Bauer Vapor X3.7 vs Bauer Expedition Recreational Ice Hockey Skates

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

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Comparisons

The Bauer Vapor X3.7 ice hockey skate is designed for the Elite level player who wants a lightweight and comfortable skate. The 3.7 designation means that this skate is Bauer's lightest ever skate. The Vapor X3.7 has a thinner profile than previous generations of Bauer Skates, which makes it more comfortable and easier to break in. The Bauer Expedition recreational ice hockey skate is designed for the recreational player who wants a durable and affordable skate. The Expedition skate has a thicker profile than the Vapor X3.7, which makes it more durable but also less comfortable and harder to break in.

Ice Hockey Skates Bauer Expedition Recreational Ice Skate Bauer Vapor X3.7 Ice Hockey Skates
Summary
Rating
Review Rating Not Rated
Review Rating 98%
Rank
#7632
#3311
Size 4.0,4.5,5.0,5.5,6.0,6.5 7.0,7.5,8.0,8.5,9.0,9.5,10.0
Width D,EE
Outsole Construction 3D Injected Composite Outsole
Tongue Material 40oz Tongue
Holder Tuuk Lightspeed Edge Holder
Liner Microfiber Liner
Footbed Form Fit Footbed
Details
Brand Bauer Bauer
Prices
MSRP $59.99 $209.99
Used Price $41.99 $146.99
Sale Price $59.99 $188.99

Ice Hockey Skates Descriptions

Bauer Expedition Recreational Ice Skate

The Bauer Expedition Recreational Ice Skate is a great choice for the recreational ice skater. It features a comfortable fit with a padded ankle collar and has a durable design. The skate is lightweight and easy to maneuver.

Bauer Vapor X3.7 Ice Hockey Skates

The Bauer Vapor X3.7 Ice Hockey Skates offer a great blend of comfort and performance. They feature a plush microfiber liner that provides excellent support and comfort, while the lightweight composite outsole helps keep you light on your feet. The injected composite boot provides good energy transfer and the ConTour+ tongue provides added comfort and protection. The X3.7 Skates also feature Ansar technology in the footbed which helps reduce impact and vibration.

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