Reader rating
Rate it and you move it. Community ratings re-rank this product inside its Top 10 list.
Expert-picked, reader-ranked. Our editors choose the products and the launch order; member star ratings move picks up or down over time.
The Burton Step On system has redefined fast-entry bindings by replacing traditional ratcheting straps with a direct boot-to-binding mechanical connection. Targeted at resort riders who want to eliminate the hassle of strapping in after every chairlift ride, the Step On uses three connection points—two toe cleats and one rear heel cleat—to lock the boot into place. Independent reviews frequently highlight the system's exceptional edge-to-edge responsiveness. Because there are no straps to stretch or compress under load, toe-side and heel-side energy transfers instantly to the board. The elimination of ankle straps also means zero top-of-foot pressure points or strap slippage. Once you get off the lift, stepping in requires a simple heel-toe click, and a side-mounted lever allows you to exit in one quick motion. The primary drawback is the closed ecosystem: the Step On bindings work exclusively with Burton Step On compatible boots. You cannot use your favorite conventional footwear. Additionally, riding in wet, sticky snow can lead to ice accumulation around the heel pocket, which requires riders to scrape out the mechanism before they can lock in cleanly. **Highlights** - Three-point connection interface eliminates all straps and ratchets - Instantaneous edge-to-edge power transfer with zero strap flex - Quick-release lever enables effortless one-handed exiting - Re:Flex baseplate preserves natural board flex underfoot - Eliminates top-of-boot pinching and pressure points entirely **Watch-outs** - Proprietary system requires purchasing dedicated Step On boots - Snow and ice can pack into the heel cleat and prevent engagement - Lacks the fine-tuned fit micro-adjustments of traditional straps
Pros
- Instantaneous step-in engagement eliminates ratcheting at the lift
- Direct power transfer with zero strap flex or mechanical lag
- Completely eliminates top-of-boot instep pressure points
- Re:Flex baseplate maintains natural board flex underfoot
Cons
- Requires proprietary boots built specifically for the Step On interface
- Wet snow and ice can pack into the heel tray and prevent engagement
- Lacks independent tension adjustments found on traditional straps
Best uses
- Resort all-mountain riding
- High-speed groomer carving
- Fast-paced chairlift laps
- Riders with back or mobility limitations
Specifications
- Entry Style
- Mechanical step-in
- Weight
- 4 lb 8 oz
- Baseplate
- Re:Flex composite
- Mounting Pattern
- 4x4, 2x4, and Channel compatible
- Connection Points
- 3 points (two toe, one heel)
- Approximate Price
- $320
Pricing
We don't publish a price we haven't verified. The retailer links below open the live listing for this exact model.
Best for
Resort all-mountain riding, High-speed groomer carving, Fast-paced chairlift laps, Riders with back or mobility limitations
Where to buy the Step On
We don't have a direct Amazon listing on file yet — this opens an Amazon search for the exact make and model.
Some links are affiliate links. Buying through them supports our testing at no extra cost to you.
The Burton Step On binding represents the most commercially successful reimagining of strapless snowboard interfaces to date. By discarding conventional fabric straps and ratchets in favor of a mechanical latching system, it tackles the persistent downtime associated with strapping in at the top of every lift. Rather than relying on friction or bulky underfoot plates from earlier eras, the system anchors the rider through three dedicated connection points located on the toe sides and heel counter of compatible boots. This setup appeals primarily to resort riders who prioritize efficiency, seamless transitions, and clean power delivery. Independent reviews consistently praise the binding for providing immediate edge-to-edge response. Because there are no traditional straps to stretch, flex, or compress over the course of a turn, rider inputs translate directly into the edges with minimal lag. It also eliminates the instep pressure points that often plague riders who crank their ratchet ladders too tight. The convenience comes with distinct trade-offs. The Step On interface functions entirely as a proprietary ecosystem, meaning riders cannot pair these bindings with traditional snowboard boots. Furthermore, while the mechanical interface operates smoothly in typical resort conditions, riding in deep powder or sticky snow can lead to ice buildup that demands manual clearing before you can safely lock in.
Target Rider and Riding Style
The Burton Step On caters directly to resort riders looking to streamline their laps without sacrificing edge control. It is an especially strong match for all-mountain riders, groomer carvers, and riders who ride with skiers and want to eliminate standing around at the top of chairlifts. It also offers distinct ergonomic advantages for snowboarders with back or knee limitations who find repeated bending down to ratchet ankle straps physically taxing. Conversely, dedicated freestyle and park riders who frequently adjust strap tightness for rail maneuvers or prefer a loose, surfy feel often find the Step On interface more rigid than desired. The binding thrives in structured resort boundaries where quick transitions and precise carving control are the top priorities.
Materials and Mechanical Architecture
The core of the binding is Burton's Re:Flex baseplate construction, molded from a single-component glass-filled nylon composite. This architecture minimizes material directly underfoot, utilizing a living hinge design to promote natural board flex rather than creating a rigid dead zone beneath the feet. The step-in mechanism itself consists of two lateral toe hooks positioned on the baseplate tray and a rear heel clip embedded directly into the highback. Boot engagement relies on these spring-loaded mechanical latches snapping over reinforced cleats integrated into proprietary footwear. Release is managed via a low-profile mechanical lever on the side of the highback, which disengages the heel latch with a single upward pull.
Real-World Response and Power Transfer
On firm snow and groomed runs, the direct mechanical interface yields distinct performance benefits. Traditional bindings exhibit a micro-delay as the boot flexes into padded ankle and toe straps before transferring load to the baseplate. In the Step On system, that latency is virtually nonexistent. Pressure applied through the shins or calves connects directly to the highback and chassis, providing immediate heel-to-toe power transfer that independent testers routinely highlight for carving precision. The heel lock mechanism offers exceptional retention without heel lift. However, this instantaneous engagement can feel surprisingly stiff to riders accustomed to the forgiving dampening provided by soft, padded straps.
The Closed Boot Ecosystem
The most significant hurdle to adopting the Step On is its proprietary nature. These bindings require boots engineered specifically with Step On toe and heel cleats. If you already own a pair of broken-in boots that fit your foot shape perfectly, you cannot use them with this binding. While Burton and a limited number of partner brands now produce Step On compatible footwear across various flex profiles, options remain constrained compared to the broader market. Snowboarders with hard-to-fit feet must verify that a compatible boot model accommodates their foot shape before investing in the binding platform, as the two components cannot function independently.
Snow Buildup and Maintenance
While engaging the mechanism on groomed snow is straightforward, variable winter conditions present operational challenges. Wet snow and freezing slush can pack into the heel pocket or around the highback cleat receiver during chairlift rides or brief descents. If ice accumulates in the mechanism, the rear cleat may fail to seat to its secondary locking position. Riders must develop the habit of stomping snow off the boot outsole and occasionally clearing the binding tray before clicking in. In deep powder or uneven backcountry terrain, stepping down into the binding with enough force to engage all three contact points requires considerably more effort than pulling conventional straps over a boot.
Market Comparisons and Alternatives
At roughly $320, the Step On sits at a mid-to-high price point, but switching systems often requires an initial boot purchase as well. For riders seeking fast-entry speed without switching footwear, the Nidecker Supermatic represents the most direct competitor. The Supermatic accepts standard snowboard boots via a drop-down highback mechanism, preserving footwear choice at the cost of noticeable extra weight. Meanwhile, riders who prioritize fine-tuned instep pressure and maximum tweakability may prefer traditional strap offerings like the Union Force or Burton's own Cartel X, both of which allow independent micro-adjustments across the instep and toe box.
How we picked
We started with a long list of snowboard bindings that people actually buy, cut anything that could not clear our baseline for durability and field performance, then ranked the 10 that were left against the same criteria. Rankings are editorial. No brand pays for placement, and affiliate links never move a pick up or down.
- Response and fit
- How the gear transmits movement and fits the boots or body it is paired with.
- Ease of use in the cold
- Straps, buckles and access you can work with gloves on.
- Real-world durability
- How the material, stitching, or steel holds up after a season of hard use — not how it looks new.
- Performance in bad conditions
- Wind, rain, cold, and grit are the test. Anything that only works on a nice day gets marked down.
- Weight and packability
- Every ounce has to earn its place in the pack, but not at the cost of something that fails in the field.
- Ease of use
- Setup, adjustment, and maintenance with cold hands, in the dark, without the manual.
Step On — frequently asked questions
- Is the Step On worth it?
- We rank it #3 in Snowboard Bindings. The Burton Step On system has redefined fast-entry bindings by replacing traditional ratcheting straps with a direct boot-to-binding mechanical connection. Targeted at resort riders who want to eliminate the hassle of strapping in after every chairlift ride, the Step On uses three connection points—two toe cleats and…
- What is the Step On best for?
- Best for resort all-mountain riding, high-speed groomer carving, fast-paced chairlift laps and riders with back or mobility limitations. Standouts: instantaneous step-in engagement eliminates ratcheting at the lift and direct power transfer with zero strap flex or mechanical lag.
- What are the downsides of the Step On?
- Requires proprietary boots built specifically for the Step On interface, Wet snow and ice can pack into the heel tray and prevent engagement and Lacks independent tension adjustments found on traditional straps.
- What are the key specs of the Step On?
- Entry Style: Mechanical step-in · Weight: 4 lb 8 oz · Baseplate: Re:Flex composite · Mounting Pattern: 4x4, 2x4, and Channel compatible · Connection Points: 3 points (two toe, one heel)
- Target Rider and Riding Style — what should I know about the Step On?
- The Burton Step On caters directly to resort riders looking to streamline their laps without sacrificing edge control. It is an especially strong match for all-mountain riders, groomer carvers, and riders who ride with skiers and want to eliminate standing around at the top of chairlifts.
- Materials and Mechanical Architecture — what should I know about the Step On?
- The core of the binding is Burton's Re:Flex baseplate construction, molded from a single-component glass-filled nylon composite. This architecture minimizes material directly underfoot, utilizing a living hinge design to promote natural board flex rather than creating a rigid dead zone beneath the feet.
Compare side by side
Put the Step On against any other pick on this list — specs, price, pros, cons and reader ratings.