product detail
Multi-Arm Curved Street Lighting Pole for Landmark Roadway Projects
Overall Introduction
The GENMINI Curved Aluminium Roadway Pole is a dynamic, multi-arm street
lighting solution designed for high-visibility urban roads, boulevards, and
landmark infrastructure projects. Featuring a distinctive curved geometry
combined with multiple outreach arms, GENMINI creates a strong visual identity
while delivering efficient roadway illumination.
Unlike standard or single-arm curved poles, GENMINI emphasizes movement,
rhythm, and spatial presence, making it ideal for projects where lighting
infrastructure plays a key role in defining the character of the city.
Manufactured from high-quality Aluminium 6063-T6, the pole offers excellent
structural strength, corrosion resistance, and long-term durability.
Technical Specifications
| Product Type: | Curved Aluminium Roadway Lighting Pole |
| Configuration: | Multi-arm curved structure |
| Material: | Aluminium 6063-T6 |
| Bottom Diameter Range: | Ø140 – 178 mm |
| Wall Thickness: | 3.0 – 4.0 mm |
| Standard Heights: | 5 m / 6 m / 7 m / 8 m / 9 m |
| Mounting Options: | Flange Mount or Rooted (Embedded) Mount |
| Access Door: | 100 × 400 mm |
| Surface Finish Options: | Satin Brushed, Anodized, Powder Coated |
| Design Feature: | Multi-arm configuration for wider lighting coverage |
Key Advantages
● Multi-arm curved aluminium pole for enhanced lighting distribution
● Strong visual identity suitable for landmark and signature road
projects
● Dynamic curved design improves streetscape rhythm and spatial
experience
● Lightweight aluminium structure with excellent corrosion resistance
● Ideal for high-power LED roadway lighting systems
Applications
The GENMINI curved aluminium roadway pole is widely used in:
● Urban boulevards and landmark roads
● City entrance corridors and signature streets
● High-visibility municipal infrastructure projects
● Commercial districts and modern urban developments
GENMINI is particularly suitable for projects where lighting poles are
expected to serve as both functional infrastructure and visual landmarks.
