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Street and Yard Lighting Poles: UMO and UKO

Residential-area poles for lighting streets, yards, walks, boulevards and pedestrian zones: multi-sided UMO and tapered UKO.

Street and Yard Lighting Poles: UMO and UKO

Residential-area lighting poles

Residential-area poles are put up in housing blocks, along walkways and boulevards, and in pedestrian zones. They are light and simple to install and service.

Steel grades S245 and S255 (to DBN V.2.6-198:2014), wall thickness 4 mm. Coating: hot-dip galvanising to DSTU EN ISO 1461:2024. We make the poles in our own workshop.

Roads and interchanges are lit with other types of poles and masts (see “Road lighting poles”).

Prices of UMO, UKO poles

Indicative prices per piece including VAT (September 2026), excluding brackets, anchor cage, delivery and installation. All ranges and what the price includes: Lighting pole prices.

RangePurposeHeightsPrice, UAH incl. VAT per unit
UMOMulti-sided street poles5–12 m9,900 – 26,000
UKOConical street poles3–12 m5,100 – 27,500

Lighting the streets of cities and villages

We design street and yard lighting for cities and other settlements: the working design for the lighting and the poles for city and village streets. Where there is no mains supply, we offer autonomous solar lighting.

The poles are erected by a licensed construction partner company. Foundations of various types are used. We select lanterns and luminaires together with suppliers and work with many luminaire manufacturers.

Prices for poles and luminaires depend on type, height and power, and a taller pole costs more than a short one. An extra paint coat adds to the cost. Brackets, including non-standard decorative ones, are not included in the pole price: they have a separate price list.

Multi-sided residential-area poles UMO

Designation example for a multi-sided street lighting pole 6 m high: UMO-6 TU U 25.1-39573934-001:2016.

Pole dimensions

Pole markH, m∅a, mm∅b, mmW, mmv, mmWp, mmB, mmn×d, mm
UMO-556016850090600190М20/4
UMO-666020650090600220М24/4
UMO-776020650090600220М24/4
UMO-886020650090600220М24/4
UMO-996020650090600220М24/4
UMO-10106020650090600220М24/4
UMO-11116020650090600220М24/4
UMO-12126020650090600220М24/4

Scope of application

The table gives the permissible total area of luminaires (Caer = 1, terrain type III) for each wind pressure. Q and M are the loads at the pole base.

H, mHs, mS, mEquipment mass, kgQ, kNM, kN·m400 Pa, m²450 Pa, m²500 Pa, m²550 Pa, m²600 Pa, m²
5––50 (on the axis)1,526,542,8252,4622,1731,9381,743
6––50 (on the axis)2,2311,493,9633,4543,0492,722,449
7––50 (on the axis)2,1211,863,0712,6612,3352,071,85
8––50 (on the axis)2,0512,182,3962,0561,7861,5671,387
9––50 (on the axis)2,0212,451,861,5781,3551,1731,022
10––50 (on the axis)2,0112,691,4441,2031,0120,8590,731
11––50 (on the axis)2,0412,921,1140,9060,7410,6060,496
12––50 (on the axis)2,0913,120,8340,6510,5070,3890,292
561,515 (on a 1-arm bracket)1,526,542,1461,8511,6171,4281,271
671,515 (on a 1-arm bracket)2,2311,493,1472,7222,3882,1161,89
781,515 (on a 1-arm bracket)2,1211,862,4992,1461,8661,6371,448
891,515 (on a 1-arm bracket)2,0512,181,9731,6741,4371,2431,085
9101,515 (on a 1-arm bracket)2,0212,451,5371,2831,0830,920,785
10111,515 (on a 1-arm bracket)2,0112,691,2050,9840,8070,6640,546
11121,515 (on a 1-arm bracket)2,0412,920,9160,720,5670,4420,338
12131,515 (on a 1-arm bracket)2,0913,120,6650,4920,3550,2440,153
562х1,52х15 (on a 2-arm bracket)1,526,540,9810,8390,7260,6340,558
672х1,52х15 (on a 2-arm bracket)2,2311,491,4651,261,0970,9650,855
782х1,52х15 (on a 2-arm bracket)2,1211,861,1460,9740,8390,7290,639
892х1,52х15 (on a 2-arm bracket)2,0512,180,8880,7450,6310,5390,462
9102х1,52х15 (on a 2-arm bracket)2,0212,450,6780,5550,4590,3810,316
10112х1,52х15 (on a 2-arm bracket)2,0112,690,5160,410,3250,2570,201
11122х1,52х15 (on a 2-arm bracket)2,0412,920,3760,2820,2090,1490,099
12132х1,52х15 (on a 2-arm bracket)2,0913,120,2550,1720,1060,0540,01

Symbols

H — pole height; Hs — height of the pole with bracket; S — bracket reach from the pole axis;

∅a — top diameter; ∅b — bottom diameter; W — height of the access hatch; v — hatch width; Wp — distance from the hatch to the base of the pole;

B — centre distance between the base flange holes; n×d — number and diameter of anchor bolts;

Q — shear force at the pole base; M — bending moment at the pole base.

Tapered residential-area poles UKO

Designation example for a tapered street lighting pole 6 m high: UKO-6 TU U 25.1-39573934-001:2016.

Pole dimensions

Pole markH, m∅a, mm∅b, mmW, mmv, mmWp, mmB, mmn×d, mm
UKO-33609635075600190М20/4
UKO-446010835075600190М20/4
UKO-556012035075600190М20/4
UKO-666013250090600220М24/4
UKO-776014450090600220М24/4
UKO-886015650090600220М24/4
UKO-996016850090600220М24/4
UKO-10106018050090600220М24/4
UKO-11116019250090600220М24/4
UKO-12126020450090600220М24/4

Scope of application

The same basis applies to UKO (Caer = 1, terrain type III): permissible total luminaire area for each wind pressure, with Q and M as the loads at the pole base. For UKO-3, UKO-4 and UKO-5 the areas are given only for 500 and 600 Pa (from the product cards); a dash means there is no value for the other pressures.

H, mHs, mS, mEquipment mass, kgQ, kNM, kN·m400 Pa, m²450 Pa, m²500 Pa, m²550 Pa, m²600 Pa, m²
3––50 (on the axis)0,611,75––0,983–0,798
4––50 (on the axis)0,732,65––1,085–0,873
5––50 (on the axis)0,863,67––1,132–0,902
6––50 (on the axis)0,833,871,1100,9550,8330,7330,651
7––50 (on the axis)0,985,131,1490,9850,8540,7480,660
8––50 (on the axis)1,146,561,1700,9980,8600,7490,658
9––50 (on the axis)1,308,131,1720,9930,8520,7370,643
10––50 (on the axis)1,479,871,1720,9880,8420,7230,625
11––50 (on the axis)1,6511,771,1820,9890,8360,7120,610
12––50 (on the axis)1,8413,841,1820,9810,8220,6940,588
341,515 (on a 1-arm bracket)0,611,75––0,589–0,452
451,515 (on a 1-arm bracket)0,732,65––0,741–0,569
561,515 (on a 1-arm bracket)0,863,67––0,789–0,601
671,515 (on a 1-arm bracket)0,833,870,8100,6780,5730,4890,419
781,515 (on a 1-arm bracket)0,985,130,8700,7270,6130,5210,444
891,515 (on a 1-arm bracket)1,146,560,9110,7580,6360,5370,455
9101,515 (on a 1-arm bracket)1,308,130,9320,7700,6420,5370,452
10111,515 (on a 1-arm bracket)1,479,870,9640,7910,6540,5440,453
11121,515 (on a 1-arm bracket)1,6511,770,9840,8020,6590,5430,446
12131,515 (on a 1-arm bracket)1,8413,840,9940,8050,6550,5330,432
342х1,52х15 (on a 2-arm bracket)0,611,75––0,233–0,168
452х1,52х15 (on a 2-arm bracket)0,732,65––0,303–0,221
562х1,52х15 (on a 2-arm bracket)0,863,67––0,325–0,236
672х1,52х15 (on a 2-arm bracket)0,833,870,3340,2710,2210,1810,147
782х1,52х15 (on a 2-arm bracket)0,985,130,3610,2930,2380,1940,158
892х1,52х15 (on a 2-arm bracket)1,146,560,3790,3060,2480,2010,162
9102х1,52х15 (on a 2-arm bracket)1,308,130,3880,3110,2500,2000,159
10112х1,52х15 (on a 2-arm bracket)1,479,870,4020,3190,2540,2020,158
11122х1,52х15 (on a 2-arm bracket)1,6511,770,4100,3240,2550,2000,154
12132х1,52х15 (on a 2-arm bracket)1,8413,840,4140,3240,2520,1940,146

Symbols

H — pole height; Hs — height of the pole with bracket; S — bracket reach from the pole axis;

∅a — top diameter; ∅b — bottom diameter; W — height of the access hatch; v — hatch width; Wp — distance from the hatch to the base of the pole;

B — centre distance between the base flange holes; n×d — number and diameter of anchor bolts;

Q — shear force at the pole base; M — bending moment at the pole base.

Selecting a pole by luminaire area and mass

There is no need to look up the permissible luminaire area in the “Scope of application” table by hand. The pole selection calculator by luminaire area and mass compares your luminaires with these data and shows which poles suit the height, wind region and mounting scheme.

Updated:

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