$1,129.00 USD
送料は購入手続きで計算されます220mm
MyBont Vapor VII Boot

MyBont Vapor VII Boot

220mm
$1,129.00 USD
セール価格  $1,129.00 USD 通常価格 
商品情報へ移動
MyBont Vapor VII Boot
MyBont Vaypor VII custom inline speed skate boot in white with black and gold base, side and top views

MyBont Vapor VII Boot

Size
商品説明

Color inspiration

Select an image to view larger

MyBont Vaypor VII boots, Sky blue and pink MyBont Vaypor VII boots, Red and black MyBont Vaypor VII boots, Lime and white MyBont Vaypor VII boots, Midnight and gold MyBont Vaypor VII boots, Pink and white MyBont Vaypor VII boots, Silver and black MyBont Vaypor VII boots, Orange and navy MyBont Vaypor VII boots, Purple and mint MyBont Vaypor VII boots, Yellow and cyan MyBont Vaypor VII boots, Black Techno and pink MyBont Vaypor VII boots, Gold and purple MyBont Vaypor VII boots, Lilac and pink MyBont Vaypor VII boots, White Techno and pink MyBont Vaypor VII boots, Yellow and navy MyBont Vaypor VII boots, Black Techno and orange MyBont Vaypor VII boots, Purple and rainbow MyBont Vaypor VII boots, Black Techno and red MyBont Vaypor VII boots, Blue and silver MyBont Vaypor VII boots, White Techno and red MyBont Vaypor VII boots, Lime and purple

Vaypor Inline Speed Skate Boot

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.

Bont Vaypor VII Inline Speed Skating Boot

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 lasts 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.

Bont Vaypor VII Inline Speed Skating Boot

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.

6. Bottom view showing aluminum mounting blocks for racing frame attachment

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 further reinforce the structure. 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, which is essential for serious inline racing.

2. Close-up of forged carbon base with integrated power ridges

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.

3. Detail shot of Durolite outer skin and structural stitching

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 the foot and boot

Nothing is decorative. Everything has a purpose.

Bont Vaypor VII Inline Speed Skating Boot

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

Do not heat these boots in an oven. Use localized spot heating with a heat gun on the carbon shell only, keeping heat away from the mounting blocks. Improper heating may cause the mounting blocks to loosen.

This is how you achieve race-level comfort without sacrificing stiffness.

Bont Vaypor VII Inline Speed Skating Boot

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.

4. Top view showing custom buckle and replaceable strap system
4. Top view showing custom buckle and replaceable strap system

Performance Tongue Design

The Vaypor tongue is more than padding. It is engineered for performance.

  • 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.

Bont Vaypor VII Inline Speed Skating Boot

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.

Bont Vaypor VII Inline Speed Skating Boot

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 Molding: Localized spot heating with a heat gun on the carbon shell only; keep heat away from the mounting blocks. Do not heat in an oven.

  • Use: Inline speed skating, track, road, marathon

See what sets it apart: Vaypor VII Forged Carbon Speed Skate Boot

Please note the colors displayed on your screen are a close representation of what your product will look like. We have tried to make this representation as close as possible but the finished product may look slightly different from what you see on the screen. The texture of the material may also differ.


Frequently Asked Questions

Is the Vaypor boot heat moldable?

Do not heat these boots in an oven. Use localized spot heating with a heat gun on the carbon shell only, keeping heat away from the mounting blocks. Improper heating may cause the mounting blocks to loosen.

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.


    ㅏwide 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.

    6. Bottom view showing aluminum mounting blocks for racing frame attachment

    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 further reinforce the structure. 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, which is essential for serious inline racing.

    2. Close-up of forged carbon base with integrated power ridges

    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.

    3. Detail shot of Durolite outer skin and structural stitching

    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 the foot and boot

    Nothing is decorative. Everything has a purpose.

    Bont Vaypor VII Inline Speed Skating Boot

    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

    Do not heat these boots in an oven. Use localized spot heating with a heat gun on the carbon shell only, keeping heat away from the mounting blocks. Improper heating may cause the mounting blocks to loosen.

    This is how you achieve race-level comfort without sacrificing stiffness.

    Bont Vaypor VII Inline Speed Skating Boot

    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.

    4. Top view showing custom buckle and replaceable strap system
    4. Top view showing custom buckle and replaceable strap system

    Performance Tongue Design

    The Vaypor tongue is more than padding. It is engineered for performance.

    • 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.

    Bont Vaypor VII Inline Speed Skating Boot

    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.

    Bont Vaypor VII Inline Speed Skating Boot

    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 Molding: Localized spot heating with a heat gun on the carbon shell only; keep heat away from the mounting blocks. Do not heat in an oven.

    • Use: Inline speed skating, track, road, marathon

    See what sets it apart: Vaypor VII Forged Carbon Speed Skate Boot

    Please note the colors displayed on your screen are a close representation of what your product will look like. We have tried to make this representation as close as possible but the finished product may look slightly different from what you see on the screen. The texture of the material may also differ.


    Frequently Asked Questions

    Is the Vaypor boot heat moldable?

    Do not heat these boots in an oven. Use localized spot heating with a heat gun on the carbon shell only, keeping heat away from the mounting blocks. Improper heating may cause the mounting blocks to loosen.

    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.


      ㅏㄱ고ㄹ리

      テクノロジー:伸びを抑える補強素材

      Bont独自のAnti-Stretch素材は、Kevlarに似た強度特性を備えています。ブーツの外側の層と肌の間にこの素材を組み込み、ブーツの伸びを抑えています。

      素材がずれないように外側の層へ縫い付け、ライナーにも接着しています。つまり、Anti-Stretch素材そのものがブーツの構造の一部になります。そのため、Bontブーツは他社のブーツと比べて伸びにくくなっています。

      ブーツの伸びを抑える補強素材

      テクノロジー:微調整できるバックル

      Bontの微調整バックルは、締め付けをさらに細かく調整できます。履いたままでも、かがんで簡単に締め直すことができ、必要であればレース中にも調整できます。

      微調整できるバックル

      安心してご購入いただくために

      Bont Skatesは、安心してお選びいただけます。1975年以来、多くのスケーターに支持され、インラインスピードスケート、ショートトラックスピードスケート、カスタムスケートでは世界最大、ローラーダービースケートでも世界最大級のメーカーへと成長しました。

      Bontは、お客様を大切にする姿勢でも評価されています。最高水準の製品をお届けするために、できる限りの取り組みを行っています。例えば、すべてのブーツは出荷前に16段階の品質検査を受けます。

      インラインウィール、ローラースケートウィール、フレームは、最先端のコンピューターによる応力解析で、強度と疲労を検証しています。Bontのベアリングは、世界有数の専門メーカーと共同で製造しています。

      Bontのすべての製品は、発売前にチームによる厳しいテストを受けます。Team Bontには世界トップクラスのスケーターが揃っています。

      Bontのスケートを選べば、市場で最高のスケートを手にできます。

      技術:カーボンファイバー

      Ever wondered what Carbon Fiber is? For instance, is it Carbon Fiber or Carbon Fibre? To clarify, Fibre and Fiber have the same meaning. Fibre is the British English spelling, while Fiber is the US English spelling.

      Carbon Fiber is a revolutionary material. It is as strong as steel with a fraction of the weight.

      Carbon Fiber consists of mainly bonded carbon atoms. For example, the fibers’ long axis consists of particles that have been bonded together and aligned. Following this, a yarn is created by twisting several thousand of the threads together. Finally, a piece of fabric is woven from the yarn.

      Here at Bont, we have been producing carbon-based boots since 1989. Above all and most importantly, we source our carbon exclusively from the world’s number one carbon manufacturer, Toray of Japan.

      Carbon Fiber 3K PLAIN

      3K PLAIN


      3k plain is a tightly woven carbon, which is commonly used in the Aircraft industry and Bont shoes.

      Carbon Fiber Unidirectional

      UNIDIRECTIONAL


      An extremely stiff, lightweight, and adaptive carbon fiber. We use Unidirectional Carbon in our boots, which allows us to lay the carbon in a direction we choose. Therefore provide extremely stiff and lightweight boots. For example the Vaypor.

      Carbon Fiber 12K PLAIN

      12K PLAIN


      A cheaper form of carbon. 12K Plain carbon is not as strong as 3k Plain carbon, which results in the price being around 20% cheaper.

       

      INDUSTRY MISREPRESENTATION

      In the old days, if you purchased a plastic or nylon based shoe, you knew what you were getting. However, nowadays, with all of the expensive modern materials, it is getting harder to identify what is in your product. As a result, you may not be getting what you thought you purchased.

      Here are some handy tips on different ways manufacturers use materials. That is to say, use these points for consideration in your next purchase.


      One layer of carbon
      Often, manufacturers misrepresent carbon shoes. For example, the shoe base can be an injection-molded plastic, or nylon, or fiberglass base and usually covered with a single layer of carbon fiber. Unfortunately, when you buy a shoe, and you see that it has a carbon base, the chances are that only the outer layer is carbon.

      Unidirectional carbon
      A variety of shoes are marketed as Unidirectional carbon. However, many of these shoes use injection molded carbon in the plastic and call this Unidirectional Carbon. Consequently, we feel this is a misuse of the terminology. For example, here at Bont, Unidirectional Carbon means carbon fiber, where all of the strands travel in the same direction.

      Silver fiberglass
      Many shoes use a plastic injection molded base with some carbon particles in it. Also, these shoes typically have a single layer of silver fiberglass for the outer layer. As such, manufacturers advertise ‘carbon fiber’ for these shoes. They are allowed to use this term as there is carbon dust in the plastic mold under the outer fiberglass layer. However, the fiberglass woven material on the outside is not carbon. Above all, remember Carbon Fiber is always black.

      100% composite
      What is 100% composite? This term almost covers anything. Therefore, the question you need to ask when considering a composite boot is, A composite of what? In short, a composite boot is usually a nylon fiberglass composite.

      Monocoque
      A Monocoque shoe is where the carbon is directly laminated onto the liner. Unfortunately, some companies are calling a carbon shell with an integrated heel cup a Monocoque shoe; however, it isn’t.

      In summary, be aware of companies jumping on the bandwagon of carbon technology and using keywords to promote their product. Above all, do your research and be mindful of what you are purchasing. We hope this helps your decision in your carbon boot purchase.
      テクノロジー:Durolite

      Duroliteは軽量で非常に耐久性が高く、軽い転倒では傷がつかないほど丈夫な素材です。豊富なカラーバリエーションに加え、マット、光沢、メタリックの3種類の仕上げから選べます。DuroliteはBontのヴィーガン対応素材の一つです。

       

       Durolite

      テクノロジー:Duroliteライナー

      重量に対する強度は、Bontスケートの設計で常に重要な役割を担ってきました。Bont製品のために検討・開発する素材は、すべて厳しい基準を満たす必要があります。Duroliteは、非常に高い耐久性と軽さに加え、軽い転倒でも傷がつかない丈夫さを備える素材として開発・採用されました。Duroliteはヴィーガンにも対応しています。

      Duroliteライナー

      テクノロジー:アイレット

      Bontのアイレット(ハトメ)は頭部が大きく、圧力を広い範囲に分散させることで、不快感を抑えます。一方、小さなアイレットは狭い範囲に圧力が集中し、痛みの原因になることがあります。

      シューレース用アイレット

       

      テクノロジー:フットベッド
      フットベッド
      Bontのフットベッドは、熱成形可能なEVAを使用して自社で製造しており、ブーツ製作時にラスト(靴型)へ最初に取り付けるパーツです。非常に軽量で熱成形しやすい特性を保つため、硬度は65A、厚さはわずか3mmに設定しています。

       

       

      テクノロジー:レースカバー

      Bontの多くのブーツモデルには、レースカバーを採用しています。シューレースをすっきり収めながら、足をさらにしっかりサポートします。

      レースカバー

      テクノロジー:ラストの設計

      ラストとは、ブーツを製作する際に使う、足の形を再現したプラスチック製の靴型です。

      Bontでは1975年からラストの改良を重ねており、その取り組みは今も続いています。多くのメーカーが使う標準的なラストとは異なり、Bontは箱から出してすぐにフィットするブーツを目指して、ラストの開発と改良に取り組んでいます。

       

      ラストの設計

      テクノロジー:ライナー

      Bontブーツに適した素材を選ぶため、何百種類ものライナーを検討しました。採用しているのは、マイクロファイバー、スエード調素材、Duroliteです。持続可能性と動物福祉に配慮し、ヴィーガン対応の素材を使用しています。軽くて耐久性があり、においを抑え、汗でも劣化しにくいライナーです。

       Suede-LライナーマイクロファイバーライナーDuroliteライナー

      テクノロジー:製造工程

      内側から外側へ、手作業でスケートをつくり上げる。Bontが受け継ぎ、強い誇りを持つ製法です。他の製法と比べて高度な技術と多くの時間を必要としますが、Bontのスケートが性能面で業界をリードするための大切な要素です。一方で、一般的な製法よりも製造コストは高くなります。

      高品質な製品をよりよい形でお届けするため、製造工程の開発と改良を続けています。例えば、カーボンの硬化に使っていた一般的な真空ボックスは、別の方法に置き換えました。現在は、加圧ラッピングなどの方法を採用しています。従来の真空成形では1気圧ですが、加圧ラッピングでは4気圧をかけることができます。

      著名なスケートデザイナーであるInze Bontの技術により、手づくりのモノコック構造のスケートを、可能な限り効率よく製造できる生産体制を整えています。

      設計への挑戦を、製造工程の革新で支えています。より軽く、より強く、より速く。

      ラストの設計、フットベッド、ライナー、Anti-Stretch、カーボンファイバー、アッパーなどの各工程については、下の各セクションをご覧ください。

      テクノロジー:マットなドライカーボン調ベース

      ブーツのベースは、美しいマットなドライカーボン調の仕上げです。取付スロットには、滑りを抑えるサンディング加工を施しています。

      マットなドライカーボン調のブーツベース

      テクノロジー:一体成形

      Bontでは、上位モデルのスケートを「One-Piece Construction(一体成形)」と呼ぶ製法で製造しています。一般的な製法に比べて高度な技術と多くの時間を必要とし、コストも大幅に高くなりますが、性能面でBontが市場をリードする理由の一つです。

      あらかじめつくったベースにライナーと外装材を接着したブーツを、ツーピース構造のブーツと呼びます。そのステッチの多くは装飾目的で、構造上の役割はありません。ブーツを組み立てる前に縫製するため、見た目を重視してステッチを施すことができます。

      Bontの一体成形ブーツでは、ステッチに機能的な役割があります。カーボンに接着した伸びを抑える補強素材に、外装材を縫い付けています。

       

      テクノロジー:パッド

      このブーツはトップレベルの選手向けに設計されているため、パッドは薄く高密度で、やや硬めの感触です。その分、非常に軽く、反応のよいスケートに仕上がっています。独立気泡の低反発フォームは、水も吸収しません。より快適な履き心地をお求めの場合は、柔らかいパッドのオプションをお選びください。

      パッド

      テクノロジー:セミカスタム

      このブーツは、追加料金なしでカラーを変更できます。このページから、お好みのカラーやその他のセミカスタムオプションを選べます。

      次のセミカスタムオプションも、追加料金なしで選べます。

      • ワイドまたはナローのフィット。
      • 左右で異なる長さ。例えば、右足をサイズ7、左足をサイズ8で注文できます。
      • 細い足首への対応。この場合は、ハトメを打つ部分の縁をカットし、よりしっかり締められるようにします。
      • カーボンを増減して、しなりを調整できます。ただし、このブーツはもともと非常に高い剛性を備えています。カーボンを追加すると硬くなりすぎて、シューレースを十分に締められなくなる可能性があります。
        テクノロジー:ステッチ

        Vayporは、縫製を専門とする熟練の職人が縫い上げています。装飾目的のステッチを使う市場の多くのブーツとは異なり、Bontインラインブーツのステッチには、外装材をブーツ本体に縫い付ける役割があります。これにより、伸びを抑え、長く使えるブーツに仕上がります。

        テクノロジー:TPUトゥプロテクター

        Bont TPUトゥプロテクターは、インラインスピードスケートブーツの前部を、衝突や軽い擦り傷から守ります。

        TPUトゥプロテクター

        テクノロジー:アッパー

        Bontのアッパーは、ブーツ上部を覆う軽量なパーツです。ブーツに接着し、縫い付けて固定します。通気性を確保するため、アッパーとライナーを貫く穴を手作業で開けます。バックルとストラップを取り付け、足を下方向と後ろ方向へ引き寄せて固定できるようにします。最後に余分な接着剤を取り除けば、スケートを履く準備が整います。完成品として出荷するには、独立した16段階の品質検査に合格しなければなりません。こうして、市場で最高の重量当たりの強度を備えた製品をお届けしています。

         

         

        テクノロジー:ヴィーガン対応

        このブーツには、ヴィーガン仕様のオプションがあります。

        ヴィーガン仕様では、動物性の原料や動物由来の副産物を使用していません。Bontのヴィーガン対応素材には、Durolite、マイクロファイバー、Suede-L(人工スエード)があります。

        ヴィーガン対応

        テクノロジー:通気性

        足を涼しく保つことでパフォーマンスが向上することは、科学的に証明されています。このブーツには、通気性のあるタンとTPUトゥプロテクターを採用しています。空気の循環を促し、足の熱を逃がします。