vernier caliper measuring a mould

Vernier Height Gauge

Dec 13, 2025

author image Deepak choudhary

Deepak S Choudhary

Deepak Choudhary is a qualified Mechanical Engineer with a B.Eng in Mechanical Engineering, specializing in Industry 4.0, robotics, manufacturing systems, metrology, and digital skills training. With 7+ years of experience in the manufacturing ecosystem, he is also the founder of GaugeHow (An edtech platform helping engineers build practical, industry-ready skills)

author image Deepak choudhary

Deepak S Choudhary

Deepak Choudhary is a qualified Mechanical Engineer with a B.Eng in Mechanical Engineering, specializing in Industry 4.0, robotics, manufacturing systems, metrology, and digital skills training. With 7+ years of experience in the manufacturing ecosystem, he is also the founder of GaugeHow (An edtech platform helping engineers build practical, industry-ready skills)

A vernier height gauge is used to measure vertical dimensions from a reference surface, usually a surface plate.

A vernier height gauge consists of a graduated scale or beam mounted vertically on a finely ground and rigid base. This base ensures stability and accurate reference during measurement.

The graduated scale typically has a least count of 0.02 mm, similar to that of a vernier caliper. The method of taking measurements using a vernier height gauge is also the same as that of a vernier caliper.

The reading is obtained by observing the coincidence of the graduation line on the vernier scale with the graduation line on the main scale. When these two lines align, the corresponding value gives the correct measurement.

Mechanical Engineering Courses That Industry Actually Uses

Learn Tools of Design & CAD, Analysis & Simulation, Automation & Robotics, and Industry 4.0 used in modern factories.

Join 40+ Mech Courses like GD&T, Siemens NX, SolidWorks, CATIA V5, AutoCAD, ANSYS (FEA & Fluent), ABAQUS, Creo, Fusion 360, CNC Programming, Digital Twins, Python for Mechanical, and Industry 4.0.

All-in-One

Upskilling for Engineers

Bridge Modern Mechanical Engineering Skill Gaps

Learn Digital Manufacturing, Design, Analysis, Automation, Robotics, and Data Skills used in Modern Factories.

With AI Doubt Solver for instant help, Notes Library for quick revision, Skill-Focused Courses to learn, and Projects to prove what you know.

Our Courses

Complete Course Library

Access to 40+ courses covering various fields like Design, Simulation, Quality, Manufacturing, Robotics, and more.