Skating-Inspired Cycling Pedals

The Nikola Pedals Help Cyclists Harness Their Skating Muscles

The Nikola is a speed-skating-style pedal that slides out to the sides in order to bring a movement reminiscent of skating to the act of cycling. Inventor Nick Stevovich came up with the product upon noticing that cyclists and skaters use different sets of muscles to propel themselves forward, and realizing that cyclists could harness more pedaling power if they engaged both muscle groups.

Each Nikola pedal moves laterally along its axle, allowing the rider's leg to glide one side and engage those skating muscles. The rider's shoes stay securely attached to the pedals until unhooked.

The Nikola speed skating pedals will be sold in Northern Hemisphere markets later this fall and will be offered in two versions. A set of the stainless steel Nikolas will sell for $339 while the titainum version will go for around $549.

Skating-inspired Products
Develop products inspired by the unique movements and muscles involved in skating to create innovative solutions for other physical activities.
Dual Muscle Engagement
Explore ways to engage multiple sets of muscles in different ways to optimize performance and provide a new and unique experience for consumers.
Lateral Movement Mechanisms
Invent mechanisms that allow for lateral movements to improve muscle engagement and develop innovative hybrid products.

Sectors Adopting This

Cycling
Develop innovative cycling products by incorporating skating-inspired mechanisms that engage different muscle groups.
Fitness Equipment
Integrate lateral movement mechanisms into fitness equipment to provide more muscle engagement and dynamic workouts.
Sports Equipment
Create new sports equipment that incorporates lateral movement mechanisms to provide a unique and dynamic experience for athletes.
SCORE
2.1 out of 10
GENDER
50% Men50% Women
MARKETTop markets: North America, Europe
GENERATION
  • Gen Z
  • Gen Alpha
  • Millennial (primary audience)
  • Gen X (primary audience)
POPULARITY
Popularity 11%
Activity 43%
Freshness 8%