A camera array succeeds when the frame disappears from the crew's problems. Representative StelMount structure

Engineering / structural delivery

A camera array succeeds when the frame disappears from the crew's problems.

We turn the agreed capture layout into a serviceable, stable, separable and transportable structure package.

01 / Inputs

Engineering starts with the project, not a guessed catalogue model.

Purpose, camera layout, capture geometry, subject volume, site, cable plan, access route and transport requirements define the frame brief.

  • Capture purpose and subject envelope
  • Camera quantity, mass and mounting interface
  • Planned camera positions and sight lines
  • Site footprint, height and access
  • Cable and equipment routes
  • Disassembly, packing and support boundary
Representative physical still life of camera-array project inputs
Unknown values remain open until confirmed.

02 / Structure

Carry the geometry from the base to every camera node.

Every load, interface, stabilizer and access requirement is confirmed for the actual project.

Representative ARC showing base-to-node structural relationship

Load path

Connect bases, supports, beams and nodes.

The frame geometry must stay understandable from the floor to the camera interface.

Representative modular base and stability components

Stability

Choose the base and site interface.

Levellers, casters, external supports, ballast or anchoring interfaces remain project-specific.

Representative adjustable anonymous camera node

Camera nodes

Adjust position and verify retention.

The node combines rail adjustment, locking and an agreed secondary-retention interface.

Representative integrated cable spine in a curved camera-array frame
Separated cable groups and service exits.
Representative quick-open service bay in a modular dome
Reach cameras and routes without dismantling the volume.

03 / Routing and access

Hide the cable problem without hiding access to it.

Power, network and synchronization routes need strain relief, service exits and replacement space. Quick-open segments and equipment support keep the structure maintainable.

Cable spine

Route groups, split points, exits and service loops are agreed around the integrator's system.

Service access

Openings, removable sections and working clearances are configured around cameras, people and the site.

04 / Pack and restore

Repeatability continues after the structure comes apart.

Module order, fastener groups, fitted cases and a restoration record turn a one-time assembly into a reusable structural package.

Representative dome separated into repeatable modules

Separate

Break the geometry into repeatable modules.

Curved sections, rails, bases and hardware follow a planned physical order.

Representative modular camera-array packing arrangement

Pack

Protect modules and keep groups together.

Cases, trays and cable kits preserve the relationship between parts.

Representative restored dome beside cases and handoff materials

Restore

Return the structure to the agreed state.

The restored frame, empty cases, spare groups and handoff record stay connected.

StelMount scope

Physical structure package

Frame, camera nodes, cable provisions, service access, agreed stability parts, equipment support, pre-assembly, numbering, packing and restoration materials.

Customer or system integrator

Capture and imaging system

Camera and lens selection, triggering, synchronization, power and network design, calibration, reconstruction, software, final camera coordinates and imaging acceptance.