Bauer Supreme Mach vs Bauer Supreme M4 Ice Hockey Skates

Put skates head to head to compare size, weight, and more.



Looking to compare the Bauer Supreme Mach vs Bauer Supreme M4 Ice Hockey Skates? Here's what you need to know. The Bauer Supreme Mach is a high-end ice hockey skate that offers excellent performance and top-notch features. It's one of Bauer's most popular skates and is worn by many professional and elite-level players. The Supreme M4 is another great option from Bauer, offering good performance and features at a more affordable price point. So, which skate is right for you?

Here's a quick look at the key differences between the Mach and M4:

  • The Mach has a taller boot height, which gives you better ankle support and stability.
  • The M4 has a shorter boot height, which makes it lighter and easier to maneuver.
  • The Mach has a stiffer construction, which gives you more power and precision.
  • The M4 has a more flexible construction, which makes it more comfortable and forgiving.

So, which skate is right for you? If you're looking for the best performance possible and are willing to pay for it, go with the Mach. If you're looking for a good-performing skate that's more affordable, go with the M4.

Skates Bauer Supreme M4 Ice Hockey Skates Bauer Supreme Mach Ice Hockey Skates
Review Rating 91%
Review Rating Not Rated
Brand Bauer Bauer
MSRP $349.99 $1,009.99
Used Price $244.99 $706.99
Sale Price $314.99 $908.99

Skates Descriptions

Bauer Supreme M4 Ice Hockey Skates

The Bauer Supreme M4 Ice Hockey Skates are specially designed for players who are looking for top-notch performance and comfort on the ice. These skates are crafted with a durable exterior that can withstand tough wear and tear, making them ideal for players who want to stay on the ice for a long time. The skates feature a classic fit, which provides ample space for the player's foot while ensuring excellent support and stability.

The Bauer Supreme M4 Ice Hockey Skates come with a TUUK blade holder that delivers superior performance and precision. The holder is designed to allow for easy blade replacement, ensuring that players can always have a fresh blade on the ice. The skates also feature a lightweight construction that allows for quick movements and improved agility. With these skates, players can enjoy enhanced speed and mobility on the ice, giving them a competitive edge over their opponents.

The Bauer Supreme M4 Ice Hockey Skates are designed with comfort in mind. The skates feature a microfiber liner that provides a soft and comfortable feel on the feet. The liner is also designed to wick away moisture, ensuring that players' feet stay dry and comfortable throughout the game. The skates also come with an anatomical footbed that provides excellent arch support and helps to reduce foot fatigue. With these skates, players can enjoy a comfortable and supportive fit that allows them to play their best on the ice.

Bauer Supreme Mach Ice Hockey Skates

Over the last couple of years, Bauer has been focused on separating the performance attributes of the Supreme and Vapor skates from an on-ice performance and feel perspective. The new technologies, new materials, and different flex points are what will differentiate these skates. Supreme focuses on power with the lower part of the skate being stiffer to optimize energy transfer and the upper part of the skate being softer allowing for increased mobility. To allow maximum energy transfer, the quarter package is designed with 3D Lasted 12K Carbon Curv composite making this skate 5% lighter than the Ultrasonic. An all-new feature found in the Supreme Mach skate is the Active Motion Performance Flex Technology. This Facing technology improves the overall flex profile of the skate. The AMP Flex Facing is a flex zone added between the 2nd and 3rd eyelets to allow increased forward mobility through the skating stride, enhancing the range of motion for the skater. This in combination with the Reflex Tendon Guard, allows players to create more power quickly and efficiently to maximize the acceleration and transition zones of the blade.

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