Truss Structures – 3D Models & Downloads
Free library of 3D truss models: straight sections, corners, arcs, masts, stands and T-bars in the T29 and DECO profiles. Available as .glb and .3ds for Blender, visualizers and MVR scenes.
These are the same models the MVR scene generator uses. .glb is in metres with Y up (glTF 2.0), .3ds in millimetres with Z up — mind that on import.
Profiles
| Profile | Section | Size | Chord | Brace | Bay |
|---|---|---|---|---|---|
| T29 | square | 290 × 290 mm | ⌀ 50 mm | ⌀ 20 mm | 500 mm |
| DECO | triangular | 210 × 183 mm | ⌀ 18 mm | ⌀ 5 mm | 250 mm |
Straight sections
DECO-S050
- Dimensions
- length 500 mm · width 210 mm · depth 183 mm
- Profile
- DECO
- Triangles
- 480
DECO-S075
- Dimensions
- length 750 mm · width 210 mm · depth 183 mm
- Profile
- DECO
- Triangles
- 576
DECO-S100
- Dimensions
- length 1 000 mm · width 210 mm · depth 183 mm
- Profile
- DECO
- Triangles
- 672
DECO-S150
- Dimensions
- length 1 500 mm · width 210 mm · depth 183 mm
- Profile
- DECO
- Triangles
- 864
Corners
Arcs
T29-R200-A30
- Dimensions
- radius 2 000 mm · angle 30° · profile 290 mm
- Triangles
- 1536
T29-R300-A30
- Dimensions
- radius 3 000 mm · angle 30° · profile 290 mm
- Triangles
- 1536
T29-R400-A30
- Dimensions
- radius 4 000 mm · angle 30° · profile 290 mm
- Triangles
- 1536
DECO corners
DECO-C90
- Dimensions
- envelope 1 mm · arm_axis_to_flange 249 mm
- Profile
- DECO
- Triangles
- 768
DECO tees
DECO-T
- Dimensions
- envelope 1 mm · run 500 mm · arm_axis_to_flange 249 mm
- Profile
- DECO
- Triangles
- 864
Masts
Bases
Stands
STAND-WU85-H2050
- Dimensions
- height 2 050 mm · height_range 1 mm · footprint_diameter 1 500 mm · top_tube_d 35 mm · load 85 kg
- Based on
- Varytec Wind Up 85 kg TUV
- Triangles
- 272
STAND-WU85-H3000
- Dimensions
- height 3 000 mm · height_range 1 mm · footprint_diameter 1 500 mm · top_tube_d 35 mm · load 85 kg
- Based on
- Varytec Wind Up 85 kg TUV
- Triangles
- 272
STAND-WU85-H4000
- Dimensions
- height 4 000 mm · height_range 1 mm · footprint_diameter 1 500 mm · top_tube_d 35 mm · load 85 kg
- Based on
- Varytec Wind Up 85 kg TUV
- Triangles
- 272
STAND-LST310-H1500
- Dimensions
- height 1 500 mm · height_range 1 mm · footprint_diameter 1 200 mm · top_tube_d 28 mm · load 30 kg
- Based on
- Stageworx LST-310 Pro Lighting Stand B
- Triangles
- 260
STAND-LST310-H2300
- Dimensions
- height 2 300 mm · height_range 1 mm · footprint_diameter 1 200 mm · top_tube_d 28 mm · load 30 kg
- Based on
- Stageworx LST-310 Pro Lighting Stand B
- Triangles
- 260
STAND-LST310-H3150
- Dimensions
- height 3 150 mm · height_range 1 mm · footprint_diameter 1 200 mm · top_tube_d 28 mm · load 30 kg
- Based on
- Stageworx LST-310 Pro Lighting Stand B
- Triangles
- 260
T-bars
TBAR-1300
- Dimensions
- length 1 300 mm · section 35 mm · fixture_positions 4 mm
- Based on
- T-bar pro WU85
- Triangles
- 24
Stage decks
DECK-2010-H0400
- Dimensions
- length 2 000 mm · width 1 000 mm · height 400 mm
- Based on
- podesta 2x1 m (proxy geometrie, zadny konkretni vyrobek)
- Triangles
- 132
DECK-2010-H0600
- Dimensions
- length 2 000 mm · width 1 000 mm · height 600 mm
- Based on
- podesta 2x1 m (proxy geometrie, zadny konkretni vyrobek)
- Triangles
- 132
DECK-2010-H0800
- Dimensions
- length 2 000 mm · width 1 000 mm · height 800 mm
- Based on
- podesta 2x1 m (proxy geometrie, zadny konkretni vyrobek)
- Triangles
- 132
DECK-2010-H1000
- Dimensions
- length 2 000 mm · width 1 000 mm · height 1 000 mm
- Based on
- podesta 2x1 m (proxy geometrie, zadny konkretni vyrobek)
- Triangles
- 132
DECK-2010-H1200
- Dimensions
- length 2 000 mm · width 1 000 mm · height 1 200 mm
- Based on
- podesta 2x1 m (proxy geometrie, zadny konkretni vyrobek)
- Triangles
- 132
License and use
The models are made in-house by SOH Sound & Lights s.r.o. and you are free to use them for visualization, planning and teaching. Please credit the source.
These are simplified visualization models, not manufacturer CAD documentation. The DECO profile and both stands are based on public Stageworx and Varytec datasheets; trade names belong to their respective owners. For structural calculations and rigging, always follow the manufacturer documentation.