“3D Engineering Animation of HeliSoldier + ShoreCast Installation (Technical Visualization)”
Budget: $30 – $250 CAD
We require a precise engineering 3D animation (90–120 seconds) showing the real mechanical behavior of the HeliSoldier™ + ShoreCast™ system during installation.
The purpose is to clearly illustrate how the helical shaft, welded sleeves, T-steel, and ShoreCast panels interact as a structural system for temporary shoring in non-cohesive soils.
Technical Requirements:
Three welded sleeves on the helical shaft (top–mid–bottom).
Two fixed 1 m sleeves on the T-steel.
Shaft rotates; T-steel does not rotate.
Contact between sleeves is tangential only (no overlap).
Downward pressure from the shaft sleeves pushes the T-steel downward.
ShoreCast panels (1.6×2×0.1 m, approx. 700 kg) gradually slide down by self-weight during excavation.
Soil type: dry, non-cohesive sand.
This project is a technical visualization — not a cinematic sequence or stylized render.
Focus on realistic motion, accurate geometry, and clear visualization of load transfer (arrows, section views).
Deliverables:
Full rendered animation (MP4, 1920×1080, 90–120 s).
Source files (Blender or 3ds Max preferred).
One version with force arrows and text, one clean version.
2–3 still renders (key frames).
(Budget)
Fixed Price Project
Currency: CAD
Budget range: 150–250 CAD
Patent by: Ramin Salehipour
The purpose is to clearly illustrate how the helical shaft, welded sleeves, T-steel, and ShoreCast panels interact as a structural system for temporary shoring in non-cohesive soils.
Technical Requirements:
Three welded sleeves on the helical shaft (top–mid–bottom).
Two fixed 1 m sleeves on the T-steel.
Shaft rotates; T-steel does not rotate.
Contact between sleeves is tangential only (no overlap).
Downward pressure from the shaft sleeves pushes the T-steel downward.
ShoreCast panels (1.6×2×0.1 m, approx. 700 kg) gradually slide down by self-weight during excavation.
Soil type: dry, non-cohesive sand.
This project is a technical visualization — not a cinematic sequence or stylized render.
Focus on realistic motion, accurate geometry, and clear visualization of load transfer (arrows, section views).
Deliverables:
Full rendered animation (MP4, 1920×1080, 90–120 s).
Source files (Blender or 3ds Max preferred).
One version with force arrows and text, one clean version.
2–3 still renders (key frames).
(Budget)
Fixed Price Project
Currency: CAD
Budget range: 150–250 CAD
Patent by: Ramin Salehipour
Related categories:
3D Rendering
Animation
Solidworks
3ds Max
3D Modelling
3D Animation
Blender
3D Visualization