EGINEERING
CENTER
Our engineering approach combines experimental methodologies and advanced simulation capabilities to ensure reliability, operational efficiency, and end-to-end traceability in every development process.
Our approach combines structural analysis, controlled testing, and continuous improvement methodologies to support industry with decisions grounded in verifiable data.
OUR SERVICES
Performance Analysis and Validation
Structural and functional validation through thermal, mechanical, and fatigue analysis. Testing enables us to anticipate potential failures, optimize materials, and ensure reliable performance under demanding real-world conditions.
Technical Strategy, Compliance Auditing & Continuous Improvement
We provide technical product assessments, performance diagnostics, and optimization plan implementation, supporting end-to-end improvement initiatives that reduce lead times, lower costs, and minimize production variability.
Certified testing under controlled conditions
Experimental testing in climate chambers, accelerated life cycle assessments, and reproducible scenarios that ensure repeatability, reliability, and technically certifiable documentation.
Test and Calibration Systems
Our testing capabilities include power, torque, and flow bench evaluations for engine calibration, auxiliary systems validation, and seamless powertrain-electronics integration. We also provide fuel injection calibration and data-driven optimization, ensuring enhanced performance, efficiency, and operational reliability.
Specialized Development and Alternative Fuels
Research and validation of flex-fuel engines and hybrid systems for industrial and high-performance applications. We conduct comparative evaluations to support the adoption of emerging energy technologies, enabling informed decisions based on performance, efficiency, reliability, and operational feasibility.
Custom Component Manufacturing
We manufacture critical components to stringent tolerance requirements, ensuring dimensional consistency, repeatability, and end-to-end traceability throughout the product lifecycle, from prototyping and validation to short- and medium-scale production.
End-to-End Traceability
Every test is recorded within a technical management system, enabling iteration comparisons, performance improvement assessments, and comprehensive documentation of engineering decisions.
Data-Driven Measurement Methodology
All developments follow a structured experimental verification process that mitigates risk and shortens timelines across the design, validation, and production stages.
Integrated Design and Testing
Test bench and laboratory results are continuously fed back into the design process, enabling rapid refinements and evidence-based engineering decisions.
Technical Run-In Testing
QAU (Quality Assurance Unit)
QAU Technical Run-In is a dynamic verification process developed to evaluate the real-world performance of vehicles and their systems under demanding operating conditions.
Through advanced instrumentation and continuous analysis, critical behaviors are identified, engineering improvements are validated, and the reliability of the final product is ensured prior to launch or certification.
We combine dynamic testing, instrumented measurements, and structural analysis to gain a detailed understanding of vehicle behavior under real-world operating conditions. Throughout the process, we monitor the engine, transmission, suspension, brakes, chassis, body structure, and auxiliary systems, capturing thermal data, vibrations, noise levels, deformations, resonances, and transient events.
The data collected enables the identification of anomalous behaviors, supports component development initiatives, and validates engineering solutions. Every finding is formally documented and communicated to the manufacturer, ensuring full traceability of corrective actions. The process concludes with repeated testing of the improved components until the robustness and effectiveness of the final solution have been conclusively verified.
This industrial-focused approach is designed to minimize risk, optimize performance, and ensure the highest standards of product quality and customer perception.
ENSAYOS Y ACTIVIDADES
Suspension Tuning and Vehicle Dynamics Optimization
Adjustment and validation of suspension geometry, structural stiffness, dynamic balance, and chassis response characteristics.
Torque Measurement and Drivetrain Durability Assessment
Evaluation of mechanical loads, drivetrain losses, and the overall efficiency of the engine-transmission system.
Dynamic Ride Height Assessment
Monitoring and recording ride height variations under actual operating conditions.
Active Safety Systems Evaluation and Validation
Testing and validation of ABS, Electronic Stability Control (ESC), Traction Control Systems (TCS), and Advanced Driver Assistance Systems (ADAS).
Brake System Evaluation Under Progressive Wear Conditions
Monitoring of brake fade, thermal recovery, component wear, and braking stability. Evaluation of dust and gas ingress to ensure system integrity and consistent performance under demanding operating conditions.
Dust and Gas Ingress Control
Leak-tightness testing and evaluation of particle ingress into the passenger compartment and other sensitive vehicle areas.
Multi-Scenario Dynamic Testing
Testing on gravel roads, off-road terrain, highways, freeways, urban environments, and winding routes to evaluate vehicle performance under a broad range of real-world operating conditions.
Thermal Chamber Testing (+50°C / -20°C)
Validation of system and vehicle behavior under extreme thermal cycling conditions.
Powered by Berta is a mark of precision and commitment: developments validated under rigorous standards, backed by decades of engineering and a passion for performance.