Baseline FEA Package
The Baseline FEA Package creates a common technical foundation and reference point for further decisions.
WORK PACKAGES: BASELINE FEA + ADD-ON MODULES
The Digital Bike Lab is built around a two-part modular structure to ensure clarity, efficiency, and scalability. At the core: a standardized, automated process that evaluates strength, stiffness, and safety – with clear documentation, transparent pricing, and fast turnaround. Every project starts with the Baseline FEA Package. Once the baseline is complete, a range of targeted add-ons can be booked depending on the project goals.
Design Optimization Loop
Targeted optimization of existing frame or component geometries based on defined target values such as strength, stiffness or weight.
Sensitivity Studies
Add-on to analyze how changes to specific design parameters affect structural performance.
Weld Seam Evaluation
This add-on delivers a targeted structural evaluation of selected weld seams using refined submodels and FKM-compliant fatigue analysis.
Sub Model: High Resolution Assessment
This add-on enables high-resolution FEM analysis of complex or high-risk areas in a bike frame — such as junctions, transitions, or dropouts.
Loadcase-Customization
The Loadcase Customization module allows OEMs to simulate specific real-life or edge-case loading conditions that go beyond ISO or EN standards.
Dynamic Response “Impact Loadcases”
This module enables the numerical simulation of RT and FT impact loadcases based on DIN EN ISO 4210.
Test Planning & Validation Support
This module supports efficient and targeted test planning by using the FEM model to identify the most relevant measurement zones.
IMPROVING THE RIDE FOR
Frequently asked questions
What are the main benefits of the Digital Bike Lab?
The Digital Bike Lab gives OEMs fast, cost-effective access to expert-level structural simulations. It enables early design validation, reduces prototyping cycles, and shortens time to market by providing actionable insights on strength, stiffness, safety margins, and optimization potential.
What do I need to provide to start a project?
A 3D CAD model of the frame or component, basic geometry data, system weight, and loadcase definitions (via a simple input form that Radiate provides). We take care of the simulation setup & the rest.
Which types of bikes or frames can be analyzed?
All categories: hardtail, full-suspension, cargo, and special concepts. The complexity and loadcase selection are adapted accordingly.
Which standards are covered?
We follow the relevant norms such as ISO 4210, EN 15194, or DIN 14766 – and offer the possibility to define custom loadcases.
What does the FEA baseline package include?
The Baseline FEA includes norm-based loadcases, structural assessment (strength, stiffness, hotspots), basic design optimization options, and a results report with recommendations.
Can welds, fatigue or detail zones be analyzed too?
Yes. Add-on modules are available for weld seam evaluation, sensitivity studies, design iterations, and dynamic impact loadcases.
How long does a typical Digital Bike Lab project take?
Most FEA baseline projects are completed in 5 working days. Add-ons may require more time, depending on the scope.
How is pricing structured?
Fixed pricing per bike category and loadcase set. Add-ons like weld seam analysis or design loops can be added as needed. Pricing details are available upon request.
Can I use the results for product certification or supplier briefing?
Results are documented in a professional engineering report and are suitable for internal design decisions, supplier communication, and risk evaluation.
Do I need simulation software or in-house engineers?
No. The Digital Bike Lab is a complete external service. You get expert-level simulation results without any software investment or training.