Precast panels, from Revit to site
Drawings, revisions, transmittals, estimates, orders, factory and site progress for every panel - in one place, live from the Revit model. Have a look around:
Project progress
Click a slice for its panels.
Poured vs whole project
Drawing register (sample)
| Panel | Rev | Status | Revisions | Builder |
|---|---|---|---|---|
| L3-W12 | 1 | IFC | A IFA 09/09 · B IFA 23/09 · 0 IFC 30/09 · 1 IFC 14/10 | Approved |
| L3-W13 | B | IFA | A IFA 09/09 · B IFA 23/09 | Builder comments |
| L4-CP01 | A | IFA | A IFA 30/09 | Pending |
| L5-W03 | - | DRAFTED | drafted 02/10 - not issued | - |
Every revision's PDF is kept - open any of them, or overlay two to see what changed.
A sample panel as Revit sends it. Drag to spin, scroll / pinch to zoom, slide see-through to look inside, and click any fitment or bar to see what it is.
Loading the sample panel...
On a phone: tap View at full size, point at the floor and the sample panel stands there at 1:1 - or lying flat as it's cast. Try the see-through slider first.
Tap View at full size (AR), point the phone at the floor and the panel appears at its real size (1:1, it can't be scaled) - walk round it. Choose the position, how see-through the concrete is and what to show first - the AR view uses them. AR needs an AR-capable phone (most recent Android phones, iPhone).
Revit's Propping AR button sends one propping plan's level. Point a phone at the printed sheet and the panels, braces and slab stand up exactly over the drawn plan, at its scale. Here's the sample level on its sheet - drag to spin it:
Loading the sample...
- Open the sample sheet on this screen (or print it - A3 or A4).
- On your phone open https://panelhub.dropbear-skink.ts.net/demo/propping-ar - or scan the QR code - and allow the camera.
- Point the phone at the coloured LTE marker tile on the sheet: the level stands up out of the plan.
Every panel sheet gets its own QR code - with the LTE logo in the middle. Scanning a printed drawing on site opens:
- the current revision of that panel's drawing (no login needed)
- a warning if the print in your hand is superseded
- the panel in 3D, and at full size in AR
This sample code opens this page.
28 functions, in one place:
From Revit
One click sends every panel, sheet and revision, pours, finishes, MPa, fitments, dowel lengths and reo weights from the model - no retyping.
Issue sheets to the builder or temp works from Revit; the PDFs land in the register.
Every panel's concrete, fitments (nested families too) and reo, for the 3D and AR views.
One propping plan at a time: the level's panels, braces and slab, ready to stand up on the printed sheet.
Freeze the estimate / first design to measure scope change; weekly tracker dump.
New Panel Plan runs the whole sheet set-up: COG, schedules, ordinates, diagonals, sections, bending details, lifting legend, QR codes - plus 25 single tools.
Track the job
Every project's progress at a glance - click a slice for its panels.
Status, revisions, reviews, notes (straight from email triage), bulk updates.
Levels made from the panel IDs, split into site pours with their own due dates.
Visibuild QA imported: poured, stripped, racked, delivered, installed.
Every change, who made it and when - including what came from Revit.
Drawings
Every revision's PDF kept; IFA / IFC read from the revision (letter = IFA, number = IFC).
Drop whole folders; panel, revision and dates read from the file name, title block and folder.
Lay two revisions over each other to see exactly what changed.
Architect, builder, engineer and temp works comments side by side; Bluebeam binders split per panel.
Issue to the builder, temp works or for final review - your own Excel transmittal filled in.
Money & materials
The estimate against what's drafted, level by level; re-split facades grouped.
New scope flagged for a variation - panels and specified fitments - linked to site instructions.
Volume, weight and reo against the estimate and the first design, week by week.
Concrete by MPa with wastage, reo, fitments, shishams, formliner, bricks - with order-by dates from the pours.
Dowels, starter and termination bars broken into bar lengths - 90 x N24 @ 2270.
On site
Scan a printed drawing: the current revision, a warning if the print is superseded, the panel in 3D.
Spin any panel, see through the concrete, tap a fitment or bar to identify it.
Stand a panel up at 1:1 on site - upright as installed, or lying flat as cast.
Point a phone at the printed propping plan: the level stands up out of the sheet, at its scale.
Your team
View only, Editor or Admin - only the owner can let people in, by invite link.
On a PC, iPhone or Android - its own icon and window, always up to date.
One https address; your server and files are never exposed.
Log in
No login, or forgotten your password? Ask the PanelHub owner for an invite link.