"You don't need professors and engineers to know that bikes aren't fast. Every bike stays on the ground until an athlete doesn't feel confident enough to push it beyond the limits".
Registered components for Paris Olympics 2024
Patent pending innovations
Patent pending innovations
THE BIKES
UCI REGISTERED TOOT-001 -TOOT-002 | UCI 2027 RULES COMPLIANT
TOOT RACING OLYMPICS CHALLENGE
At Pavia University - Department of Civil Engineering and Architecture - Computational Mechanics and Advanced Materials the TOOT RACING team directed by dr. Romolo Stanco, the director of COMPMECH Prof Ferdinando Auricchio and the head of the Protolab University of Pavia ing. Gianluca Alaimo and the Team Manager Dr. Erica Marson will presented the Olympic challenge which has already led ideas, technology, innovation and athletes to excel in the world thanks to a revolutionary approach. After the debut at the 2023 UCI Track World Championships of the revolutionary to fully express their potential. Between Paris '24 and Los Angeles '28 a journey continues through innovation, technology, courage and uncompromising performance. An adventure that until now was exclusive to national federations and Olympic committees becomes the new challenge of a team that, as in motorsport, combines cutting-edge design, advanced materials and pioneering experiments to allow athletes to best express their potential and achieve goals top level athletes.
X23 SWANIGAMI
Omnium Frameset (Frame TOOT 002, Seatpost and Fork TF02) | €9.900 + VAT
CUSTOM PARAMETRIC FRAME SIZES AVAILABLE – A.D.A.P.T. PERFORMANCE FITTING INCLUDED
THEFALCON 400
Omnium Frameset (Frame TOOT 001, Seatpost and Fork TF02) | €4.900 + VAT
CUSTOM PARAMETRIC FRAME SIZES AVAILABLE – ASK FOR GEOMETRY CHART
CONTACT US FOR MORE INFO ON THE BIKES AND PURCHASING OPTIONS
"We design the man's performance, not just performing parts".
"Performance in race is at the heart of everything we do in cycling. With some of the brightest minds in design, technology and engineering we redefine the balance between athlete and bike to achieve the best results in professional competitions with a motorsport approach."
The goal
The goal is to place the athlete in a situation where he feels seamlessly connected with his bicycle, which will be adjusted to perfectly match his optimal athletic movement without any compromise.
Designing perfection
By combining Horai with the Velogic dynamic 3D scanning system and the Occipital Structure Sensor scanner, the simulator is detached from the digital model. This enables TOOT Engineering designers to access the athlete's unaltered data as he pedals, allowing him to fine-tune the parameters that maximize performance based on individual characteristics.
Digital Twins
The digital twin system empowers the design team at TOOT Engineering to craft a virtual digital model of the cyclist engaged in his athletic performance at the highest possible level. This digital model can be adjusted, refined or reimagined, thereby offering the athlete actionable insights for potential performance enhancements.
Simulation as optimization
Thanks to the Horai® simulator's flexibility in adjusting various dimensional and load parameters, such as power and effort, the team can analyze copious amounts of data in the Aeromotion® Virtual Wind tunnel. With every variation in the athlete's position, these data provide insights about power, cadence, speed, frontal area and virtual CdA.
Performance designed beyond forward.
"We take the limit to the next level"
TOOT Racing with the support of BIANCA Advanced Innovations, CompMech and 3dPROTOLAB of Pavia University bring their exceptional engineering, design, technology, simulation and production capabilities to develop the fastest bike and components ever. We work on performance solutions with a transformative innovation approach developing design, materials, processes, additive manufacturing into disruptive solutions. It’s evolution, not just improvement.
"Where science meets the real world".
The internal Factory Development Team tests every technical solution in world class level competitions, pushing all the details beyond the limit. The Olympic federations are part of the development process and the end users of a sustainable, affordable, innovative and gold medal challenger performing project.
