Public Sector

Demountable market stalls, designed for the people who put them up every morning

A market stall is not a product problem. It is a daily operations problem that happens to arrive as a product. It will be built and stripped several hundred times a year, in the rain, by one or two people who are trying to open on time, and it will be judged on whether that is quick enough to actually happen.

We design, manufacture, deliver and install modular stalls for local authority markets, and we specify them from the takedown backwards.

What we deliver

Design and prototype before production

No batch is manufactured against a drawing alone. A prototype is built and assessed in the environment it will work in, by the people who will handle it, with the amendments captured and agreed before production starts. It is the single highest value stage in a stall programme: a fixing that is awkward in the yard is a fixing that is unusable on a wet Tuesday, and finding that on one stall costs a fraction of finding it on seventy two.

Assembly and dismantling as the design driver

Tool free or minimal tool assembly through quick release pins, slot in joints and folding components. Canopy, lighting and counters come off as discrete steps so a stall can be partially stripped at the end of trading, which is what deters overnight misuse without requiring a full breakdown. Every component packs flat or compact, because storage and transport volume is a running cost the council carries for the life of the stalls.

Weather protection that survives a market square

Waterproof canopy with sufficient fall for runoff and a front overhang that protects the trader and the customer, not just the stock. Where stalls connect back to back, a straight flush rear edge lets two canopies form an apex, sealed with a dedicated waterproof cover rather than an overlap that leaks. Full dressing package: front skirt to counter height, side panels, and removable clear weather panels in the same finish and quality as the canopy.

Configuration that follows the market, not the drawing

Stalls work standalone or combine into blocks of up to six, back to back or side by side, so a market manager can reshape the square by season, by event or by trader mix without new equipment. The counter repositions to front, centre or rear to suit how an individual trader sells, with a lower stock ledge keeping goods off wet ground.

Lighting, power and trader identity

A complete demountable lighting system, supplied as one package: fixtures, brackets, fixings, cabling, connectors, drivers and transformers rated for outdoor use and repeated daily handling. Integrated rails and fixing points mean lighting installs and stores as part of normal setup rather than as a separate job. Trader nameboards fit a robust, weather resistant, removable system, so the market keeps a consistent look while individual traders remain identifiable.

Warranty and maintenance with response times attached

Warranty layered to how components actually fail, with structural frame, coatings, mechanical parts and electrical equipment each covered on their own terms, and labour and travel included rather than charged at the point of failure. What makes a warranty worth anything is the response commitment beside it: acknowledgement within days, rectification within a defined window, and a longer allowance stated up front where a part has to be manufactured.

Social value delivered locally

A market is civic infrastructure, and the contract that supplies it should leave something behind in the same place. We would expect to agree measurable local commitments at award rather than describe them in general terms: local employment and spend, and support for the traders who will use the stalls daily, proposed against the authority's own social value framework rather than a generic list.

How a 72 stall programme runs

A walkthrough of how we would run a programme of this size. It describes method, not a completed contract.

Stage 1, design development. Specification interrogated against how the market actually operates: prevailing weather, storage arrangements, who assembles the stalls, how they are moved to pitch, and what the current stalls get wrong. Colour, branding and canopy design confirmed against the authority's palette.

Stage 2, prototype. One stall built to the agreed design, structural calculations completed by a qualified engineer covering dead, live, wind and canopy loading. The prototype is assembled and stripped by the people who will do it daily, in the market itself, and their objections are treated as findings rather than preferences.

Stage 3, amendment and sign off. Prototype findings resolved and re-presented. This is the gate before any batch cost is committed.

Stage 4, manufacture. Batch production against the signed off design, with welding by qualified personnel to recognised standards and quality checks recorded through the run rather than at the end of it.

Stage 5, delivery and handover. Delivery into the market within the agreed window, phased if storage is limited, with assembly demonstrated to market staff and traders and a written procedure left behind. Nameboards, spare fixings and lighting handed over as a complete package rather than following separately.

Why an implementation business is credible here

Market stalls sit closer to our existing work than the category name suggests. Retail fixture programmes are the same problem in a different setting: a designed unit, manufactured in batch, kitted, delivered to many locations against fixed windows, assembled on site by people working to a standard, and expected to survive daily handling by non specialists.

• Fixture programmes at batch scale, where a design flaw multiplies across every unit and is found on the prototype or not at all.
• Kitting, so each unit arrives complete with its fixings, dressing and accessories rather than as parts to reconcile on site.
• Delivery into constrained locations with restricted access windows, which is what a working market square is.
• Installation by trained teams to a written standard, with evidence captured.
• Aftercare, because the units keep being used long after the delivery note is signed.

Manufacture is delivered through our contracted fabrication partner network. The contract, the accountability and the single point of contact remain with us.

Frequently Asked Questions

What makes a market stall genuinely demountable?

A stall is genuinely demountable when one or two people can strip and rebuild it daily without tools, without lifting equipment and without a written procedure. In practice that means quick release pins or slot in joints rather than bolts, a canopy that unclips in one movement, counters that lift out rather than unscrew, and lighting on a connector that can be pulled and stored. The test is not whether it comes apart, it is whether a trader who is cold, wet and in a hurry will still do it correctly at the end of a trading day. A stall that technically demounts but takes twenty minutes will be left standing, which defeats the antisocial behaviour rationale entirely.

How do modular stalls connect into blocks without leaking?

Water ingress at the junction is the usual failure. Connecting stalls back to back creates an apex, and the apex needs a dedicated waterproof cover that seals the ridge rather than relying on two canopies overlapping. That requires the rear edge of each canopy to be flush and straight, with no rear overhang, so the two meet cleanly. Side by side connection needs the same treatment along the vertical junction. Specify the seal as a supplied component rather than an assembly technique, because a seal that depends on the trader positioning two stalls perfectly will fail on a windy morning.

What warranty should a council expect on market stalls?

A layered warranty reflecting how the components actually fail: typically twenty four months on defects in materials and workmanship overall, ten years on a steel or aluminium structural frame against structural failure, five years on paint and coating against peeling, blistering and corrosion, and two years on mechanical parts such as hinges, wheels, locks and gas struts, and on electrical equipment. What matters as much as the periods is the response commitment attached to them: how quickly a claim is acknowledged, how quickly it is rectified, and whether labour and travel are included or become a charge at the point of failure.

How is lighting handled on a demountable stall?

As a designed system rather than an accessory. Outdoor market lighting has to be installed, disconnected, stored and reinstalled every trading day, which means fixings and rails built into the frame, connectors rated for repeated handling in wet conditions, and cabling routed so it is not a trip hazard across a trading area. The system should cover fixtures, brackets, cabling, connectors, drivers and transformers as one supplied package, because a stall specified without the power accessories is a stall that arrives incomplete. Illumination needs to be even across the counter and display area rather than bright in one spot.

What evidence should a supplier provide on structural safety?

Structural calculations and certification prepared by a suitably qualified structural engineer, covering dead, live, wind and canopy loading. Canopy loading is the one most often understated: a stall is a sail, and wind uplift rather than weight is what fails a market stall in service. Where welding forms part of manufacture, expect evidence of welder qualifications, welding procedures and the quality assurance process behind them. A council is entitled to ask for all of this before award, and a supplier who can only provide it afterwards is telling you something about how the design was developed.

How long does a market stall programme take from award to delivery?

For a batch of several dozen stalls, plan on a prototype stage before any production run. A realistic shape is design development and a prototype for approval, a review and amendment cycle against that prototype in the actual market environment, then batch manufacture, finishing to the specified colours and branding, and a phased delivery. The prototype stage is the one under pressure when a delivery date is fixed, and it is the one worth protecting: an amendment identified on one prototype costs a fraction of the same amendment identified across a full production batch.