Aluminum Davit Arm Light Pole, 4–12 m

Height range4–12 m standard; custom up to 15 m
MaterialAluminum alloy 6063-T6 / 6061-T6
Davit arm1.0 / 1.5 / 2.0 / 2.5 / 3.0 m projection
Arm & fitterØ48 / Ø60 mm arm; Ø60 / Ø76 mm spigot or slip fitter
FinishAnodized or powder coated, any RAL color
Wind designUp to 160 mph / 257 km/h, ASCE 7-16
20+ yrs

Manufacturing aluminum poles for export markets

50,000 m²

Own factory with spinning, welding & coating lines

120,000 pcs/yr

Annual capacity across 3 production lines

50+ countries

Exported to EU, North America, Middle East, SEA

PRODUCT PARAMETERS

Technical Specifications

Standard catalogue values. All parameters can be adjusted to project drawings or local lighting authority requirements.

MATERIAL & STRUCTURE
ModelYLDG-D aluminum davit arm light pole
Shaft materialAluminum alloy 6063-T6 / 6061-T6
Pole height4–12 m standard; custom up to 15 m
Pole diametersTop Ø60–100 mm; base Ø127–255 mm
Wall thickness3.0–6.3 mm
Davit arm projection1.0 / 1.5 / 2.0 / 2.5 / 3.0 m
Arm tube diameterØ48 mm / Ø60 mm
Luminaire fitterØ60 mm spigot / Ø76 mm spigot / slip fitter
Base & anchors300 / 350 / 400 mm square base; M16 / M20 / M24 anchors
FINISH & PERFORMANCE
Surface treatmentAnodized or powder coated; any RAL color
Finish thicknessPowder coating: 80 µm standard; available range: 80–120 µm. Anodizing: 20 µm standard; available range: 15–25 µm.
Wind resistanceUp to 160 mph / 257 km/h; project calculation available
Design standardASCE 7-16; project-specific structural calculation
Electrical compartmentIP66
Luminaire loadUp to 25 / 35 / 50 kg, subject to configuration
CertificationsISO 9001, ISO 14001, CE, SGS material reports
Service lifeMore than 25 years inland; coastal specification available
InstallationAnchor-base flange with M16 / M20 / M24 anchor bolts
DIMENSION CHART

Standard sizes of Aluminum Davit Arm Light Pole

MODEL MHEIGHT HTOP OD D1BASE OD D2THICK TARM L1DOOR HEIGHT H1DOOR SIZE (A×B)BASE SIZE (L×W×T)
YLDG-D15000761524.0150050080 × 250298 × 298 × 12
YLDG-D26000761524.0150050080 × 250298 × 298 × 12
YLDG-D37000761664.0150050080 × 250298 × 298 × 12
YLDG-D48000761804.01500500100 × 300305 × 305 × 19
YLDG-D59000761804.01500500100 × 300305 × 305 × 19
YLDG-D610000762004.01500500100 × 300305 × 305 × 19
SURFACE OPTIONS

Five stock finishes, any RAL to order

All coated poles receive a chromate-free conversion pre-treatment before powder application, then a full cure at 200 °C. Colour matching against your sample is free of charge. Finish thickness: Powder coating: 80 µm standard; available range: 80–120 µm. Anodizing: 20 µm standard; available range: 15–25 µm.

Anodized aluminum light pole surface finish
Mill clear anodized
Mill / clear anodized

Natural aluminum; anodizing: 20 µm standard, available range 15–25 µm.

AA - M10
Matte black
Matte black

Most requested for urban and architectural projects

RAL 9005
Textured bronze
Textured bronze

Fine texture, hides dust and handling marks

RAL 8019
Matte anthracite grey
Matte anthracite grey

Standard municipal specification in EU tenders

RAL 7016
Gloss white
Gloss white

Parks, resorts, pedestrian zones

RAL 9016
RAL color chart for aluminum light pole finishes
Custom RAL Colors

Available in the full RAL color range

RAL Code
CONSTRUCTION DETAIL

The bend is the whole product

Anyone can put a curve in a tube. Doing it without thinning the outer wall, wrinkling the inner wall or flattening the section is what separates a 25-year pole from a two-year one.

Curved arm shape of an aluminum davit light pole

Rotary-draw with internal mandrel

A segmented mandrel rides inside the tube through the bend, supporting the bore so the section stays round. Ovality is held under 5% — press-bending typically gives 15% or worse.

Controlled wall thinning

The outer radius always stretches. We size the pre-bend wall so post-bend thinning stays within 12%, then verify every bend with an ultrasonic thickness gauge.

Post-bend solution & ageing

Bending is done in the softer T4 condition, then the full pole is solution-treated and artificially aged to T6. The bend ends up at full parent strength, not work-hardened and brittle.

Smooth internal cable route

Cable runs through the bend, eliminating external conduit. The bore is deburred, and the entry slot is radiused to protect insulation during cable pulling.

Gusseted base flange

A davit arm puts a permanent overturning moment on the base. Four welded gussets spread that load into the plate, with the shaft-to-plate weld dye-penetrant tested at 100%.

GEOMETRY OPTIONS

Three bend radii, outreach 0.8 m to 2.5 m

Bend radius sets the visual character; outreach sets how far the light sits over the carriageway. They are specified independently.

Curved arm profile detail for an aluminum davit light pole
R 400 - tight radius

Compact, upright look. Footpaths, cycle tracks, courtyards

0.8 - 1.0 m
R 600 - medium sweep

Best seller. Residential streets, car parks, campuses

1.2–1.8 m
R 900 - long arc

Wide graceful curve. Boulevards and dual carriageways.

2.0 - 2.5 m
Twin davit

Two opposed curves on one shaft, for medians

on request
Custom radius

Any radius from 300 mm, matched to your drawing.

tooling
WHY BUYERS CHOOSE THIS POLE

One continuous bend - no arm joint to fail

On a bracket-arm pole, the bolted or welded arm connection is the first thing to loosen, leak, and corrode. A davit pole has no such joint: the shaft and arm are one piece of 6063-T6 tube, mandrel-bent in a single operation.

Jointless swan-neck

Shaft and arm formed from one tube, so there is no flange, no through-bolt and no site assembly. Eliminates the most common warranty failure point on street poles.

Arm connections
Zero

Mandrel-bent, no wrinkles

An internal mandrel supports the bore through the bend, holding ovality under 5% and preventing the inner-wall wrinkling that weakens press-bent arms.

Ovality at bend
≤5%

Marine-grade coating

Chromate-free pre-treatment plus AkzoNobel polyester powder. Powder coating: 80 μm standard, available range 80–120 μm. Anodizing: 20 μm standard, available range 15–25 μm. Salt-spray testing: 2,000 hours.

Warranty
10 years no flaking

Lightweight installation

An 8 m davit pole weighs about 27 kg against 84 kg in galvanised steel. It arrives complete - lift, bolt down, fit the luminaire, done.

Weight saving
-65% vs steel

Any radius, any outreach

Tooling for 400, 600 and 900 mm bend radii with outreach from 0.8 m to 2.5 m. Tight radii for footpaths, long sweeping arcs for dual carriageways.

Outreach range
0.8-2.5m

Clean architectural line

Specifiers choose davit poles for the uninterrupted silhouette - no visible hardware above eye level, and no rust streaking down the shaft over time.

Maintenance cycle
None required
ABOUT THE MANUFACTURER

A pole factory, not a trading company

Aluminum light pole manufacturing facility

Founded in 2003, we operate a 50,000 m2 plant with three spinning lines, two robotic welding cells and an in-house powder coating line. Annual output is around 120,000 poles.

Roughly 70% of our volume is export, supplied to lighting contractors, municipal tenders and distributors across the EU, North America, the Gulf and Southeast Asia. We work directly against your drawings and will sign NDA and OEM agreements – poles ship under your brand and packaging where required.

English- and Spanish-speaking sales engineers handle technical queries; structural calculation reports for your local wind zone are prepared free with any project enquiry.

ISO 9001

Quality system

ISO 14001

Environmental

CE

EN 40 conformity

SGS

Material report

PRODUCTION FLOW

From aluminum billet to loaded container

Every production stage is handled in our own plant. Nothing is subcontracted. Lead time is 15–25 working days after deposit and drawing approval.

1. Material inbound

6063 billets and tube with mill certificates; spectrometer check on every lot.

2. CNC spinning

Tube is spun to the specified conical taper on a programmed mandrel.

3. T6 heat treatment

Solution treatment and artificial ageing to reach full T6 temper.

4. Machining

Base plate machined, hand hole cut, cable slot radiused, top sized.

5. Robotic welding

Flanges and collars are TIG-welded, then inspected using dye penetrant testing.

6. Coating line

Pre-treatment, electrostatic powder coating and 200°C curing; coating thickness is logged.

7. QC & packing

Dimensional and adhesion checks, then wrap, bundle and load.

APPLICATIONS

Where these poles are installed

Aluminum davit light pole installed along a roadway

Municipal roads, boulevards and residential streets

The davit form is specified where the pole line is part of the streetscape. Consistent bend geometry across a batch matters when 200 curves sit in a row; a few degrees of variation is obvious from the road.

Urban streets

6-12m

Car parks

8-12m

Parks & plazas

3-5m

Campuses

4-8m

Industrial parks

10-12m

Coastal & marina

5-10m

Project

Our Real Cases

PACKING & SHIPPING

Packed so it arrives without a scratch

Coating damage in transit is the most common complaint with imported poles. Our packing
is built around that single risk.

Protective packing for aluminum light pole shipment
Individual wrap

Each pole is sleeved in pearl cotton foam, then woven polypropylene fabric, taped at both ends. Coated surfaces never touch each other.

End protection

Base plate corners and the slip-fit top get moulded caps the two points that take impact during handling.

Timber-framed bundles

Bundled in fumigated timber frames with steel strapping, stackable and forklift-ready. Fittings and anchor bolts in separate labelled cartons.

20 FT CONTAINER

~100 pcs

40 FT HQ CONTAINER

~200 pcs

LEAD TIME

15–25 working days after deposit and drawing approval

Loading quantities based on 6m poles. 10m and 12m can be supplied in two slip-fit sections on request to reduce freight cost.

FAQ

Questions buyers ask before ordering

Can you produce to my drawing instead of your catalogue?

Yes - this is most of our work. Send a PDF or DWG and we return a production drawing for approval within 24 hours.

What is the real MOQ?

10 sets. You may mix pole heights and finishes within the 10-set MOQ for a trial order. Smaller quantities can be quoted on request; freight per unit may be higher.

Aluminum or galvanized steel — which should I choose?

Aluminum may suit projects where corrosion resistance, lower weight, or reduced maintenance is important, including coastal and pedestrian-area applications. Steel may be more economical for very tall poles with heavy luminaire loads. Share your project requirements and we can help compare the options.

Do you supply the luminaires as well?

We supply poles, arms and brackets. We can integrate LED luminaires from partner factories and ship as a complete set if you prefer a single supplier, but the poles are our own production.

Will you provide structural calculations?

Yes. Provide the design wind speed, terrain category, luminaire weight, and projected area. We can prepare an EN 40-3 calculation report for the specified configuration; request it with your project enquiry.

How is the coating warranty handled?

Ten years against flaking, blistering and delamination under normal outdoor exposure. Claims are settled by replacement poles shipped with your next order, supported by photo evidence.

Can I inspect before shipment?

Yes. You are welcome at the factory, or we accept third-party inspection by SGS, BV, TÜV or your own agent. We also send a photo and measurement report for every batch as standard.

What about samples?

A 500 mm cut section in your chosen finish is free; you cover the courier. Full-height sample poles are charged at unit price and credited against your first bulk order.

REQUEST A QUOTATION
Send your height, quantity and finish — quote back within 12 hours

Include the design wind speed and luminaire details and we will add a free structural calculation report with the quotation.

Request a Custom Light Pole Quote