Theodolite Modal

Theodolite Modal Specification

Features
Good Quality

Style
Scientific instrument / Surveying laboratory apparatus style

Assembly
Ready to use

Weight
1 Kilograms (kg)

Surface Finish
Plain

Size
20*20 cm

Power Type
Non-electric

Use
Educational Purpose

Type
Maths Equipment

Material
Metal

Dimensions
20*20 Centimeter (cm)

Shape
Round

Color
Red

Function
Allows students to physically align the sighting tube with a target to simultaneously read or calculate vertical inclination and horizontal tracking angles.

Age
17-24

Advantage
Converts abstract vector angles and coordinate lines into a physical, highly interactive mechanical apparatus.

Theodolite Modal Trade Information

Minimum Order Quantity
10 Pieces

Supply Ability
100 Pieces Per Week

Delivery Time
10 Days

Theodolite Modal About

Theodolite Model Product Description

The Theodolite Model is an interactive surveying and mathematical laboratory instrument designed to help students understand the principles of angular measurement, civil engineering, triangulation, and coordinate geometry. By simulating the mechanics of a real surveying theodolite, this working model enables students to measure vertical and horizontal angles through practical tracking exercises. It is widely utilized in high school mathematics laboratories, physics classrooms, and geography labs to connect trigonometry to field applications.

Features

Movable tracking tube (sighting telescope) that pivots smoothly to measure incline and decline angles
Large vertical circular protractor scale with a high-visibility red pointer needle
Rotating base platform equipped with an integrated horizontal circular angle scale
Built-in magnetic compass at the center of the base plate for orientation and directional alignment
Three-point leveling base with adjustable thumb screws to calibrate flat placement on lab tables
Durable, shatterproof plastic construction engineered for regular classroom usage

Applications

Measuring the horizontal angle between two reference points or landmarks
Determining vertical angles of elevation and depression to calculate the height of distant objects
Practical field application of trigonometry, right-angled triangles, and triangulation formulas
Exploring foundational concepts of civil engineering, land surveying, and mapping techniques
Secondary school geometry labs, outdoor STEM activities, and geography data collection projects

Product Specifications

Product Name: Educational Theodolite Model
Components: Sighting Tube, Vertical Circular Scale, Pointer Needle, Central Support Bracket, Compass, Horizontal Scale Base, Leveling Thumb Screws
Scale Range: Full 360-degree markings on both horizontal and vertical protractor matrices
Usage: Middle and high school mathematics, geography, and physics lab instructional aid