Swiss
inno­va­tion

Per­for­mance + SafetyPatent­ed System

Fritschi touring bindings distinguish themselves through new technological solutions. In a nutshell: strong on the descent and uncompromising in the defined release for injury prevention.

The «Fritschi Safety System - Made in the Swiss Alps» label underlines the holistic approach of designing touring bindings not only for easy ascents, but also for safe and dynamic descents.

The origin is innovative, patented developments. The result: incomparable technologies for more safety and downhill performance with the lightest possible weight.

Tested

Usage

Tested and approved: safety and reliability are the most important characteristics. The Swiss Mountain Guide Association and the Austrian Ski and Mountain Guide Association rely on Fritschi bindings, and so do Fritschi athletes and other partner mountain schools.

Expert team Swiss Mountain Guide Association
Expert team Swiss Mountain Guide Association

pro­duc­tion

The quality of every Fritschi binding is checked several times at every stage of the process, from development to the finished product.

For example, every binding is checked three times during the manufacturing process for the effective DIN values.

Certified production
Certified production
The production facility of Fritschi Swiss Bindings is certified by TÜV SÜD. The certification is checked annually with a production site inspection by TÜV SÜD and confirms a proper and consistent production quality.

High-Tech ma­te­ri­als

The right mix of materials for top per­for­mance

The optimal mix of materials makes the difference. Whether light glass fiber or carbon fiber reinforced high tech plastics are used, as in the automotive and aviation industries, or high-quality metal alloys is ultimately determined by the technical requirements for optimal product safety and durability and a powerful performance without compromise.

Counter­act­ing the high forces

Bindings are subject to extreme stress. To ensure a long-lasting and reliable high-precision function Fritschi’s designers are using metal components wherever high dynamic forces are acting on the system, e. g. hardened steel, forged aluminum or metal alloy components made by complex processes..

Tecton high-tech materials
Tecton high-tech materials
Logo Tecton
Logo Tecton

Tech­nol­ogies

The downhill-oriented, reinforced hybrid binding with a high DIN adjustment range offers maximum power transmission for precise and dynamic control of the skis.

Bind­ing system

  • Release and power transmission analogous to the alpine binding systems
  • Pin toe with side release and DIN adjustment
  • Heel jaw with vertical release and DIN adjustment

Char­ac­ter­istics

  • Lateral release at the toe with 13 mm elasticity per side
  • Fixed alpine heel piece with rail
  • DIN values adjustable at the toe and heel
  • Emergency release during ascent
Tecton Performance Diagram
Tecton Performance Diagram

Technical data

System:  Tech binding with fixed alpine heel
DIN value: 5 – 13
Weight: 550 g / unit without ski brake (50g)
Width ski brake: 80 / 90 / 100 / 110 / 120 mm

Explore the unique features. Hover over the images or tap on it.

Lateral release at the toeLateral release at the toe
Lateral release at the toe
DIN value setting and sideways release at the toe, where the lateral forces act in the event of a fall. The high elasticity of 13 mm on each side prevents prerelease.
DIN-ValuesDIN-Values
DIN-Values
Real and verifiable DIN values at the toe and heel.
Vertical releaseVertical release
Vertical release
Swift release of the boot during forward fall.
Logo Vipec Evo
Logo Vipec Evo

Tech­nol­o­gies

The integrated safety technology of alpine bindings, with lateral release at the toe and frontal release at the heel, ensure a secure hold in any situation and, if necessary, reliable release.

Bind­ing system

  • Release and power transmission analogous to the alpine binding systems
  • Pin toe with side release and DIN adjustment
  • Fixed pin heel-unit with vertical release and DIN adjustment

Char­ac­ter­is­tics

  • Lateral release at the toe with 13 mm elasticity per side
  • Fixed, non-rotating heel unit
  • DIN values adjustable at the toe and heel
  • Emergency release during ascent
Vipec Evo Performance Diagram
Vipec Evo Performance Diagram

Technical data

System: Tech binding with fixed heel unit
DIN value: 4 – 12
Weight: 500 g / unit without ski brake (50g)
Width ski brake: 80 / 90 / 100 / 110 / 120 mm

Explore the unique features. Hover over the images or tap on it.

Lateral release at the toeLateral release at the toe
Lateral release at the toe
DIN value setting and sideways release at the toe, where the lateral forces act in the event of a fall. The high elasticity of 13 mm on each side prevents prerelease.
DIN-ValuesDIN-Values
DIN-Values
Real and verifiable DIN values adjustable at the toe and heel.
Vertical releaseVertical release
Vertical release
Swift release of the boot during forward fall.
Logo Xenic
Logo Xenic

Tech­nol­o­­gies

Among the lightweights, the Xenic is the only binding equipped with such a wide range of efficient safety technologies. There is no need to lock the system to prevent pre-releases when downhill skiing.

Binding system

  • Rotating pin heel unit for sideways and frontal release

Char­ac­teris­tics

  • Horizontally sliding pin levers in the toe
  • Rotating, widely supported heel unit
  • DIN values for lateral and vertical release can be set separately and precisely
Xenic Performance Diagram
Xenic Performance Diagram

Technical data

System: Tech binding with rotating heel unit
DIN values: 4 – 10 (Xenic 10) / 3 – 7 (Xenic 7)

Weight: 280 g / unit without ski brake (45g)
Width ski brake: 75 / 85 / 95 / 105 mm. Also available without ski brake

Explore the unique features. Hover over the images or tap on it.

Horizontally sliding pin leversHorizontally sliding pin levers
Horizontally sliding pin levers
Provide a secure hold and prevent pre-release. Therefore, no preventive locking of the system is necessary when descending.
DIN-ValuesDIN-Values
DIN-Values
Seperate DIN values for lateral and vertical release. Seperately, precisely adjustable and verifiable.
Vertical releaseVertical release
Vertical release
Swift release of the boot during forward fall.
Logo Scout
Logo Scout

Tech­nol­ogies

The Scout is almost as light as tech bindings and, in addition to outstanding downhill performance, offers the safety and ease of use of alpine bindings.

Bind­ing system

  • Hold boot, release and power transmission like piste bindings
  • Toe jaw with lateral release and DIN adjustment.
  • Alpine heel with frontal release and DIN adjustment

Char­ac­teris­tics

  • Lightest frame binding
  • Release system equivalent to alpine bindings
  • Compatible with touring ski boots and alpine boots
  • Activatable crampons
Scout Performance Diagram
Scout Performance Diagram

Technical data

System: Frame binding with alpine standard
DIN value: 3 – 11
Gewicht: 790 g / unit without ski brake (100g)
Width ski brake: 80 / 90 / 100 / 115 mm

Explore the unique features. Hover over the images or tap on it.

Compact ModulCompact Modul
Compact Modul
The Compact Module integrates various Fritschi technologies and ensures that they work reliably under all conditions.
Optimal walk mode levelsOptimal walk mode levels
Optimal walk mode levels
Change between four optimally synchronized walk mode levels with maximum ease using the ski pole.
Activatable cramponsActivatable crampons
Activatable crampons
The Axion crampon is fixed in place before the tour. The blade can be flipped down with the pole if required.

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