3D preview of Tidal Turbine Rotor with Belt Pulley
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Interactive 3D model of Tidal Turbine Rotor with Belt Pulley

Jigs and fixtures

Tidal Turbine Rotor with Belt Pulley

3 views
Bounding box
166.7 × 171.4 × 100.0 mm
Engine
Precision B-rep
Parameters
15
Published
September 8, 2026

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The prompt

could you generate the design for an underwater current powered turbine using these functional analysis pointers? Tidal Current​ ↓ Capture Hydrodynamic Energy → (fixation method): waveguides ↓ Produce Rotor Motion​ [how system moves]: pitch-controlled blades ↓ Transmit Torque​: belt drive ↓ Condition Speed / Torque​: adjustable blade pitch ↓ Drive Generator​: fully rated converter ↓ Anchoring system: pile-anchored ↓ Generate Electricity​

Parameters

NameValueRange
Hub Diameter60 mm20 – 120
Hub Length30 mm15 – 60
Blade Count3 count2 – 8
Blade Length80 mm40 – 150
Blade Width (Axial)30 mm12 – 60
Blade Thickness6 mm3 – 15
Blade Pitch Angle15 deg-45 – 45
Blade Root Embedment10 mm4 – 25
Shaft Diameter20 mm8 – 40
Shaft Length Below Hub50 mm20 – 120
Shaft Length Above Hub35 mm10 – 80
Belt Pulley Diameter90 mm40 – 160
Belt Pulley Thickness15 mm8 – 40
Pulley Groove Depth4 mm1 – 10
Pulley Groove Angle34 deg20 – 50

Every value above is a live dimension. Open a model like this in the editor and each one becomes a slider you can drag before exporting.

Tidal Turbine Rotor with Belt Pulley - Free CAD Model (STEP, STL) | TextoCAD