Gas shocks and gas struts are often confused, but they serve different purposes. Gas shocks absorb movement in vehicles; gas struts support weight and hold components open. Understanding these differences is critical for correct replacement.
Gas strut positioning determines whether your lid stays open safely or crashes down. Mounting distance from the hinge, angle of installation, and force rating must align precisely for reliable operation.
Ottoman bed gas struts fail for specific mechanical reasons: incorrect force rating, worn seals, contamination, or installation errors. This guide walks you through diagnosis and repair.
A 100N gas strut can support approximately 10 kg (22 lbs) when mounted vertically. Real-world capacity depends on mounting angle, hinge position, and application geometry—this guide explains the engineering behind the force rating.
Sizing a gas strut correctly requires three measurements: extended length, compressed length, and force rating in Newtons. This guide walks you through each step and common errors.
Selecting the correct gas spring requires measuring three key dimensions and calculating the force needed to support your load. This guide walks through the complete specification process.
Accurate measurement of gas lift struts requires three key dimensions: fully extended length, compressed length, and stroke. This guide covers every measurement method and verification technique a technician or DIY user needs.
Liftgate strut replacement typically costs £80–£400 per strut depending on vehicle make, OEM versus aftermarket choice, and whether you fit them yourself or use a mechanic.
A 100N gas strut can theoretically hold approximately 10.2 kg (22.5 lbs) in ideal vertical conditions. However, mounting angle, hinge position, and application type significantly affect actual load capacity.
Determining the correct gas strut size requires measuring three critical dimensions: extended length, compressed length (stroke), and force rating in Newtons. This guide walks through each measurement.