HALO™ AFRICA
Technical & Research Papers
Driving Innovation in Vehicle Safety with Advanced Research and Engineering
At HALO™ Africa, we are committed to advancing vehicle safety through rigorous research, cutting-edge engineering, and collaborative innovation. As a trusted leader in rollover occupant protection systems (ROPS), we partner with global safety experts through Safety Engineering International to produce impactful studies that shape the future of vehicle safety in Africa and beyond.
Below is a selection of our featured technical and research papers, showcasing our expertise and dedication to improving safety in mining, industrial, and transportation sectors.
Featured Research Papers
Vehicle Roof Geometry and Its Effect on Rollover Roof Performance
- Abstract: Studies the influence of roof geometry on rollover performance, using dynamic testing to recommend optimal designs.
- Key Insights: Explores innovative design solutions to reduce injury risks without increasing vehicle weight significantly.
- Authors: D. Friedman, R. Grzebieta, et al.
Improving Rollover Crashworthiness of Heavy Trucks Equipped with Towers and Booms Overhanging the Cab
- Abstract: This study examines the risks posed by boom structures on heavy trucks during rollovers, analyzing US and EU safety standards and highlighting the effectiveness of aftermarket devices.
- Key Insights: Recommendations for enhanced cab designs and the importance of additional safety reinforcements for heavy vehicles.
- Authors: K. Friedman, J. Hutchinson, et al.
Integrating OEM Vehicle ROPS to Improve Rollover Injury Probability
- Abstract: This paper explores modifications in OEM vehicle designs to integrate ROPS effectively, reducing injury risks in rollovers.
- Key Insights: Comparative analysis of aftermarket and OEM solutions for improved safety outcomes.
- Authors: S. Bozzini, N. DiNapoli, et al.
Vehicle Roof Structure Design Can Significantly Reduce Occupant Injury
- Abstract: Highlights how optimized roof structures and reinforcement designs can significantly reduce occupant injuries in rollovers.
- Key Insights: Dynamic testing demonstrates the benefits of integrated structural reinforcements.
- Authors: S. Bozzini, D. Friedman, et al.
Comparing Vehicle Rollover Crash Test Rigs: JRS vs. DRoTS
- Abstract: A comparative analysis of Jordan Rollover System (JRS) and Dynamic Rollover Test System (DRoTS), emphasizing the reproducibility of results across testing facilities.
- Key Insights: Advancements in establishing a reliable dynamic rollover testing protocol to assess crashworthiness.
- Authors: M. Mongiardini, G. Mattos, et al.
A Study of Rollover Occupant Injury Mitigation Using Dynamic Testing
- Abstract: Investigates rollover crashes using dynamic testing methods to evaluate and improve protection systems.
- Key Insights: Recommendations for replacing outdated roll cage technology with modern solutions.
- Authors: S. Bozzini, J. Jimenez, et al.
Commercial, Police, and Military Vehicle Rollover Protection: Geometry and Retrofit Testing
- Abstract: Examines the effectiveness of external ROPS structures in improving crashworthiness for high-usage vehicle fleets.
- Key Insights: Focuses on customized safety solutions for commercial, police, and military vehicles.
- Authors: S. Bozzini, J. Jimenez, et al.
Rollover Protection – A Meaningful & Effective Solution
- Abstract: Provides a detailed analysis of the critical need for robust ROPS designs in the oil and gas industry.
- Key Insights: Evaluates traditional methods versus innovative solutions to enhance safety performance.
- Authors: S. Bozzini, J. Jimenez, et al.
Explore Our Expertise
Whether you need engineering support, a custom solution, or wish to join our partner network, HALO™ ROPS Africa is here to help.