376.6376.6370.7
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Interactive 3D model of Seafloor Lander Robot

Brackets and mounts

Seafloor Lander Robot

5 views
Bounding box
376.6 × 376.6 × 370.7 mm
Engine
Precision B-rep
Parameters
37
Published
August 23, 2026

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The prompt

"Photorealistic 3D product render of an underwater seafloor lander robot, engineering CAD visualization style, three-quarter front angle, on a seamless light gray studio background with soft reflection on the floor. Structure: A tetrapod stand made of brushed stainless steel tubing. Each of the 4 legs is a twin-rod truss (two thin parallel rods instead of one solid leg) that splays outward and downward from a narrow square top frame to a wider square mid-height brace frame, then flares out further to a very wide stance at the feet — giving an A-frame silhouette that gets progressively wider toward the ground. Top: A matte white foam/styrofoam-textured cube sits on top of the square top frame, like a buoyancy block resting in a shallow cradle. Central housing: A white PVC-look cylinder hangs pendant-style from the top frame, passing down through the center of the tetrapod without touching the legs. It has a dark rubber/plastic coupler collar band about 40% down its length, and ends near the mid-brace-frame height in a rounded white cap with a small dark central camera lens surrounded by a ring of 6 small amber LED ports. Side camera: A small dark rectangular camera module with a cylindrical lens is mounted on a short metal arm near the top of the housing, just below the foam block, with a black cable running from it down toward the mid frame. Thrusters: 4 dark, shrouded cylindrical thrusters (each with a circular mesh/guard grille around a propeller) are mounted at the 'ankle' of each leg, just above the feet — not mid-leg — attached via a small bracket, with a black braided cable running from the mid-frame area down along the leg to each thruster. Feet: Flat, slightly twisted paddle-shaped feet in brushed metal, angled outward from the base of each leg for stability on soft sediment. Materials: Brushed/polished stainless steel for the frame and thrusters, matte white for the foam and housing, dark matte anodized plastic/metal for the camera, collar, and thruster shrouds. Lighting: Clean studio product lighting, soft shadows, subtle reflections on the floor, neutral gray gradient background — engineering showcase render style, not artistic or moody."

Parameters

NameValueRange
Top Frame Width120 mm60 – 240
Mid Frame Width220 mm100 – 400
Foot Spread320 mm150 – 500
Total Height360 mm200 – 600
Mid Brace Height140 mm60 – 300
Frame Rod Diameter8 mm3 – 20
Leg Rod Diameter6 mm2 – 16
Twin Rod Spacing16 mm8 – 40
Top Plate Thickness6 mm2 – 15
Foam Cube Size100 mm50 – 180
Housing Diameter80 mm40 – 160
Housing Length130 mm60 – 220
Bottom Cap Height10 mm3 – 25
Collar Diameter92 mm50 – 180
Collar Height14 mm4 – 30
Collar Offset Ratio0.40.2 – 0.6
Lens Diameter10 mm4 – 25
LED Port Diameter5 mm2 – 12
LED Port Count62 – 12
LED Ring Radius24 mm8 – 40
Side Camera Width16 mm8 – 40
Side Camera Depth12 mm5 – 30
Side Camera Height18 mm8 – 40
Side Arm Length20 mm5 – 50
Side Arm Diameter4 mm1.5 – 10
Side Camera Z Position25 mm5 – 80
Cable Diameter3 mm1 – 8
Thruster Body Diameter36 mm20 – 70
Thruster Length30 mm15 – 60
Shroud Diameter44 mm24 – 90
Shroud Wall Thickness2 mm0.5 – 6
Propeller Diameter30 mm12 – 60
Propeller Thickness3 mm1 – 10
Ankle Offset Ratio0.750.5 – 0.9
Foot Length50 mm20 – 100
Foot Width30 mm12 – 70
Foot Thickness8 mm3 – 20

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.