Measure a complete mirror crate or glass rack, check receiving access and compare LCL, FCL and specialist delivery with a worked door-fit example.
Match the glass package to the receiving site
For large mirrors or architectural panels, begin with a specialist-designed support package and a confirmed unloading method. Then compare accepted transport options for that finished unit. A lower ocean rate is useful only if every transfer facility and the receiver can handle the crate or rack.
Compare your options ↓Choose the option that fits
Separate a small framed mirror from a glass-panel shipment
A bathroom mirror in a protective retail pack and a rack of architectural glass are different shipments. Size alone does not determine the risk: thickness, edge finish, holes, cut-outs, frame construction and coatings also matter. A framed product may transfer a load through its frame, while an unframed panel needs a support arrangement designed for the glass itself. Tell us which product is being moved before requesting a price.
Prepare a drawing or marked photograph with overall dimensions, weight, material, thickness and any vulnerable details. Identify mirror backing, decorative coatings, electrical lighting or attached hardware. If several panels form a matched installation, assign each a position code. One broken panel may prevent installation of the entire set, making replacement lead time more important than the purchase price of that single piece.
Approve the support surfaces and permitted orientation
Start with the points where the glass touches its packaging. Ask the manufacturer and specialist packer to identify support zones, edge clearances and suitable separating materials. Avoid improvised hard contact at a single corner or a projecting fitting. The design must prevent adjacent pieces from touching and must protect the mirror backing as well as the visible face. Adhesive films and pads need compatibility approval for the actual finish.
Large panels often use purpose-designed racks or crates, but the permitted position and handling method must come from the specific design. Do not take a general photograph of an A-frame as an engineering specification. AGC’s own glass guidance describes product-specific packaging and handling systems; its dimensions and methods are not universal limits for every mirror. Obtain the relevant manufacturer instructions for the item being shipped.
Design the outer package around the whole handling chain
For a crate, ask for a drawing that shows the product supports, protective clearance, base, lifting access and the locations at which restraint may be applied. An outer wooden box can resist a knock while transferring pressure directly to the glass inside. A strong outer crate alone does not prove that the panel is protected. Confirm whether the crate can take any load above and state the actual restriction in the booking.
For a rack, document its identification, rated capacity, loaded mass, centre-of-gravity information and compatible handling equipment. State whether the rack must be returned and who pays for return or disposal. For heavy or large glass, qualified personnel need a lifting and unloading plan. Only trained personnel should release restraints or move unsupported sheets. Give the receiving team the safe handling sequence before arrival.
| Item to confirm | Evidence to provide | Decision it supports |
|---|---|---|
| Product and backing protection | Manufacturer packing instructions and contact-material details | Whether the inner support suits the finish and shape |
| External crate or rack size | Drawing and final measured length, width and height | Vehicle, container and terminal fit |
| Loaded weight and handling points | Gross weight and rated handling instructions | Suitable equipment at each handover |
| Stacking restriction | Packer’s documented permitted loading | Correct transport quote and stowage |
| Destination access | Door sizes, unloading space and equipment confirmation | A feasible delivery and unloading appointment |
Measure the loaded rack from its outermost points
Mark width, depth and height on the handling drawing so a panel laid out horizontally on paper is not mistaken for its transport orientation. Measure from the lowest part of the base to the highest protected point. Include feet, cross-members, lifting fittings, edge protection and any permanent projections. Record the packaged gross mass separately from the glass mass.
Then compare the complete unit with the narrowest opening and the actual route through the receiving site. Door width alone is insufficient where the unit must turn, rise over a threshold or travel on handling equipment. Obtain the allowed orientation from the packer; turning a glass rack on its side to make it fit is not an acceptable assumption. AGC's IMAGIN guide uses product-specific racks and handling arrangements, so its illustrated geometry should not be copied for a different mirror.
| Record | Unit or evidence | Action if it does not match |
|---|---|---|
| Loaded width × depth × height | mm, measured with all supports and protection fitted | Revise the package or delivery route before quoting the movement |
| Gross mass and handling method | kg; rack identification and approved handling drawing | Use equipment accepted for that loaded configuration |
| Narrowest access | Clear width and height in mm, plus photographs of turns and thresholds | Price an alternative receiving point or specialist site movement |
| Handling space | Working area and equipment clearance required by the receiving contractor | Do not book delivery on the basis of doorway dimensions alone |
| Storage and opening | Approved orientation, rack space and opening sequence | Arrange suitable temporary storage if the installation area is unavailable |
Compare LCL and FCL handling requirements
For LCL, confirm that the consolidation facilities accept the loaded crate or rack, its dimensions, weight and stacking restriction. Ask whether the unit can be handled without being opened and whether the route introduces a transfer requiring different equipment. These details can matter more than a small difference in the ocean-freight rate. Non-stackable space and special handling must be visible in the quote.
FCL may be worth comparing for a larger or particularly awkward consignment, even when the cargo does not fill the container. It gives a dedicated loading arrangement, but the cargo still needs professionally designed securing and a feasible unloading method. Check the actual container opening, internal fit, payload and load distribution with the operator. Consider air freight for an urgent replacement panel only after the operator accepts its packaging and handling requirements.
Compare crate designs using real dimensions and handling consequences
The invented example below compares two transport proposals for twelve identical mirrors. The crate designer must first confirm that both are structurally and protectively suitable. The calculation does not prescribe how many mirrors may safely share a crate. The hypothetical external dimensions include the base, supports and projections; the footprint and handling design still require approval.
The combined design saves 4.200 m³, about 38.1% of the external crate volume, before any transport charging adjustments. However, it concentrates more pieces in each handling unit and increases the weight per unit. Check whether destination equipment can receive it and whether unpacking three mirrors together is practical. Compare quoted handling and space charges, crate cost and replacement consequences. If one option is non-stackable or needs special lifting, simple CBM arithmetic will not capture the entire cost.
| Measurement | One mirror per crate | Three mirrors per crate |
|---|---|---|
| Number of crates | 12 | 4 |
| Outer size per crate | 210 × 125 × 35 cm | 210 × 125 × 65 cm |
| Volume per crate | 0.91875 m³ | 1.70625 m³ |
| Total external volume | 11.025 m³ | 6.825 m³ |
| Weight and handling check | Twelve smaller units | Four heavier units; review equipment and restraint |
| Commercial question | More packing and handling units | Greater consequence if a shared crate is damaged |
Treat moisture and coatings as product requirements
Glass products can be affected by a long, humid journey. Surface treatments, backing materials, frame joints and metal fittings may have different sensitivities. Ask the manufacturer which surfaces require separation or moisture protection and how long the proposed pack may remain closed. Keep the goods and packing materials dry before closure; do not seal an already damp product and hope that extra absorbent material will compensate.
Where a barrier system or desiccant is proposed, have the packaging provider specify it for the package volume, materials and expected journey. Agree how the receiver should inspect and unpack without introducing avoidable moisture or surface damage. Place opening instructions where the receiver can read them without removing structural restraints.
Plan the delivery to the actual room, dock or installer
A quote to a postcode does not confirm that a long glass crate can enter the building. Provide the unloading address, dock or ground-level condition, access restrictions and the recipient’s equipment. Distinguish unloading from moving the product inside and from installation. If a specialist crew or crane is needed, include it as a named service with an appointment, site contact and contingency for a missed slot.
For project work, send the installation sequence before dispatch. If panels for the first floor are buried behind later-stage panels in a shared rack, the receiver may have to move them unnecessarily. Keep matching panels and labels aligned with the approved packing list. Agree where empty racks and crating materials will go so that packaging disposal does not obstruct the unloading area.
Example: a mirror fits the room but its crate misses the door
Consider a separate access-check example, not the twelve-mirror comparison above. A protected crate body is 1,120 mm wide, 280 mm deep and 1,900 mm high. Its base feet project 40 mm on each side and 30 mm at both front and rear; the base adds 100 mm below the body. The finished unit is therefore 1,200 × 340 × 2,000 mm in width × depth × height. These assumed dimensions illustrate measurement only, not a glass-crate design.
The showroom's measured clear doorway is 1,000 mm wide and 1,990 mm high. In the approved transport orientation, the unit exceeds the width by 200 mm and the height by 10 mm, before allowing for the receiving contractor's equipment and operating clearance. The small apparent height difference does not justify scraping through, removing structural feet or tilting the rack without an approved method.
The buyer can now request two concrete alternatives: a manufacturer-approved packaging revision that still protects the glass, or delivery to a specialist facility followed by a separately planned site movement. Compare repacking, storage, the additional transfer, crew and appointment charges. If the accepted crate can travel by LCL but cannot enter the property, switching to FCL alone does not solve the access problem. Update the destination survey and final package measurements before confirming either option.
How we coordinate the shipment and the release checks
VelFreight reviews product drawings, final package measurements, photographs, the packer’s handling instructions and destination access. We coordinate packaging review where required and arrange a transport option that accepts the finished package. Our agreed scope can cover collection, export procedures, international carriage, import-clearance coordination and final delivery. Include specialist unloading explicitly; do not assume it is covered by door-to-door delivery.
Before collection, verify that the actual crate or rack matches the approved proposal. Photograph the protected panel edges, internal restraints, completed package and readable identifier. Record gross weight and any stacking restriction. If the pack changes after the quote, send the new details before dispatch so equipment and acceptance can be checked again.
Receive safely and preserve useful evidence
Have the qualified receiving team follow the agreed unloading and restraint-release procedure. Check the exterior condition and package count before opening where practicable. Record cracks, chips, coating marks or missing components against the panel identifier, with photographs of the package and the relevant support areas. Keep packaging and evidence available while the carrier or insurer provides instructions.
Use the findings to identify the specific failure: an edge impact, frame distortion, contact damage, moisture or missing accessory needs a different correction. A fragile label cannot replace a better support arrangement. The next shipment should carry the corrected packing revision and the same clear handover information.
- Send product drawings, thickness, weight and coating details.
- Obtain a package-specific support and handling design.
- Confirm final crate or rack dimensions and stackability.
- Verify unloading equipment, access and specialist labour before booking.
- Keep panel identifiers connected to packing and receiving photographs.
Sources
An example of manufacturer-specific glass packaging, moisture and trained-handling guidance; not a universal mirror specification.
Framework for competent packing and securing across sea and land transport.
This is a planning guide. Requirements vary by service and destination. Confirm cargo acceptance, charges, customs requirements and delivery arrangements with your provider before shipping.
Create your shipment brief