What are the dimensions and stroke length needed for the bonnet gas struts?

Determining the dimensions and stroke length required for bonnet gas struts involves understanding the specific characteristics of the bonnet, including its size, weight distribution, and the desired operational parameters. Here are the key considerations:
Dimensions
Bonnet Size and Geometry:
Measure the dimensions of the bonnet, including length, width, and height.
Consider any curvature or irregularities in the bonnet's shape that may affect the placement and orientation of the gas struts.
Mounting Points:
Identify the locations on the bonnet and the vehicle chassis or frame where the gas struts will be mounted.
Measure the distances between these mounting points to determine the required length of the gas struts.

Stroke Length
Functional Requirements:
Determine the stroke length required for the gas struts, which is the total travel distance between fully extended and fully compressed states.
This distance should accommodate the full range of motion needed for the bonnet to open and close smoothly.
Bonnet Opening Angle:
Consider the desired or typical angle at which the bonnet will open.
Calculate the stroke length based on the geometry of the bonnet and the hinge mechanism.
Operational Considerations
Dynamic Requirements:
Account for dynamic factors such as wind resistance, vehicle inclination, and variations in load that may affect the stroke length needed.
Ensure that the gas struts can handle the anticipated forces and provide sufficient stability during operation.
Customization and Adjustment
Adjustability and Flexibility:
Assess if the stroke length of standard gas struts meets the requirements or if customization is necessary.
Some gas struts may offer adjustable stroke lengths or can be customized to fit specific dimensional requirements.
By addressing these questions, you can determine the precise dimensions and stroke length required for bonnet gas struts, ensuring optimal performance and functionality in automotive and industrial applications.