Flow Motion Technology

24/10/2022

”Soon after discovering Marsblade skates, Matthews began to see more potential in the company than just a product he enjoyed. It was the uniqueness of the product, its possibilities and the technology that attracted him to become an investor in the company”.

- Dave McCarthy | NHL.com

https://www.nhl.com/news/auston-matthews-of-toronto-maple-leafs-touts-innovative-in-line-skates-helps-design-own/c-336599630?tid=277548856

Even though Auston Matthews grew up in an area where it's easier to find pavement than ice, he never spent much time on in-line skates.

08/03/2022

The core of Flow Motion Technology is our Innovation Lab. Connected to leading academic and technological institutions such as The Royal Institute of Technology (KTH), Sports Tech Research Centre and The Swedish Winter Sports Research Centre (NVC) provide us with the expertise and cutting edge facilities needed to study and optimize the performance of FMT product innovations.

05/05/2021

Welcoming Shane Wright to the team!

LOS ANGELES. Svenska Marsblade fortsätter satsningen på NHL. Efter att ha kontrakterat Toronto Maple Leafs och NHL:s målkung, Auston Matthews, förra året har man också fått in kanadensiske juniorstjärnan Shane Wright, 17, som ny delägare och ambassadör. – Han är en ung lovande spelare, ...

28/10/2020

“I am really excited to be a part of Marsblade. The product itself and the people involved in the company made it a great fit. My Marsblades have become a part of how I keep in shape and work on my game” - Auston Matthews

Source: Sportexpressen

07/04/2020

Coronakrisen har skapat rusning efter Östersundsbolaget Flow Motion Technologys idrottsprodukter. ”Vi har ökat försäljningen med 400 procent”, säger vd:n Hans Victor till Breakit.

21/02/2020

During the past couple of years, extensive performance tests have been conducted comparing the Marsblade FE holder powered by the patented Flow Motion Technology to a rigid holder. Tests consistently show a significant performance increase in all key aspects of skating.

The results above are based on our latest performance study conducted with six elite players and with test protocol, timing and data collection in collaboration with the Swedish Winter Sports Research Centre, Internet of Sports and Sports Tech Research Centre (Mid Sweden University).

21/02/2020

Flow Motion Technology (FMT) is proud to have the hockey brand Marsblade as its first partner within the hockey segment. FMT is the core of all Marsblade products and they are used by players of all levels, ranging from some of the best players in the NHL to kids and recreational players worldwide. Learn more about Marsblade and their products at www.marsblade.com

21/02/2020

The core of Flow Motion Technology (FMT) is the FMT Innovation Lab and collaborating strategic partners. Connected to the Lab are leading academic and technology institutions such as The Royal Institute of Technology (KTH), Sports Tech Research Centre and The Swedish Winter Sports Research Centre (NVC). These collaborations provide the company with the expertise and cutting edge facilities needed to study and to optimize the performance of FMT product innovation.

21/02/2020

Flow Motion Technology (FMT) maintains a growing list of intellectual property within its portfolio holding several approved patents for key markets including Canada, USA, Europe and Russia. The IP portfolio provides FMT with a unique potential as a market leader across a range of sporting goods market segments.

08/11/2019

Flow Motion Technology (FMT) is an emerging sports technology company born in Sweden to develop and bring to market the patented rocking technology to enhance athlete performance. FMT aims to build a new global standard for ice skates, inline skates and ski bindings.

The human body is developed to move with smooth movements and to be as energy-efficient, fast and powerful as possible. However, traditional rigid ice- and inline skates and ski bindings limit athletes natural movement pattern.

The unique rocking motion of FMT allows athletes to regain their natural maneuverability to maximize performance as well as comfort.