Explain one checked tower modification scenario in a clear image.
The images here are general RENDERCAD product examples, along with an Onshape workflow identified in the clip. None shows an OpenTower model, Bentley output, tower analysis, or a Bentley integration.
Bentley OpenTower connects tower analysis, equipment layouts, and modification scenarios. OpenTower Designer 2024 provides the engineering view; this workflow prepares one checked scenario for a separate presentation image.
A tower image is most useful when it answers one spatial question: which equipment changes, where it sits, and how it relates to the existing structure.
For an owner update, carrier proposal, or field discussion, begin with the active OpenTower Designer scenario. A full elevation shows equipment heights and overall proportion; an oblique view separates a tower face, mount, antennas, and feedlines.
Keep the existing structure visible enough to orient the change. Use simple existing and proposed labels when two conditions could be confused, and move dense calculations or tabular results to a separate slide.
RENDERCAD can explore depth, lighting, background, and material separation from the prepared frame. It cannot see the structural model behind the pixels, so the resulting image is suited to explanation rather than analysis.
A second view helps when guy anchors, a rooftop support, a crowded sector, or a cable route disappears behind the tower. Each frame should explain a different relationship.
Open the physical model and activate the scenario already reviewed for the discussion. Confirm the tower type, visible modification layer, and equipment arrangement in OpenTower Designer before choosing a camera.
Use Designer for the whole tower. OpenTower Mount Analysis handles detailed mount work, while OpenTower iQ covers reality data and as-built comparison. Capture the view that answers the current review question.
For an elevation, keep the full shaft or mast and the ground line when they establish scale. For an oblique sector view, leave enough adjacent steel to show how the mount connects to the structure.
Clear selection colors, result tables, load arrows, and temporary labels that cover the condition. Retain a scenario name, elevation, or existing and proposed marker only when it prevents ambiguity.
Capture at the delivery aspect ratio and inspect thin members, guy wires, feedlines, and antenna edges at normal viewing size. If the audience needs both overall height and connection detail, make two source images.
After generation, place the result beside the saved Designer view. Compare tower outline, mount position, equipment elevation, cable path, guy geometry, and visible connections before sharing it.
The labeled clip begins in Onshape, not OpenTower. It is a general RENDERCAD motion workflow example, not tower analysis, inspection, loading, or Bentley animation.
Paint over visible equipment, steel, sky, ground, or nearby context. The brushed region guides a pixel edit; it cannot select tower members or equipment records.
Follow the tower outline from base to top, then check mounts, antennas, feedlines, guy wires, and connections. Their positions should still agree with the saved Designer frame.
| Feature | RENDERCAD | OpenTower Designer 2024 (24.00.01.02) |
|---|---|---|
| Engine | Generative image models | Structural analysis and design with scenario management and to-scale tower graphics |
| Output | Presentation images and optional generated video | Tower models, member and connection design checks, U.S.-code foundation results, and reports |
| Resolution | HD / 4K | Model graphics have no fixed raster resolution; image dimensions depend on the viewport capture |
| Image Speed | About 60 seconds | Bentley publishes no fixed analysis or reporting duration |
| Optional motion example | Usually 2-5 minutes | No public fixed animation time; Designer is an engineering analysis and graphics application |
| Scene Set Up | One prepared tower view and focused instruction | A physical tower model, active scenario, equipment, design criteria, and checked results |
| Input | One PNG or JPEG | Native or interoperable tower data prepared in OpenTower Designer |
| Hardware | Cloud processing | Windows 11-compatible desktop; Intel Core i7 or similar |
| Install | Web app or capture tool | Configured local Bentley desktop deployment; 16 GB RAM minimum, 32 GB recommended |
| Cost | From $9/mo | Regional options include Virtuoso, perpetual licensing with SELECT, Term Licenses, and enterprise agreements |
Run scenarios, loads, member and connection checks, U.S.-code foundation work, measurements, and reports in OpenTower Designer or the specialist product used for that work.
Choose the equipment or structural relationship under discussion. Keep enough shaft, mast, ground, or adjacent steel for orientation, then clear tables and temporary graphics.
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RENDERCAD™
Capture a sharp image in the delivery aspect ratio. Check thin members, cables, guy wires, mount edges, and small labels at normal viewing size.
Get StartedBentley OpenTower scenarios, product boundaries, framing, and flat-image review
Use Designer 2024 for the whole-tower model and scenario. Mount Analysis handles detailed mount work, while iQ supplies reality and as-built comparison context.
Choose an elevation for overall height and equipment levels. Use an oblique view when a tower face, mount connection, antenna group, or feedline route needs visual separation.
Include them when the discussion concerns the mast footprint, tension system, or site relationship. For an equipment change high on the tower, a tighter view may explain more.
Activate the intended scenario, then keep one short label or a simple visible color distinction. The audience should identify the change without reading an analysis table.
Keep the tower, relevant equipment, and enough ground or adjacent steel for orientation. Remove result tables, load arrows, selections, and temporary labels that cover the condition.
Lock the camera, crop, aspect ratio, and visible context before either capture. Place the results together and use the same lighting direction during generation so equipment or mount differences remain clear.
A raster keeps visible pixels but drops tower members and properties, equipment records, scenarios, loads, checks, measurements, reports, revision history, and connected iQ context.
Set it beside the saved Designer view. Trace the structure from base to top, then compare mount position, equipment levels, cable paths, guy geometry, and visible connections for movement.