*Please note that this boot is not kept in stock and we will order it to be made as soon as you order it. We will ship this skate in 4-6 weeks after you place your order.
Vaypor Inline Speed Skate Boot
Brief Introduction
Vaypor is the 7th generation of Bont’s flagship inline speed skate boot, built over two decades of relentless refinement. This is our most advanced carbon fiber boot ever, developed for elite inline speed skaters who demand absolute efficiency, precision fit, and uncompromising power transfer. Every detail, from the hand-laid Japanese carbon to the forged base and new last, has been engineered to push performance further than ever before.
If you are chasing podiums, personal bests, or simply the most responsive inline speed skate boot on the market, this is it.
Key Product Points
- Hand-laid unidirectional Toray carbon from Japan for maximum stiffness and direct energy transfer
- Forged carbon base with integrated power ridges for superior structural integrity
- Durolite Japanese outer skin, lighter and stronger than leather, with enhanced flexibility
- New narrower last for a more precise, race-focused fit
- One-Piece Construction with structural stitching for reduced stretch and long-term performance
- Product Description
Two Decades in the Making
Vaypor represents 20 years of development in elite inline speed skating. This is the 7th generation of a boot that has evolved through constant innovation, athlete feedback, and real-world racing at the highest international level.
Every generation has refined stiffness, reduced weight, improved fit, and enhanced durability. Vaypor is the culmination of that process. It is lighter, stronger, and more responsive than any version before it.
For serious racers, marginal gains matter. This boot is built to deliver them.
Hand-Laid Toray Carbon, Total Power Transfer
At the heart of Vaypor is hand-laid, unidirectional Toray carbon from Japan. This is not generic carbon. Toray is known worldwide for its consistency, strength-to-weight ratio, and performance in high-end sporting and aerospace applications.
By hand laying the carbon, we control fiber orientation with precision. The result is a carbon fiber boot that is exceptionally stiff in the direction of power transfer while maintaining controlled flex where needed.
When you push, the energy goes straight into your racing frame and speed skate wheels. Nothing is lost. No delay. No softness.
This is direct drive performance.
Forged Carbon Base with Power Ridges
The base of the Vaypor uses forged carbon technology. This process creates a dense, highly compact carbon structure that enhances impact resistance and strength without unnecessary bulk.
Integrated power ridges reinforce the structure even further. These ridges increase stiffness and stability under load, especially during full sprint acceleration and high-speed cornering. The boot holds its shape under extreme pressure, giving you confidence at top speed.
Aluminum mounting blocks are embedded into the base for secure, durable frame attachment. They provide reliable thread engagement and maintain alignment under repeated high torque loads, essential for serious inline racing.
Durolite Outer Skin, Advanced Japanese Material
The outer skin of Vaypor is made from Durolite, a premium Japanese material that is lighter, stronger, and more flexible than leather.
Leather stretches over time. Durolite is engineered to resist that. Combined with the anti-stretch material bonded beneath it, the outer shell maintains its structure season after season.
This means:
- More consistent fit
- Less deformation under load
- Longer lasting performance
It also reduces overall weight, contributing to a lighter inline speed skate setup without sacrificing durability.
One-Piece Construction, Built for Performance
Vaypor is made using Bont’s One-Piece Construction method. This process is significantly more labor intensive than mainstream two-piece skate construction, but the performance difference is clear.
In a typical two-piece boot, the liner and outer skin are glued onto a pre-made base. Much of the stitching is cosmetic and does not contribute to structure.
In Vaypor, the stitching is structural. The expert sewer who works on this boot has one role only, stitching. The stitching binds the Durolite outer skin to the anti-stretch material that is bonded directly to the carbon shell.
- This results in:
- Reduced stretch
- Greater long-term shape retention
- Improved durability
- A more connected feel between foot and boot
Nothing is decorative. Everything has a purpose.
New Narrower Last, Precision Fit
Vaypor is built on a new, narrower last. This refined shape is designed for skaters who want a more precise, race-oriented fit.
A narrower last improves:
- Heel lock
- Midfoot control
- Overall responsiveness
Combined with heat moldable resin, the fit becomes highly customizable. You can heat the boot in the oven and mold it to your foot shape for a personalized fit. Over time, it will also adapt subtly to your foot from natural body heat.
This is how you achieve race-level comfort without sacrificing stiffness.
Advanced Closure System
Vaypor features a custom made buckle with a new replaceable strap. This allows you to fine tune tension across the instep and replace the strap easily if needed.
Wide, flat eyelets distribute lace pressure and prevent pull-through. They are designed to handle high tension without deforming the upper.
The result is secure lockdown without pressure points, critical in long distance marathon skating and explosive track racing alike.
Performance Tongue Design
The Vaypor tongue is more than padding. It is engineered for performance.
- Heat moldable for customized shaping
- Ventilated to release hot air from the boot
- Velcro placeholder to prevent tongue movement
- Thin, lightweight foam that protects from lace pressure
This keeps the boot light and breathable while maintaining comfort during high intensity sessions.
Team Tested at the Highest Level
Our professional inline speed skating team plays a central role in development. These are some of the best skaters in the world. They test prototypes, trial new materials, and provide detailed feedback.
From buckle placement to carbon layup adjustments, their input shapes the final product. Vaypor is not just designed in a lab. It is refined on the track, in real races, at elite international level.
This is Bont racing equipment built by racers, for racers.
Built for Track, Road, and Marathon
Whether you are competing on the track, racing on the road, or pushing through marathon distances, Vaypor is built to handle it.
The stiffness supports explosive sprinting.
The precision fit enhances corner control.
The lightweight construction reduces fatigue over distance.
Pair it with a high performance racing frame and speed skate wheels, and you have one of the most advanced inline speed skate setups available.
If you are ready to step into our most epic boot ever made, Vaypor is waiting.
Technical Specifications
- Construction: One-Piece Carbon Fiber Boot
- Carbon: Hand-laid unidirectional Toray carbon from Japan
- Base: Forged carbon with integrated power ridges
- Outer Skin: Durolite Japanese performance material
- Reinforcement: Anti-stretch layer bonded to carbon
- Mounting: Aluminum mounting blocks
- Closure: Custom buckle with replaceable strap, laces with wide flat eyelets
- Last: New narrower race last
- Heat Moldable: Yes, oven moldable resin and heat moldable tongue
- Use: Inline speed skating, track, road, marathon
Frequently Asked Questions
Is the Vaypor boot heat moldable?
Yes. The carbon shell uses heat moldable resin, allowing you to heat the boot in the oven and shape it to your foot. The tongue is also heat moldable and will further adapt using your body heat over time.
Is this boot suitable for marathon skating?
Absolutely. Vaypor is designed for track, road, and marathon skating. Its stiffness maximizes power transfer while the precision fit and lightweight construction help reduce fatigue over longer distances.
How does One-Piece Construction improve performance?
In a one-piece carbon fiber boot, the outer skin is structurally stitched to the anti-stretch material bonded to the carbon shell. This reduces stretch, improves durability, and creates a more connected feel compared to typical two-piece boots where stitching is often cosmetic.
Carbon Fiber
Carbon fiber (or carbon fibre, depending on US or UK spelling) is an advanced composite material known for its exceptional strength-to-weight ratio. It is as strong as steel while weighing only a fraction as much.
Carbon fiber is made from bonded carbon atoms aligned along the length of each fiber. Thousands of these fibers are twisted into a yarn, which is then woven into fabric. This fabric forms the carbon sheets used in high-performance products.
Bont has been producing carbon-based boots since 1989. We source our carbon exclusively from Toray in Japan, the world leader in carbon fiber manufacturing.
Types of Carbon We Use
3K PLAIN
A tightly woven carbon commonly used in the aircraft industry and throughout Bont boots. Strong, reliable, and ideal for structural applications.
UNIDIRECTIONAL
Extremely stiff, lightweight carbon with fibers running in a single direction. This lets us place the carbon exactly where strength and support are needed. Used in our highest-performance boots, such as the Vaypor.
12K PLAIN
A larger weave that is more economical but not as strong as 3K. It reduces cost while maintaining adequate performance in less demanding applications.
INDUSTRY MISREPRESENTATION
Modern composites can be confusing, and not every product marketed as “carbon” contains true carbon fiber construction. Here are common examples of misleading terminology in the industry:
Single-Layer Carbon
Some boots have a plastic, nylon or fiberglass base covered with only one cosmetic layer of carbon. Although they can legally say “carbon base,” the structure underneath is not full carbon.
Unidirectional Carbon (Misused)
Some brands add carbon particles into plastic and call it “unidirectional carbon.” True UD carbon refers to continuous fibers all running in the same direction, not carbon-filled plastic.
Silver Fiberglass
A plastic base with carbon particles is often wrapped with silver fiberglass, then marketed as “carbon fiber.” Real carbon fiber fabric is always black.
100% Composite
A vague term that can mean almost anything. In most cases, it refers to a nylon–fiberglass composite, not a full carbon construction.
Monocoque (Misused)
A true monocoque boot has carbon laminated directly onto the liner, forming a one-piece shell. Some brands use the term incorrectly for shells with an integrated heel cup.
In Summary
Carbon terminology can be misused, so it helps to understand what you are buying. Bont uses genuine carbon fiber from Toray and builds boots with transparent, proven construction methods. Knowing the differences ensures you get the performance, strength, and value you expect from a true carbon boot.
Manufacturing Process
Bont is one of the few skate brands that still handcrafts boots using an inside-out manufacturing method. This approach is far more skill-intensive and time-consuming than mainstream production, but it allows us to create boots with the performance, strength and responsiveness skaters expect. While it increases production costs, it delivers a lighter and more precise final product.
We continually refine our processes to maintain the highest quality. For example, traditional vacuum curing for carbon has been replaced with pressure wrapping, which applies four atmospheres of pressure instead of one. This produces a more consistent and durable carbon layup.
Inze Bont’s engineering innovations have helped optimize our production line so we can build handmade monocoque boots efficiently without compromising craftsmanship.
Our manufacturing methods reflect our performance philosophy: lighter, stronger and faster.
For more detail on individual components of our construction, explore the technical dropdowns on this page, including Last Design, Footbed, Liner, Anti-Stretch, Carbon Fiber, Upper and more.