3D preview of Exploded Axonometric Section - Excavation, Raft Foundation and Retaining Wall
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Interactive 3D model of Exploded Axonometric Section - Excavation, Raft Foundation and Retaining Wall

Plates and panels

Exploded Axonometric Section - Excavation, Raft Foundation and Retaining Wall

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Bounding box
372.5 × 281.5 × 205 mm
Engine
3D Printing B-rep
Parameters
30
Published
November 4, 2026

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The prompt

generami un esploso assonometrico a 30 gradi, in cui mi fai vedere il terreno, scavo a platea con casseri a perdere, plinti, pilastro e tutti gli altri componenti

Parameters

NameValueRange
Section width along Y60 mm30 – 120
Retaining wall thickness40 mm20 – 80
Retaining wall height145 mm60 – 250
Footing heel thickness12 mm6 – 30
Footing heel extension45 mm10 – 100
Drainage gravel width40 mm20 – 100
Drainage gravel height108 mm40 – 200
Slab thickness30 mm10 – 60
Slab length150 mm60 – 300
Thermal insulation thickness14 mm4 – 40
Screed thickness10 mm4 – 30
Wood flooring thickness4 mm2 – 10
Brick infill wall thickness30 mm10 – 60
Brick infill wall height130 mm40 – 250
Metal grate thickness6 mm3 – 15
Number of floor planks5 mm2 – 12
Gap between planks1 mm0.4 – 3
Number of grate slots4 mm2 – 8
Grate bar width3 mm1.5 – 6
Terrain margin around the pit35 mm10 – 80
Excavation depth34 mm10 – 80
Cassero a perdere thickness6 mm2 – 15
Number of plinths2 mm1 – 4
Plinth base width26 mm14 – 60
Plinth top width18 mm8 – 50
Plinth height30 mm10 – 80
Column cross-section16 mm8 – 60
Column top height from base140 mm40 – 250
Explode factor (0 = assembled)1 mm0 – 2
Axonometric rotation about Z30 deg0 – 90

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.

Exploded Axonometric Section - Excavation, Raft Foundation and Retaining Wall - Free CAD Model (STEP, STL) | TextoCAD