After 180 years, the bike pedal finally works with the human body.
A biomechanically self-aligning platform. "This is just the beginning."
Award-winning. Multi-patented. Designed to adapt to the rider. "Your knees will thank you."
After 180 years, the bike pedal finally works with the human body.
A biomechanically self-aligning platform. "This is just the beginning."
MOUNTAIN BIKING
Enhance Control And Improve Efficiency On Your Mountain Rides
ROAD CYCLING
Increase Your Cycling Performance With Every Stroke
RECREATIONAL
Elevate Your Leisurely Rides With Enhanced Comfort And Control
GYM & HOME
Workouts: Gain Balance & Improve Your Cycling Experience

Best Invention Of 2024 By TIME
Recognized by TIME for introducing the world’s first flat floating pedal.
Also independently reviewed by Mountain Bike Action, Singletracks, MBUK, and international cycling media.
The 8 Degree Pedal Explained
The 8 Degree Pedal is the world’s first flat pedal designed to float, allowing the foot, ankle, and knee to align naturally throughout every pedal stroke. This multi-patented bike pedal introduces controlled pedal float to flat pedals, creating a ride that feels intuitive, balanced, and effortlessly natural.
Pedal float in cycling has long been associated with improved comfort, more efficient power transfer, and reduced joint stress. The 8 Degree Pedal brings these proven biomechanical advantages to a flat pedal by allowing natural foot movement under load, rather than forcing the foot into a fixed position.
At the core of the design is a self-centering, spring-loaded mechanism. This system lets the pedal move naturally with the rider while automatically returning to center, providing self-compensating float that maintains stability and prevents excessive movement. The result is a connected, confident feel without the resistance or “stuck foot” sensation common with traditional flat pedals.
Durability and reliability were engineered from the inside out. The pedal has undergone extensive real-world testing by experienced riders, along with rigorous laboratory testing under weighted load. Testing included continuous operation at 60 RPM with 60 back-and-forth 8-degree cycles per minute, totaling 2,020,000 cycles. The design meets and exceeds International Safety Standards (ISO 4210-8) for bicycle pedals, making it one of the most reliable pedals for trail riding, mountain biking, and technical riding.
8 Degree Pedal Benefits
The 8 Degree Pedal delivers a more natural and efficient cycling experience by allowing the pedals to move with the rider’s feet rather than against them. The self-centering, self-compensating float reduces resistance during rotation, minimizes foot positioning issues, and helps eliminate discomfort caused by forced alignment.
Riders experience improved stability and control, especially in technical terrain, downhill trails, or during jumps, where constant foot repositioning is significantly reduced. The design also minimizes uneven shoe wear and supports smoother hip and knee rotation through corners, promoting natural biomechanical motion and enhanced performance.
Whether you’re a mountain biker, trail rider, or commuting cyclist, the 8 Degree Pedal enhances your ride by combining ergonomic design, pedal float, and durable construction.
Built on Proven Refinement
Current production models reflect carefully considered refinements made through real-world testing and professional rider feedback, while preserving the patented biomechanical platform that cyclists trust today. The 8 Degree Pedal represents the next evolution in flat pedal design, offering unmatched performance, stability, and natural motion for riders of all levels.
SPRINGS
Our springs are designed for maximum life in this configuration and show zero fatigue from the 1,036,800 cycle tests. The springs installed in the pedal from the factory are blue medium tension springs catered to most riders. We are also providing an extra set of light resistance springs for lighter or less aggressive riders and heavy resistance springs for heavier or more aggressive riders. These additional springs can be easily changed by the customer with a metric Allen wrench.
SLIDING PUCK
This puck is the key to our design; It is one of the hardest and lowest anti-friction co-efficient components available. It also has shown little to no wear in the 1,036,800 cycle test under load. The puck slides back and forth in between 2 thin but strong stainless plates at the top and bottom of the puck without lubrication on the surfaces as designed. The puck surfaces and stainless plate surfaces become polished from the sliding puck movement.
SPRING PLUNGERS
The internal mechanism works with 2 opposing spring- loaded plungers that slide in and out of opposing plunger bores while applying pressure against the curved lobes on a sliding puck. These spring-loaded plungers apply an increasing load resistance as the float increases from (0) degrees center-position to +/- (4) degrees in each direction which is key in the self-compensating float design. These plungers have shown little to no wear in 1,036,800 cycle tests. Minor lubrication is required.
SPHERICAL BEARING
Our custom-made, Teflon coated bearing has shown little to no wear in 1,036,800 cycle tests. Minor lubrication is recommended.
.010” STAINLESS PLATES
- These plates are the 2nd part in the key to our design. The 0.010” Stainless Steel slide plates are installed on each side of the puck, both top and bottom.
- Plates are used as the anti-friction surfaces for the slide motion of the puck. These surfaces become polished and smoother as time goes on. No lubrication is needed.
2 Sleeve Axle Bearings
Our pedal has been matched with the best, lowest friction plastic sleeve bearings designed with longevity in mind. These same bearings are found within the highest quality cycling pedals on the market. Lubrication is not required.
SEALS
Our pedal has 4 seals to help prevent dirt and moisture from entering the internal mechanism. 1 plate seal, 2 o-ring seals, and 1 shaft seal. These seals are extremely effective, however like any other pedal, depending on the riding conditions and time spent on the pedals, more frequent maintenance may be advised.
Let customers speak for us
Product Comparison
In the comparison below of clip-in pedals and our 8-degree pedal design, our pedals stand out by eliminating the need for clip-in mechanisms to achieve pedal float. Unlike traditional pedals, our flat floating design provides 8 degrees of self-centering, self-compensating float, ensuring unmatched comfort and smooth, fluid pedal strokes.
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