Fritschi Xenic 10 Binding
The Swiss binding makers at Fritschi have been trend-buckers in an industry that typically prioritizes lightweight construction over all else. Providing competitively weighted bindings while emphasizing release safety, durability, and ease of use is the name of the game for them. The Xenic binding checks all those boxes, weighing in under 300g and offering lateral toe elasticity, an uncommon safety feature in tech bindings. The Fritschi design wizards accomplished this feat of engineering with toe pins that slide side-to-side independent of the toe lever, giving skiers a comfortable zone for managing impacts before flying free from their binding. For skinning, the pins lock out by pulling all the way up with the toe lever, providing security in no-fall zones. With brakes that pop on and off with a few simple screws, the Fritschi Xenic binding is a serious option for committed backcountry skiers who are willing to carry a few more grams to afford themselves a higher margin of safety.
- Optional brakes have a lockout that engages once the heel is rotated and keeps the brake locked down until rotated back to ski mode.
- True to Fritschi roots, the Xenic is made of innovative composite materials that are lighter than alloys while maintaining serious durability.
- Heel piece offers 6mm of elasticity in the heel, and switches from ski to walk simply by turning it 180 degrees, with a flat mode and single riser.
- Fritschi Easy Step-In technology makes clipping in a one-try deal, no more fiddling with snow-jammed bindings-- just line it up and push down.
- Adjustable heel unit accommodates different BSLs, which is great for folks with several boot options.
- Lateral and vertical release values can be adjusted independently within a range of 4-10.
- Made in Switzerland.
Update 2021/22: The plastic is now carbon-infused, and the housing around the base of the toe lever has been updated to mitigate icing.
Update 2022/23: The colors were tweaked; you might notice the vertical toe release trigger is now white.
Update 2024/25: The toe lever and heel spindle have metal reinforcements. Otherwise, the binding remains functionally unchanged.
| Specifications | |
|
Weight |
285g |
| Weight (pair) | 570g |
|
Boot |
Tech |
|
Brakes |
Accessory 85, 95, 105 |
|
BSL |
25mm |
|
Riser |
1 + flat |
|
Vertical |
4-10 |
|
Lateral |
4-10 |
|
Crampon |
Included Option |
| Specs Verified | Yes |
| Design | |
|
|
Aluminium and ultra-strong plastic |
| Skimo Co Says | |
| Usage | Backcountry ski touring, mountaineering |
| Notes | Lateral elasticity in the toe improves retention over typical designs |
| Bottom Line | A very dialed sub-300g binding with fully adjustable release values |
| Compare to other Lean Bindings | |
Related Products
Questions & Reviews
DO NOT lock the toe into uphill mode. There’s no point. When your boots click in they’re naturally in “ski mode” and that is enough for 99% of applications with this binding, because the springs are very tight. I broke plastic components in the binding toe piece trying to get the lever up into uphill mode, because I guess there was some ice in the metal toe tech inserts. Now I’m pretty sure the binding still works fine in ski mode, will have to do some testing.
But yeah overall this binding uses too much plastic. I second the plastic brake issues of other users. There is waaaaay too much wear on the brake retainer for how little I’ve actually used the brakes, for example. It seems like the brake has struggled to engage when I’ve needed it to and failed to stow away during tour mode on other times, forcing me to remove the brake and mess around with the retainer.
As as I’ve read from Andreas since breaking my toepiece you could minimize the pressure exerted on the toe lever assembly by pressing onto the little piece marked “ski” under the toe lever, you can get the toepiece locked into uphill mode much easier. But that shouldn’t have to be the solution… more metal would of course prevent the issue that I’ve faced.
Pros:
-easy to click the toe of your boot in
-lightweight
-has optional brake in many widths
-feels secure even for hard skiing (I used it for speedriding a few times)
-adjustable din on the heel
Cons:
-unreliable construction of toe piece as others have mentioned, and as evident by my broken toepiece also
-PITA to get the heel turned 180 degrees while you’re clicked into the binding. I’d say it’s MUCH harder then any Dynafit speed series bindings, but just slightly easier then the burly G3 ION 12 for example. Of course if you take the ski off during transitions then not a big issue.
-brake retainer is very unreliable and made out of weak plastic. If I was doing a hut to hut trip with the brakes I’d 1000% make sure to double check I’ve brought a screwdriver.
-value proposition isn’t there. There are much nicer bindings with brakes for a small upcharge. Cheaper bindings on the SkiMo website are also more reliable and have nicer construction, but many don’t have the option for adding brakes so there’s the trade off.
That’s it!
Unfortunately, we don't sell individual toes for the Xenic.
I was thinking of getting the Tecnica Zero G Tour Pro: Does that engage the toe piece?
If not, do the Scarpa F1's still engage the toe piece?
Thanks! Also, I had no issues so far with these bindings, in case anyone wonders. I even had them ice over completely on Mt Shasta's rime ice, but hitting them lightly with an ice ax removed enough of it to step in without issues. In case anyone wonders...
Haven’t had any troubles. Step in is pretty easy with Dynafit Seven Summits boots.
Locking/unlocking the toes is easy, too. This even works with pole.
Switching to uphill mode and back by turning the heels works very good when flipping the heel risers into active position first. Very cool how the brakes lock while ascending.
Will try them as a TTS toe piece, too.
So, if I wanted this binging would I have to add the brake + the attachment kit, or only the brake?
Additionally, how much of a rotation range does it have before it spits you out of the binding?
There were a few changes! Fritschi uses a carbon infused plastic on the 21/22 model and also made a slight change to the toe lever to help avoid icing up. In terms of the rotation range, a few factors would effect at what angle you would release laterally. If you want to get more specific you can always email us at help@skimo.co.
if you press down that little piece that is marked with "SKI" (located inside the lever) while switching the lever, the mode-switch actually works pretty smooth.
Highly recommend this binding!
Pros:
-Light (given the feature set)
-Inexpensive
-Optional brakes with great stowing during tour mode
-Safe release
-Independently rotating heel pins
Cons:
-Toe step-in is not quite as easy as other popular brands (using Tecnica Zero G Tour Pro boots)
-Heel is somewhat challenging to turn
-Toe iced up one time I left my skis in my car. I was able to make it work after some effort.
-Single heel riser (I would rather it be a touch lower)
-Mount pattern is hard to find (BD was able to provide it)
This seems like a long list of cons, but I still like them quite a bit!
There is a spring which is connected to the bumper that releases the toe piece if your boot pivots too far forward in tour mode. This spring broke somehow on one of my toepieces. Sounds like not a big deal, but the bumper needs the spring to keep it in a particular spot to allow your boot to release by pressing the toe lever down. I have to push the bumper towards my boot every time I want to step out of the binding now, and I am not confident it would release reliably in a crash. Not cool! I have reached out to BD where I bought them, but have yet to hear a response.
In terms of the rotation range, I can't recall a time I have actually ejected from these bindings. I have the release value set around 7 which is a tad lower than normal for me.
My opinion on these bindings has definitely changed and I would look elsewhere if I were you even though these are cheap and light.
Also, the boots aren't the best for uphill and have a limited forward range of motion, is the Xenic's single heel lift setting of 11 degrees enough considering I'm using these boots?
I'm considering purchasing Tecnica Zero G boots to work better with this dedicated uphill setup but may hold off if my Cochise would work.
Any help is appreciated, thank you!!
I've heard that maybe you can take the red alignment bumper out of the toe piece to increase the range of motion in walk mode. However, I just had my brand-new bindings mounted to my brand-new ski. Do I have to remove the bindings to pull the red alignment piece out? Or is this a bad idea in general and should I get a different binding/boot combo?
Thanks for the response... I always come here bc y'all have the best customer service on the web....
However, after two seasons these Xenic bindings were one of the most unreliable pieces of gear I have ever owned; if you're reading this I strongly discourage their purchase. After one season, the toe piece snapped in two while actuating the ski/walk lever. I was always as careful as I could possibly be with this actuation, but it required a ridiculous amount of force -- very near the breaking point of the plastic in low temps.
Xenic replaced that binding under warranty. However, I experienced the exact same failure mode on the replacement bindings during a ski mountaineering expedition, making touring impossible. And you can't repair them because everything is (crappy) plastic. I was able to boot out but it could have been a bad situation in a more remote location or deeper snow.
These are light bindings with decent downhill performance. However the durability issues aren't worth it. Don't be like me looking for another pair of bindings after 2 short seasons...
Should be the Vipec because of the toe lateral release system much better than Xenic? Also in my list ATK freerider.
On the other hand most of the actual freeriders just go with pin binding with lateral and frontbrelease on the heel..so...
Earn store credit by writing reviews. Learn more.

Daniil O

