What Changes Between a 2-Bottle, 4-Bottle and 6-Bottle Wine Tote?
Two, four and six bottles are three different objects. Two bottles weigh about 2.5 kg and a 25 mm webbing handle carries them; six weigh 7.5 kg and need a continuous loop under a boarded base. The cell layout, the base insert and the drop height all change with the count.
Two, four and six bottles are three different load paths, not one bag with more cells. Two 750 ml bottles weigh about 2.5 kg and a 25 mm webbing handle on the side panels carries them. Four weigh about 5 kg and want the handle on the base. Six weigh about 7.5 kg and need a continuous loop under a boarded base, a base insert fixed at more than one point, and their own drop-test height.
A bottle count reads as a quantity decision and it is a structural one. The bottle does not change between a two-bottle wine tote and a six-bottle one, but the weight triples, the span across the base doubles, the handle stops being a carrying convenience and becomes the member that holds the bag together, and the height the bag is dropped from during testing goes down because the weight has gone up. Programmes that price all three from one drawing are the programmes that come back with a base first.
This piece sets out what actually changes at each count and where the change is not linear. the wine bag programme hub carries the bottle dimensions, the divider material table and the programme arithmetic; what follows here is the step between them — how the same glass behaves when there is twice as much of it.
What Changes When a Wine Tote Goes From Two Bottles to Four?
The first thing that changes is the handle load path and the second is the span. With two bottles the load is roughly 2.5 kg of glass plus the bag, and a pair of webbing handles stitched to the side panels will carry that for the life of the bag, because the load in the seam stays modest. At four bottles the load is about 5 kg and the same construction is now working in peel at every stitch, which is the weakest direction a seam has, and the failure stops being theoretical.
The span matters in the same step. Two cells across is about 190 mm of unsupported divider; four cells in a row is about 370 mm, and a divider sheet that was rigid at 190 mm will bow at 370 mm under the same bottle. The fix is either a thicker sheet or a divider that is supported at the base rather than floating, and the second is the one that survives a container. Thickness follows the span, and the span is the cell width multiplied by the number of cells.
There is a third change that is easy to miss because it is not on the drawing: how the bag is put down. A two-bottle tote is set down gently by someone who is about to hand it over. A four-bottle tote is set down on a shop floor, on a step, on the tailgate of a vehicle, and it is set down loaded. That is why the base stops being a panel at four bottles and starts being part of the structure.
How Much Does a Filled Six-Bottle Carrier Actually Weigh?
Six 750 ml bottles at 1.25 kg each is 7.5 kg of glass, plus the divider, the base board, the shell and the handle — comfortably over 8 kg as a carried object. That is the number that decides everything downstream: the handle width, whether the handle runs under the base, the base insert thickness, the drop height in the test, and how many units a picker can safely carry at once. It is also the number that decides whether a six-bottle carrier is the right product at all, because 8 kg is at the edge of what an untrained person carries one-handed.
The weight also changes the arithmetic at the far end. A carton of six-bottle carriers is a heavy carton, and a pallet of them is a heavy pallet; manual handling rules at the destination warehouse may cap the carton weight before the bag design does. Ask the receiving side what the carton limit is before the pack-out is fixed, because a carton that has to be split into two at the destination costs more than any decision on the bag.
| Count | Glass weight, 750 ml | Carried weight with the bag | Handle that holds it | Base insert | Test height |
|---|---|---|---|---|---|
| 2 bottles | 2.5 kg | about 2.8 kg | 25 mm webbing on the side panels, or a rope handle | 2 mm board, cell footprint | 460 mm |
| 3 bottles | 3.75 kg | about 4.1 kg | 25 mm webbing, bar-tacked into a reinforced panel | 2 mm board, cell footprint | 460 mm |
| 4 bottles | 5.0 kg | about 5.4 kg | 38 mm webbing into the base panel | 2-3 mm board, fixed at two points | 460 mm |
| 6 bottles | 7.5 kg | about 8.1 kg | continuous loop under the base, 38 mm or padded | 3 mm board, fixed at three points | 460 mm |
| 6 Magnum | 15.6 kg | about 16.4 kg | not a carrying bag — a shipper with a handhold | 3 mm board plus a frame | 300 mm |
Does the Handle Have to Change Between the Three Counts?
At two bottles, no, and it is worth saying plainly, because programmes over-specify the small counts. A 25 mm polyester webbing handle, bar-tacked into a reinforced patch on each side panel, carries 2.8 kg indefinitely. Spending the money on a continuous loop at that weight buys nothing a customer can feel and it makes the bag harder to pack flat.
At four bottles the answer turns, and at six it is settled. A continuous loop that runs under the base and up both sides puts the load into the webbing in tension, and webbing in tension is very strong. Two handles stitched to the side panels put the same load into the seam in peel, and at 8 kg the peel load at the stitch line is the failure. The loop costs more, it needs a base strong enough to be part of the load path, and at six bottles it is the only construction that holds.
Width follows the same curve. Below about 4 kg a 25 mm webbing is comfortable; above about 6 kg a 25 mm strap cuts into the hand and a 38 mm webbing or a padded sleeve is the specification. On a six-bottle carrier the padding is not a comfort feature — it is what stops the customer carrying the bag by the rim instead, which is a different and more expensive failure.
How Wide Should the Base Be at Four and Six Bottles?
The base insert should be the footprint of the cells and no smaller, and it should be fixed to the shell at more than one point. That is the whole rule and it is broken in two directions: a board cut 10 mm inside the footprint, which looks tidy on the drawing and lets the outer cells sit on fabric, and a board that floats inside a fabric base, which shifts in the first week and leaves the cells out of square.
Thickness follows the count rather than the bottle. Two millimetres of laminated paperboard is the working figure at two bottles; the same sheet at six bottles will bow between the fixings, because the span is three times longer and the load is three times higher. Three millimetres, or a 2 mm board with a support under the middle of the span, is the figure at six. Where the bag is rigid and is set down rather than dropped, feet belong on the base as well, because a bag that is set down wears its base.
| Base element | 2 bottles | 4 bottles | 6 bottles | Why it moves |
|---|---|---|---|---|
| Insert thickness | 2 mm board | 2-3 mm board | 3 mm board or 2 mm with a mid-span support | The span triples and so does the load |
| Footprint | cell footprint | cell footprint | cell footprint plus 5 mm | The outer cells must sit on the board |
| Fixing points | one is enough | two | three | A floating board shifts and takes the cells out of square |
| Frame | not needed | not needed | a turned-up edge or a moulded tray on rigid builds | Turns a flat panel into a structure |
| Feet | optional | on rigid builds | on rigid builds | A rigid bag is set down, and a set-down bag wears its base |
Which Cell Layout Works Best for Six Bottles?
Three by two is the layout that works and one by six is the layout that looks tidy. A single row of six cells gives a bag roughly 570 mm wide and 100 mm deep, which is awkward to carry, awkward to shelve and unstable on a table. Two rows of three gives about 290 mm by 190 mm, which is a footprint a person can hold, a shelf can take and a carton can pack. The bottle does not care; the person carrying it does.
The second reason for three by two is the divider. Two rows of three means the divider is a grid with an intersection in the middle, and an intersection is a place where the assembly is stiffened by its own geometry. A single row of six is six parallel walls with no cross-bracing, and it will lean. A slotted grid with a full-height intersection is the standard construction for a reason that has nothing to do with how it looks on a drawing.
The third reason is pack-out. A three by two bag holds six bottles in a shape that drops into a case and into a carton, and the outer carton dimensions follow the bag rather than the other way round. A one by six bag forces an outer carton that is either very large or very thin, and neither packs well on a pallet.
How Does Carton Cube Move Across the Three Counts?
Cube moves faster than unit count, and it is the line in the landed-cost sheet that surprises people. A two-bottle tote nests or folds and ships almost flat; a four-bottle tote folds less well because the divider is wider; a six-bottle tote with a 3 mm base board and a grid divider does not fold at all and ships erected. Erected volume is what a forwarder charges on, because the charge is on whichever is greater, the weight or the cube, and a six-bottle carrier is mostly air.
The practical consequence is that a six-bottle programme is a freight programme as much as a bag programme. Two things are worth asking for at quotation: units per carton and cartons per container for the erected bag, and the same figures for a version designed to knock down. The difference between those two numbers is usually larger than any point of unit price that is being negotiated, and it is available without changing the bag.
Where a programme runs all three counts, quote them as three lines rather than as one average. The two-bottle line will be freight-light and labour-heavy per bottle, the six-bottle line the other way round, and an average price across the three hides both.
What Drop Test Height Applies to Each Count?
The height is set by the weight of the filled package, and it goes down as the weight goes up, which surprises buyers who assume a bigger bag is tested harder. For a parcel consignment up to 9.5 kg the height commonly set is 460 mm; from 9.5 to 18.5 kg it falls to 300 mm; above that to 200 mm. A six-bottle carrier at about 8.1 kg is still inside the first band, so it is tested at 460 mm, and a six-Magnum shipper at over 16 kg is tested at 300 mm.
The method matters more than the number. ASTM D5276 covers the free-fall drop of loaded containers and fixes the orientations, the sequence and the number of samples, which is what makes the result defensible. The orientations are the base, then the weakest bottom corner, then a flat side, then the handle — and the handle orientation is the one skipped nearly every time and the one that fails at four bottles and above. Where the carrier travels as a parcel, the network may hold its suppliers to ISTA 3A instead; ask which procedure the network enforces before the test is booked.
One discipline point decides whether the report is worth paying for: fill the bag with what it will carry. Bottles filled to nominal with water, capped, at the weight of the range. A substitute mass does not have the shape of a bottle, and glass failure is a function of contact geometry as much as of mass.
Which Count Should a Cellar-Door Programme Standardise On?
Standardise on the count the customer actually buys, and that is usually two. A tasting-room purchase is most often two bottles, occasionally one, and rarely six; the six-bottle carrier in the same programme is a gift item or a case-carrier, and it is bought by a different customer for a different reason. Running all three from one artwork is reasonable. Running all three from one construction is not.
Where a programme does need all three, the way to keep the cost sane is one print across three constructions rather than one construction across three counts. The artwork, the colourway and the brand panel stay identical; the divider thickness, the base insert, the handle and the carton change. The customer sees one programme and the bag is specified three times.
- Internal cell
- Set from the widest and tallest bottle in the range, not from the count
- Divider thickness
- 2 mm at two bottles, 2-3 mm at four, 3 mm or a mid-span support at six
- Divider geometry
- Two walls at two bottles; a slotted grid with an intersection at four and six
- Handle construction
- Side-panel webbing at two; a continuous loop under the base at four and six
- Handle width
- 25 mm below about 4 kg; 38 mm or a padded sleeve above about 6 kg
- Base insert
- 2 mm board at two; 2-3 mm at four; 3 mm fixed at three points at six
- Test weight
- The filled bag with bottles at nominal fill, not a substitute mass
- Test height
- 460 mm to 9.5 kg, 300 mm to 18.5 kg, 200 mm above that
- Carton
- Nested or folded where the build allows; erected volume is what freight is charged on
- Quotation
- One print, three constructions, quoted as three lines
Where the count actually bites
- The weight triples from two bottles to six and the handle load path has to change with it.
- Divider thickness follows the span, and the span is the cell width times the number of cells.
- A base board that floats shifts; at six bottles it needs three fixing points and 3 mm.
- Three by two beats one by six on carrying, on shelf and in the carton.
- Test height falls as weight rises: a six-bottle carrier is still inside the 460 mm band.
How Do the Programme Numbers Differ Between the Three Counts?
The commercial frame does not change with the count: MOQ 500 pcs per style and colourway, sampling 6-10 working days from a signed-off tech pack with the physical bottles in hand, bulk production 35-50 days from written sample approval, inspection at AQL 2.5 under ISO 2859-1 General Inspection Level II, T/T 30/70, quoted FOB Xiamen. What changes is where inside those windows the count lands.
Sampling is the one that moves. A two-bottle tote with a stock board and a standard handle samples at the fast end of 6-10 working days. A six-bottle carrier with a slotted grid divider, a 3 mm base board and a continuous loop needs a divider die and an assembly jig, and it sits at the 12-15 working day end. The die is a one-off cost, paid on the first order and not on the reorder, which is the reason the second order is quicker and is also the reason to insist on it as a separate line on the invoice.
Inspection is the second one that moves, and it moves in the class list rather than in the sample size. A 500-piece lot at General Inspection Level II draws code letter H and 50 units, with an accept and reject pair of 3 and 4 at AQL 2.5 for major defects. That is the same for all three counts. What differs is what counts as major: at two bottles a cell 4 mm over width is cosmetic, and at six the same 4 mm is a rattle across the row and it is a major defect. Write the class list for the count.
Quote the three counts as three constructions
Send the bottle shapes, the counts you need and the quantity per count. You get a build per count, the sampling window for each and a carton figure for the freight line, within one business day.
Frequently Asked Questions
What is the difference between a 2, 4 and 6-bottle wine tote?
The glass is the same and the load path is not. Two bottles weigh about 2.5 kg and a side-panel handle carries them; six weigh 7.5 kg and need a continuous loop under a 3 mm boarded base fixed at three points.
How much does a six-bottle wine carrier weigh when full?
About 8.1 kg including the bag. Six 750 ml bottles at 1.25 kg each is 7.5 kg of glass, and the divider, base board, shell and handle take it past 8 kg.
Can one handle construction work for all three counts?
Not above four bottles. Below about 4 kg a 25 mm webbing on the side panels is fine; at 8 kg the load in the seam is in peel and only a continuous loop under the base holds it.
What handle width should a wine tote use?
25 mm below about 4 kg and 38 mm, or a padded sleeve, above about 6 kg. At six bottles the padding stops the customer carrying the bag by the rim instead.
Why does a divider that is fine at two bottles bow at six?
Because thickness follows the span, and the span is the cell width multiplied by the number of cells. Two millimetres at 190 mm of span is rigid; the same sheet at 570 mm is not.
Should the cells be one row of six or two rows of three?
Two rows of three. It gives a footprint a person can carry, a slotted grid with a stiffening intersection, and an outer carton that packs on a pallet.
What drop height applies to a six-bottle wine carrier?
A filled six-bottle carrier is about 8.1 kg, which is still inside the band up to 9.5 kg, so 460 mm is the height commonly set. Confirm against the current edition of the procedure you cite.
Why does the drop height go down when the bag gets heavier?
Because the height is set by the weight of the filled package. Heavier packages are handled differently in a parcel network, so the test height falls: 460 mm to 9.5 kg, 300 mm to 18.5 kg, 200 mm above.
How thick should the base board be on each count?
Two millimetres at two bottles, 2-3 mm at four, and 3 mm — or 2 mm with a mid-span support — at six. The footprint is the cells plus a margin, and the board is fixed to the shell at more than one point.
Does the carton cube change much between counts?
Yes, and more than the unit count suggests. A two-bottle tote folds and a six-bottle carrier with a grid divider ships erected, and erected volume is what freight is charged on.
What is the MOQ for a multi-count wine bag programme?
MOQ is 500 pcs per style and colourway, so three counts is three styles at 500 each. On a repeat the figure can be discussed down to 300 pcs, because the die and the pattern already exist.
Does sampling take longer for a six-bottle carrier?
It can. A new divider die and an assembly jig move the build toward 12-15 working days, where a two-bottle stock build sits inside 6-10.
What inspection applies to a 500-piece wine bag order?
ISO 2859-1 at General Inspection Level II: code letter H, 50 units drawn, accept 3 and reject 4 at AQL 2.5 for major defects. The class list is what differs by count.
Should a programme carry all three counts?
Carry the count the customer buys, which at a cellar door is usually two. If all three are needed, run one print across three constructions rather than one construction across three counts.
People Also Ask
What size wine bag do I need for six bottles?
Six 750 ml bottles in two rows of three need an internal footprint of about 290 mm by 190 mm and a height set from the tallest bottle in the range, around 345 mm for a Riesling.
Is a six-bottle wine bag too heavy to carry?
It is about 8.1 kg filled, which is at the edge of a one-handed carry. A 38 mm padded handle and a bag that can be set down are the answers.
Which bottle count sells best at a cellar door?
Two. A tasting-room purchase is usually two bottles; the six-bottle carrier is a gift or a case item bought by a different customer.
How much does a wine tote weigh empty?
A two-bottle tote is about 250 to 350 g depending on the shell and the divider; a six-bottle carrier with a grid divider and a 3 mm base is over 900 g.
Can one divider die serve several bottle counts?
Not usefully. The cell width is the same but the span and the thickness are not, so each count wants its own die and its own assembly jig.
Sources and further reading
Every figure on this page is either our own programme data or attributed below. Open the originals before you write them into a specification.
- ASTM D5276 — drop test of loaded containers by free fallASTM International
- ISO 2859-1:1999 — sampling procedures for inspection by attributesInternational Organization for Standardization
- CETIE — international technical centre for bottling: bottle finish and dimension data sheetsCETIE (Centre International Technique de l'Embouteillage)