Menu
A CAM Drum test or Bump Test setup incorporates cams of various shapes and sizes to recreate the dynamics of driving in different conditions. Discover the industry standard in wear and fatigue testing with our advanced Cam Drum technology and setup for EV 2W.
During a bump test, an EV is subjected to controlled impacts or shocks that simulate real-world driving scenarios such as driving over potholes, speed bumps, or uneven road surfaces using cam profiles.
The bump test for Electric Vehicles (EVs) is a crucial evaluation method designed to assess the structural integrity, durability and robustness of vehicle chassis, shock absorber and suspension system, with the components and associated weight housed in the vehicle.
The impacts from uneven road surfaces can generate significant forces that may affect the stability and integrity of the vehicle’s components, especially the sensitive battery system.
Electric Vehicles (EVs) face unique challenges related to the integration and durability of the design, structure and overall vehicle architecture. The substantial weight of EV battery packs necessitates reinforced chassis and suspension systems, which can impact vehicle dynamics and efficiency. Moreover, the placement of heavy battery modules requires careful design to maintain optimal weight distribution and structural integrity during impacts.
Electric Vehicle bump testing is an indispensable testing solution for automotive engineers and technicians. It ensures that vehicles comply with safety standards before they are marketed. This testing process identifies potential Challenges/limitation with a vehicle’s suspension, braking system, wheels and tires, and other components before they pose safety risks.
Regular bump tests allow manufacturers to confirm that their vehicles are both safe and dependable for consumers. CAM Drum testing helps in identifying potential weaknesses in a product’s design, material, and overall vehicle durability.
Bump testing for electric vehicles is a fundamental aspect of the safety assurance process. The test rig is set up in a way that verifies the vehicle’s ability to manage bumps and other road irregularities safely and effectively.
|
RPM (Range)
|
15 Kmph Max - 50 Kmph
|
|
Total Load On Rollers
|
350Kgs
|
|
CAM Profile
|
A. Half Sine B. Trapezoidal C. Rectangle D. Triangle
|
CAM Drum testing equipment is versatile and can be used to test a wide range of vehicles. At our facility, we provide testing for all types of 2 wheelers. This adaptability makes it ideal for analyzing durability across various vehicle types and components.
The price is decided on a project basis after understanding your testing requirements and overall validation objectives. To know more, please get in touch with us at [email protected].