RD is one of the most advanced race bindings in HEAD's race range. It is developed for skiers who demand extremely high levels of precision, power transmission and safety. With its well-thought-out construction and race-optimized features, it is an obvious choice for high-level competitive skiers.
The aerodynamic design and low height contribute to a direct feel for the ski. At the same time, the Stream toe provides a very precise grip between boot and binding. The construction is designed to provide maximum control and efficient power transmission, which is crucial when every hundredth of a second counts.
The RACE PRO RD heel piece is adapted for technical disciplines and provides a direct and aggressive response throughout the turn. Several components are also made of aluminium to withstand the high loads that occur during competition and at the same time provide maximum stability and durability.
HEAD's Freeflex technology allows the heel to move when the ski bends. This minimizes the binding's impact on the ski's natural flex. The result is a more harmonious feel and better contact with the ground throughout the turn.
The Head Freeflex ST 20X RD is developed for competitive skiers who want a binding with uncompromising performance and maximum precision at the highest level.
Head Freeflex ST 20X RD, Specifications
- Race binding
- DIN range: 10.5-20
- Stand height: 16 mm
- Weight: 1575 g per binding
- Technology: Freeflex Technology
- Toe piece: Stream Toe
- Heel piece: RACE PRO RD
- Material: Aluminium components
FAQ
Who is the Head Freeflex ST 20X RD suitable for?
The binding is developed for competitive skiers and very advanced skiers who seek maximum precision and power transmission.
What does Freeflex technology do?
Freeflex technology allows the heel to move when the ski flexes. This minimizes the binding's impact on the ski's natural properties and provides a smoother and more predictable ski feel.
What is the DIN range of the Head Freeflex ST 20X RD?
The binding has a DIN range of 10.5 to 20, making it suitable for competitive skiers with high demands on retention and performance.
Why is aluminium used in the construction?
The aluminium components contribute to high durability and maximum stability under the high loads that occur during competitive skiing. In addition, power transmission between the boot and the ski is improved.