welcome

Our mission is to produce high quality hub dynamometers for the professionals. The dynos are equipped with eddy current brakes. We are focusing on the key things; easy and fast to use, great brake control, repeatability and variety of features. Choose Dynolyze®, when you want to get the job done.
 
On our market area in Europe we have users in Finland, Sweden, Norway, Lithuania, Poland, Germany, France, Hungary, Czech Republic, Austria, Croatia, Spain, Bulgaria, Netherlands, Switzerland, Italy and the UK. The dynamometers are designed and manufactured in Finland, Europe.
Dun-Bradstreet Dynolyze

SAFE BUYING

We have the lowest credit risk rating in the Dun & Bradstreet classification.

HIGH QUALITY

We always aim for the highest quality

CUSTOMER SERVICE

We take care of our customers

CONTINUOUS DEVELOPING

You can always do things better than yesterday

18 YEARS OF MOTORSPORT EXPERIENCE

We have long and broad experience from Motorsports and Tuning

Latest news and articles

OUR STORY

Dynolyze was founded by Janne Näränen and Noora Saarinen, but our story began long before we started building dynamometers.
 
Motorsport and cars have always been a big part of our lives.
 
Janne’s passion for motorsport started with karting as a child. Over the years, he has gained extensive experience in rallying, rallycross and drag racing, mainly working as a mechanic and engine tuner. He has also spent some time behind the wheel and in the co-driver’s seat. His professional background includes years of working with automotive electronics, OEM ECU tuning and race cars. Along the way, he has worked with numerous different dynamometers.
 
Noora has been involved in motorsport for over 20 years, mainly as a rally co-driver, but has also competed behind the wheel in several disciplines. She holds a degree in Automotive and Work Machine Engineering and has spent her entire professional career in the automotive industry.
 
Before Dynolyze, we ran our own automotive workshop, working with performance cars and tuning.
 
From our own workshop to building dynos
 
As cars became more powerful, we realized it was time to move from a traditional roller dyno to a hub dyno. Instead of buying one, Janne decided to build his own.
 
That was back in 2016.
 
A couple of years later, we started wondering: could we turn this into a product for other tuners and workshops?
 
The idea came from a simple fact: we couldn’t find a dyno on the market that offered everything we were looking for.
 
For us, three things were especially important: precise brake control, repeatability and easy to use.
 
When you’re tuning a car, repeatability is everything. If you make a change to the engine or ECU, you need to know whether that change actually made a difference. Without consistent, repeatable measurements, it’s difficult to tell if you’re making progress.
 
We wanted a dyno that we could trust in our own workshop, with the control, consistency and usability needed for real-world tuning.
 
Development of the first commercial Dynolyze hub dyno began in 2018–2019, and in early 2020, the very first Dynolyze dyno was delivered to a customer.
 
Built by people who understand the user’s needs
 
We believe that building a great dynamometer takes more than technical knowledge. It also requires understanding how the equipment is actually used, what challenges tuners face and which features truly make a difference in their daily work.
 
Having spent years on the user side of dynamometers ourselves, we know how important this perspective is when developing a product.
 
We’ve developed the Dynolyze system from scratch, including our own software and brake control system. This gives us a deep understanding of how every part of our dyno works together, from the mechanical components to the control electronics and software.
 
It’s not just a product we sell. It’s a system we’ve designed, developed and built ourselves, and one we know inside out.
 
Today, that same philosophy is still at the heart of Dynolyze: combining real-world tuning experience with engineering expertise to build dynamometers that deliver precise control, repeatable results and practical usability.