How to Write a Lighting-Pole RFQ — the Fields a Factory Needs to Price Your Order Accurately

Why an accurate quote starts with a complete request

A quote is only as precise as the request it is built on. A generic message such as "I want a price for lighting poles" forces the factory into one of two positions: to assume the missing detail and return a number that will not hold against the real order, or to ask you back, which delays the reply by a cycle or two measured in days, not minutes. Every extra revision cycle pushes back the close of pricing and opens room for misunderstanding between what the buyer asked and what the factory understood. A complete request, by contrast, lets the factory price on the first reply and moves the exchange straight to technical matching rather than interrogating the basic data. It therefore helps to separate two layers of information: five fields the factory cannot price without at all, and four further fields that do not block pricing but sharpen it and cut later revisions. Writing the request with this awareness is a procurement discipline that saves time, protects the estimate from drifting, and puts buyer and factory on common ground from the first message.

The five core fields are: pole type, height, quantity, delivery city and the required delivery date. The absence of any one turns the quote from pricing into guessing, because each closes a variable the factory cannot assume on the buyer's behalf without risk. The four fields that raise accuracy are: finish and colour, arm type, whether concrete foundations are required, and any drawings or specifications you already hold. It matters that the buyer understands the quote here is built, not copied from a ready price list; there are no published prices, and each of the nine fields feeds a different calculation — raw-material content, the engineering work behind the design, surface-treatment steps, the transport component, or the arrangement of the production window. When the request arrives carrying these fields together, the factory can run them through those calculations in one pass instead of extracting them one by one through successive questions. This guide explains how a quote is constructed from these fields, not what it costs, so the buyer writes the request in the factory's language from the outset.

Pole type — the first field that sets the whole design logic

Pole type is the first classifier because each family has its own design logic. Street and road poles (6 to 12 m) are designed for wind and fixture loads with a single or double arm; decorative poles (3 to 6 m) are governed by form and finish more than by light load; garden poles (2 to 8 m) follow the logic of walkways and public spaces; stadium and court masts (8 to 16 m, taller on request) are governed by the raising system, the crown and fixture distribution; then laser-cut poles (3 to 10 m), driveway and parking poles (4 to 10 m), bollard lights (0.5 to 1.2 m) and camera poles (3 to 6 m), plus precast reinforced-concrete foundations. Naming the family tells the factory which production line and which calculation apply to your order.

A camera pole and a street pole of the same height are not priced alike, because their loading logic and head detail differ: a camera mount needs rigidity and vibration stability at the head more than a large light load, while a street pole is governed by the wind and arm moment calculation. It is therefore better to describe the type by its function rather than by copying a neighbouring product: what will be mounted on the head, where the pole will stand, and its role in the project. If the most suitable family is not clear to you, state the function and let the factory map it to the correct family — the subject of our guide to types of lighting poles. This field alone steers the rest of the calculation, which is why it comes first in the request.

Height — how it drives the section, wall thickness and wind calculation

Height is not a cosmetic number; it is the input that activates the entire structural chain. A taller pole faces a greater wind moment at the base, and that moment raises the required section, the tube wall thickness and the base-plate dimensions within the wind-load design to the Saudi Building Code SBC 301. In other words, height changes both the material content and the engineering work that stands behind the quote at once. It is therefore preferable to state the clear height above the mounting level, not just the total length, because part of the pole may be embedded or fixed on a base plate, so the effective height differs from the length of the supplied tube. Numeric values for wall thickness and base dimensions are determined per project and are not stated in advance; the point is that height is what determines them.

Because wall thickness and base dimensions are decided per order and follow the calculation rather than stock, stating the height precisely lets the factory size them correctly instead of defaulting to a ready section that may be under- or over-designed. Height also interacts with the wind-exposure area of the arm and fixture, so the effect feeds back into the calculation again. A buyer who leaves the height "approximate" forces the factory into an assumption that may not match the real site, so the numbers change at execution. The detail of this relationship is set out in the guide to choosing pole height and the guide to wind-load design for lighting poles, and every design wind speed or numeric value is confirmed against the latest edition of the code, the site data and a qualified structural engineer.

Quantity and scheduling — line setup and cost distribution

Quantity changes the unit economics because setup cost is spread across the batch. Cutting programs, welding jigs, galvanizing-bath cycles and colour changeovers on the powder-coat line are all preparation costs paid once per batch, regardless of the number of poles. A single custom pole carries the full setup cost, while the same cost spreads across a larger batch, so the unit's share of it falls. Quantity also determines whether the order runs in one production window or is split across more than one batch. The quantity field is therefore not merely a multiplier applied to a unit price; it is an input that reshapes the structure of the quote itself, as detailed in the guide to lighting-pole cost factors.

Quantity has a second effect on scheduling: a large order may need a dedicated production window that interacts directly with the required delivery date, because the factory arranges its galvanizing and coating cycles around batch size and the capacity of the bath at each dip. It is therefore advisable to state the real quantity clearly and to note whether phased delivery is acceptable to you, since that gives the factory scheduling flexibility that may serve your date: a first batch to cover the start of site installation, and later batches following it as the work progresses. Understating the quantity to "test the price" produces a number that will not hold when the real order lands, because the unit's share of setup changes entirely between a single pole and a full batch, so the buyer meets a difference that was never in view. The stated quantity also determines whether the item is drawn from stock or re-enters the production line. Transparency in this field protects both parties from a revised quote after preliminary agreement, and makes the schedule a realistic commitment rather than a promise that is hard to keep.

Delivery city and required date — transport and the production window

The delivery city is a core field because poles are long items; moving sections eight to twelve metres long across the regions of Saudi Arabia carries a real logistics component: loading and securing, permits for long loads where required, distance, and the nature of site access. A quote that omits the delivery city is incomplete, because the same poles delivered within Riyadh differ in their transport component from those delivered to a remote region or a hard-to-reach site. So name the site city specifically, not just "in Saudi Arabia", so the delivery basis is clear in the quote from the start and all suppliers compare on the same logistics basis rather than on divergent estimates.

The required date determines whether in-stock items apply or a new production window must be scheduled. Aktar's typical lead time is seven to fourteen business days across the regions of Saudi Arabia for in-stock items, and custom orders add manufacturing time on top of that, depending on finish, quantity and the complexity of the design. Stating a realistic target date lets the factory tell you honestly whether your order is from stock or from production, rather than discovering the gap after the purchase order is issued, when it is hard to change without cost or delay. An unrealistic date forces trade-offs — between quantity, finish and scheduling — that are better discussed up front at the request stage than after commitment, because settling them early prevents a conflict between what the project schedule promised and what the production line allows. And where the date is genuinely tight, stating it openly lets the factory propose the feasible alternatives rather than give a promise it cannot keep.

The sharpening fields — finish and colour, arm, foundations and drawings

Finish drives the process steps and is the first of the fields that sharpen the quote. Hot-dip galvanizing alone to ISO 1461 is one path; galvanizing topped with electrostatic powder coating in a specified RAL colour is a path that adds coating steps and a colour changeover. Stating the finish — and, for powder coating, the colour code specifically — lets the factory price the actual process rather than assume it. Arm type — single, double or none — changes the head load and the moment transferred to the base, so it feeds both the price and the wind calculation. These two fields do not block pricing, but they remove the two largest sources of assumption in the quote, and the difference between the two finish paths is explained in the guide to galvanizing versus powder coating.

Whether concrete foundations are required is a distinct line: precast foundations are a product in their own right, and bundling them into the supply changes both the scope of the order and the transport component, so state explicitly whether you need foundations supplied with the poles or whether they fall within the contractor's scope. Finally, any drawings or specifications you already hold — a consultant's clause, a municipality's colour identity, a shop drawing — let the factory match exactly and flag any conflict early, before manufacturing. These four fields do not close off pricing, but they delete the assumptions that cause a quote to be revised later, and the detail of foundations and the installation sequence is explained in the guide to lighting-pole foundations and installation.

Writing a specification clause that is checkable without excluding compliant suppliers

If your request carries a specification clause, write it in performance and standard terms, not by naming a brand or a particular supplier's product code. A clause that states "brand X pole" or copies one maker's exact dimensions may — unintentionally — exclude compliant suppliers who meet the requirement by a different, equivalent construction. The sound wording defines the requirement itself: material grade by a recognised standard, hot-dip galvanizing to ISO 1461, wind-load design to SBC 301, SASO conformity and SABER registration where applicable. These are measurable, testable, brand-neutral requirements that any compliant factory can meet, and they keep competition open while the quality ceiling stays protected.

If you add the phrase "or equivalent" — a sound addition that prevents competition from narrowing to a single supplier — do not leave it open; an equivalence that is never defined becomes a door to accepting a lesser product under the same label. Tie it to an explicit equivalence measure that states the required points of conformity: the same material grade, the same galvanizing route, and the same package of tests and documents, which the supplier presents as proof before supply rather than promising after it. Beware of over-specifying invented numbers you cannot justify; it is more effective to ask for the standard and its corresponding test report than for a figure borrowed from one maker's catalogue. A clause-by-clause breakdown of the specification is set out in the guide to lighting-pole tender specifications, and every numeric value you write into the clause is confirmed against the latest edition of the standard, the project category and a qualified engineer before it is adopted.

Comparing quotes on equal terms — and the common mistakes

Quotes are compared only on equal terms, or you compare nothing at all. Two numbers differ meaninglessly if one is for a galvanized-only pole and the other for a galvanized, powder-coated pole; or if one is designed to SBC 301 and the other is taken from stock with no calculation; or if one delivers to site and the other is ex-works. Normalise the basis first: the same finish and the same standard, the same arm and foundation scope, the same delivery basis (who handles transport and unloading), and the same required documents (structural calculations, the galvanizing-thickness report, and the material mill certificate). Only after this normalisation does the price difference carry a real meaning that can be relied on in evaluation.

Warranty scope is part of the comparison, not outside it. Aktar's manufacturer warranty runs up to ten years as a ceiling, not a floor: each covered item — the pole structure, hot-dip galvanizing to ISO 1461, and powder coating — carries its own term, fixed in the quote and the purchase order. Luminaires, floodlights and LED sources are excluded, as they are made by specialist suppliers and carry the original supplier's own warranty; they are not covered by the pole's warranty. So a longer headline number that covers less, or excludes more, is not a better warranty; compare what each item actually covers and for how long, not the headline figure alone.

The common mistakes all reduce the accuracy of the quote. The first is asking only for a "price per pole", which ignores the finish, foundations, delivery and documents that make up the real number. The second is omitting the delivery city, which hides the transport component from the quote. The third is specifying a brand instead of a performance requirement, which narrows competition and may exclude a compliant supplier. To these add understating the quantity, leaving the height "approximate", and requesting a finish without a colour code. Each of these forces the factory to assume, and a number built on an assumption rarely survives contact with the real order. A complete request is the shortest route to a quote you can rely on.

Aktar as a partner in preparing your RFQ

Aktar Lighting Poles Est. operates from its factory in Al-Sulai, Riyadh, and since its founding in 1432H (2011) it manufactures the pole families — street and road, decorative, garden, stadium and court masts, laser-cut, driveway and parking, bollard and camera poles — in addition to precast reinforced-concrete foundations, at heights up to sixteen metres and taller on request. Cutting, MIG welding, laser cutting, hot-dip galvanizing to ISO 1461 and powder coating are all carried out in-house, and the poles are designed for wind loads to the Saudi Building Code SBC 301, with reference to SASO and IEC requirements. Supply is quote-based, and the typical lead time is seven to fourteen business days across the regions of Saudi Arabia for in-stock items.

The five core fields in your request — pole type, height, quantity, delivery city and the required date — mirror the checklist published on the contact page, and sending them with the four sharpening fields lets the first reply carry a real number. Every project is a unique request with its own engineering calculation by height, site and function. Aktar's technical team can review a draft specification clause before it is issued, or help translate a pole's function into the correct family before you send the request. For a preliminary, non-binding technical consultation on writing your RFQ or on your project details, contact the Aktar team on WhatsApp to discuss the request and prepare an accurate quote.