On the 23rd and 24th of February 2026, we will be attending one of the most significant international events in the sector: the IBFI Global Conference 2026, organised by the International Bike Fitting Institute and held at the Silverstone Museum, within the iconic Silverstone Circuit in the United Kingdom.
For this edition, our biomedical and biomechanics engineer, Paula Flórez Herrera, will represent STT Systems alongside Tony Corke to present the practical application of our 3DMA systems in the three-dimensional biomechanical analysis of professional cycling.
Below, we explore the context of the conference in depth, the strategic relevance of the event, and the impact of 3D motion analysis on modern bike fitting, with a technical, professional approach oriented towards evidence-based practice.
IBFI Global Conference 2026: An international benchmark for evidence-based bike fitting
The IBFI Global Conference 2026 has established itself as one of the most influential gatherings for professionals in bike fitting, cycling biomechanics, engineering applied to sport, and clinical movement evaluation.
Over two intensive days, the programme integrates:
- Keynote presentations on applied biomechanics.
- Practical workshops on motion analysis.
- Exhibition of 3D motion capture technologies.
- Technical debates on studio decision-making.
- 30 Continuing Professional Development (CPD) points.
The content revolves around movement evaluation under load, the optimisation of comfort and performance, injury prevention in cycling, and the translation of scientific research into real professional practice.
This approach turns the conference into a strategic environment for those seeking to integrate objective metrics, kinematic analysis, and three-dimensional capture into their daily practice.
The evolution of bike fitting: From subjective observation to 3D biomechanical analysis
Bike fitting has evolved significantly over the last decade. Experience and observation remain fundamental, but the current market demands precision, traceability, and objective validation of results.
The modern cyclist, whether an advanced amateur or high-performance athlete, demands:
- Data-driven personalised adjustments.
- Injury prevention based on biomechanical analysis.
- Optimisation of mechanical efficiency.
- Technical justification for every modification to the bicycle.
In this context, three-dimensional biomechanical analysis ceases to be a complementary element and becomes a structural tool. Moving from two-dimensional analysis to real-time 3D kinematic study allows for the quantification of movement in all three planes of space, providing a much deeper understanding of the pedalling pattern.
Cycling 3DMA: 3D motion capture applied to performance
The 3DMA system developed by STT Systems enables a complete three-dimensional biomechanical analysis of the cyclist during real pedalling.
Its main applications include:
- Precise measurement of knee, hip, and ankle joint angles.
- Assessment of dynamic joint range.
- Analysis of pelvic stability in the frontal and sagittal planes.
- Detection of functional asymmetries.
- Study of spatial knee trajectories.
- Comparison between adjustment configurations within the same session.
Real-time kinematic analysis allows parameters such as saddle height, setback, cleat position, or crank length to be modified, with the biomechanical impact of each adjustment observed immediately. This approach introduces a workflow model based on the cycle of measure, adjust, validate, and compare, reinforcing informed decision-making.
Optimising cycling performance through objective metrics
Optimising performance in cycling does not depend exclusively on the power generated, but also on mechanical efficiency and economy of movement.
3D biomechanical analysis allows one to:
- Identify efficiency losses associated with angular deviations.
- Evaluate muscular compensations derived from joint limitations.
- Analyse repetitive patterns that may generate overload.
- Adjust the position to maximise force transfer.
The combination of three-dimensional motion capture and kinematic data analysis provides a level of precision that improves the quality of service and the perception of the studio’s professionalism.
Cycling injury prevention through motion analysis
Overuse injuries in cycling are usually associated with repetitive patterns and dynamic misalignments.
Among the most common pathologies are:
- Patellofemoral pain syndrome.
- Patellar tendinopathy.
- Hip overload.
- Mechanical lower back pain.
3D motion analysis allows for the detection of:
- Asymmetries between the dominant and non-dominant limb.
- Pelvic instability.
- Deviations in the knee-foot axis.
- Dynamic compensations under load.
The early identification of these patterns facilitates evidence-based preventive interventions and reduces the risk of injury in the medium and long term.
Application in specialist retail and pre-purchase environments
The integration of 3D motion capture in specialist shops adds value to the bicycle selection process.
It allows retailers to:
- Determine optimal frame size.
- Adjust the initial configuration before delivery.
- Personalise the buying experience.
- Reduce subsequent adjustments.
- Differentiate the establishment in a competitive market.
From a business perspective, applied biomechanics becomes a strategic factor for positioning and customer loyalty.
Technical collaboration: Methodological integration and applied technology
Our participation in the IBFI Global Conference 2026 arises from an invitation by Tony Corke, with whom we share a common vision regarding the evolution of professional bike fitting towards a more structured, measurable, and evidence-based model.
From STT Systems, we bring to the conference our experience in 3D motion capture, three-dimensional biomechanical analysis, and real-time kinematic data processing, integrating the 3DMA system within a functional methodology applied directly to the studio.
The presence of our biomedical engineer, Paula Flórez Herrera, responds to the need to offer specialised technical support during the demonstration, ensuring that the implementation of 3D motion analysis is understood not only from a practical perspective but also from its scientific and methodological basis.
The session’s focus will show how the methodology developed by Tony can be complemented with objective metrics, advanced kinematic analysis, and quantitative validation of adjustments, generating a workflow model that combines professional experience, technical judgement, and applied technology.
This collaboration reflects a shared objective: to elevate the standard of bike fitting through informed decisions and tools that provide real precision in daily practice.
Silverstone as a symbol of precision and performance culture
Holding the conference in the surroundings of the Silverstone Circuit is not solely a logistical matter. Silverstone represents engineering, millimetric optimisation, and a culture of detail.
In professional bike fitting, the same occurs: small adjustments generate large differences in performance and comfort. The parallel between motorsport engineering and human movement engineering reinforces the philosophy of advanced biomechanical analysis.
Continuous training, CPD, and sector professionalisation
The attainment of 30 CPD points makes the IBFI Global Conference 2026 one of the most relevant training opportunities for professionals certified by the International Bike Fitting Institute.
Beyond accreditation, continuous training allows for:
- Updates on emerging technologies.
- Methodological contrast with international professionals.
- Improvement of technical judgement.
- Reinforcement of professional positioning.
In a competitive environment, applied biomechanics based on scientific evidence is a strategic investment, not an operating expense.
The future of bike fitting: Objective analysis and informed decisions
The sector is advancing towards a model where 3D motion capture, kinematic analysis, and quantifiable metrics will be standard practice.
The integration of advanced technology in the studio allows one to:
- Professionalise the service.
- Generate objective reports.
- Justify technical decisions.
- Increase client confidence.
- Differentiate oneself in the market.
At STT Systems, we are committed to a more precise, more measurable bike fitting that is more aligned with scientific evidence. Our presence at the IBFI Global Conference 2026 represents a clear vision of the future: to drive three-dimensional biomechanics applied to cycling as a quality standard in the sector.
Professional bike fitting is evolving. And the basis of that evolution is the objective analysis of human movement under real conditions.
See you at Silverstone.