[compare]freeride-touring hybrid — din 13

shift2 13 vs freeraider 15 evo

[the two bindings]

[axis breakdown]06 axes

  • 01 downhill performance
    leans·shift2 13
  • 02 touring
    decisively·freeraider 15 evo
  • 03 release / safety
    leans·shift2 13
  • 04 boot compatibility
    leans·shift2 13
  • 05 durability / build
    evenly matched
  • 06 tour-bias ↔ resort-bias
    shift2 13·more resort-biased
    freeraider 15 evo·more tour-biased

[the verdict]

in one line

The Shift2 is a hybrid that skis like an alpine; the Freeraider is a pin binding that skis closer to a hybrid at roughly half the weight.

The Salomon Shift2 13 and ATK Freeraider 15 EVO answer the same question — "I want one binding that tours and charges" — but from opposite ends of the design space. The Shift2 starts from an alpine binding and adds a tech-pin touring mode. The Freeraider starts from a tech binding and adds a freeride spacer that stiffens it for the descent. The question this matchup raises is whether you actually need the hybrid's alpine toe at all.

Downhill: the Shift2's alpine toe is the safer charging tool

In ski mode the Shift2 13 is a full alpine binding: ~47 mm of toe elastic travel, multi-norm boot acceptance, DIN/TÜV-certified release. The Freeraider 15 EVO's freeride spacer adds significant torsional stiffness to a pin binding and pushes its DIN ceiling to 15, but it's still a pin-toe interface with the binary release character that comes with it. For most freeriders the Freeraider's downhill is excellent — modern freeride pin bindings have closed most of the gap to alpine bindings — but the Shift2 has more elastic margin under hard compression and more measured retention at the high end of DIN.

Touring: the Freeraider is ~525 g/binding lighter

Freeraider 15 EVO weighs 395 g/binding. Shift2 13 weighs ~920 g/binding. That ~1,050 g/pair gap is the largest in any matchup we've covered — it changes how a long climb feels. Transitions are also simpler: pure pin-up, no alpine-toe flip. If your day mix is 30+ tour days a year, the Freeraider returns weight to your legs every time.

Safety: the Shift2's DIN/TÜV cert is the cleanest distinction

The Shift2 is DIN/TÜV-certified ISO 5355 + ISO 13992. The Freeraider publishes reference release values (notably with an industry-first adjustable toe release on the EVO platform) but is not third-party certified. ATK's release calibration is widely respected — most experienced freeriders trust it without hesitation — but for race insurance, guides, or certification-required contexts, the Shift2 is the only option of the pair.

Versatility: the Shift2 accepts alpine boots

The Shift2's alpine toe takes ISO 5355, GripWalk, and ISO 9523 in one toe — you can run one ski across an alpine boot for resort days and a tech-insert boot for tour days. The Freeraider is tech-insert only. If you only own touring boots, this doesn't matter; if you want one ski to cover both boot worlds, only the Shift2 supports that workflow.

Durability: tied

ATK's all-metal machined construction is among the most durable lightweight bindings on the market. The Shift2's plastic/metal composite has a long retail track record. Different approaches, similar real-world longevity. Neither is the binding that fails.

Pick by your honest day mix

Pick the Freeraider 15 EVO if you tour 25+ days a year, weigh under ~90 kg, and don't need TÜV certification — for most modern freeride tourers, this is the right answer and the hybrid weight tax isn't worth paying. Pick the Shift2 13 if you tour fewer than ~20 days a year, push DIN 12+ regularly, need certification, or want alpine-boot compatibility. The honest version of the question "do I even need a hybrid?" — for most skiers, the answer is no, and the Freeraider proves it.

[specs]

shift2 13freeraider 15 evo
din6-137-15
typeAlpine Touring (Hybrid/Tech)Alpine Touring (Tech/pin)
weight≈920g per binding (≈1840g/pair)395 g (per binding)
elastic travelToe ≈47mm; Heel ≈9mm14 mm
brake widths90mm, 100mm, 110mm, 120mm97 mm, 102 mm, 108 mm, 120 mm
boot compat.MNC: ISO 5355 Alpine, ISO 9523 Touring, ISO 23223 GripWalk, WTR; tech toe fittings required for touringTech (pin) inserts required; works with touring boots with inserts; not compatible with alpine ISO 5355 soles; recommended ski waist ~90–120 mm

[common questions]04 q&a

  • q01

    What's the difference between Salomon Shift2 13 and ATK Freeraider 15 evo?

    The Shift2 is a hybrid that skis like an alpine; the Freeraider is a pin binding that skis closer to a hybrid at roughly half the weight.

  • q02

    Why even consider the Shift2 when the Freeraider is half the weight?

    Three reasons: alpine-boot compatibility (you can run one ski across two boot types), DIN/TÜV certification (required for race coverage, some guide programs, and insurance), and more elastic margin under heavy compression for skiers over ~90 kg or pushing DIN 12+. If none of those apply, the Freeraider is the better tool — most modern freeride tourers are choosing it for exactly that reason.

  • q03

    Which is better for uphill touring efficiency — Salomon Shift2 13 or ATK Freeraider 15 evo?

    On our scoring, the ATK Freeraider 15 evo is decisively better here than the Salomon Shift2 13.

  • q04

    Which is more tour-biased — Salomon Shift2 13 or ATK Freeraider 15 evo?

    The ATK Freeraider 15 evo is decisively the tour-first option of the two; the Salomon Shift2 13 is built around resort and freeride descents first.

every comparison links to both full reviews·shift2 13·freeraider 15 evo