Skitouring safetyExplained

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 new label "Fritschi Safety System - Made in the Swiss Alps" 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: unique technologies for greater safety and performance at the lowest possible weight.

Logo Tecton
Logo Tecton

Technology

The downhill-oriented, reinforced hybrid binding (pin toe in front and alpine heel jaw in back) 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

Specific features

  • Fixed alpine heel with rail
  • Lateral release at the toe with 13 mm elasticity per side
  • 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 pre-release.
DIN valueDIN value
DIN value
Adjustable at the toe and heel
Vertical releaseVertical release
Vertical release
Swift release of the boot during forward fall
Logo Vipec Evo
Logo Vipec Evo

Technology

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

Specific features

  • Fixed, non-rotating heel unit
  • Lateral release at the toe with 13 mm elasticity per side
  • 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: 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 pre-release.
DIN valueDIN value
DIN value
Adjustable at the toe and heel
Vertical releaseVertical release
Vertical release
Swift release of the boot during forward fall
Logo Xenic
Logo Xenic

Technology

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.

Specific features

  • Rotating, widely supported heel unit
  • Horizontally sliding pin levers in the toe to prevent pre-releases without dangerous preventive locking when skiing
  • 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: 4 – 10 (Xenic 10) / 3 – 7 (Xenic 7)
Weight: 280 g / unit without ski brake (45 g)
Width ski brake: 75 / 85 / 95 / 105 mm
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 valueDIN value
DIN value
Lateral and vertical release can be set separately
Vertical releaseVertical release
Vertical release
Swift release of the boot during forward fall
Logo Scout
Logo Scout

Technology

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. Another safety plus is the crampons, which can be mounted before the ski tour and activated when needed during the ascent.

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

Specific features

  • Lightest frame binding
  • Release system equivalent to alpine bindings
  • Compatible with touring ski boots and alpine boots (even without inserts)
  • Activatable crampons
Scout Performance Diagram
Scout Performance Diagram

Technical data

System: Frame binding with alpine standard
DIN: 3 – 11
Weight: 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.

Scout Compact ModulScout Compact Modul
Scout Compact Modul
Compact Modul

Compact Modul

The Compact Module integrates various Fritschi technologies and ensures that they work reliably under all conditions.

Scout optimal walk mode levelsScout optimal walk mode levels
Scout optimal walk mode levels
Gehstufen

Optimal walk mode levels

Change between four optimally synchronized walk mode levels with maximum ease using the ski pole.

Scout activatable cramponsScout activatable crampons
Scout activatable crampons
Scout aktivierbares Harscheisen

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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