Product description
The Challenger T2 Glow cantilever parasol 300x300 cm in anthracite is a modern design parasol that combines style, comfort and innovative features. The integrated LED lighting in the ribs creates a warm and luxurious atmosphere during the evening. The lights shine both upwards and downwards and can be easily controlled wirelessly.
The T2 system ensures maximum flexibility and ease of use. The parasol can be smoothly tilted sideways and backwards and is fully 360 degrees rotatable. This allows you to enjoy shade throughout the entire day without needing to move the parasol.
The canopy is made of high quality 300 gram polyester in anthracite color. It provides UV protection up to 96 percent and is finished with a water and dirt repellent coating, ensuring long lasting durability and easy maintenance.
The parasol is supplied without a base. For optimal stability, a 90 kg parasol base with wheels from Platinum Sun & Shade is recommended. This makes it easy to move the parasol when needed. An in-ground parasol base is also available, which is fully integrated into the ground for a clean and spacious terrace layout. This ground socket can be installed without concrete.
To keep the parasol in optimal condition, the use of a breathable protective cover such as AeroCover is recommended when not in use. This helps extend the lifespan and maintain fabric quality.
Key points
Size 300x300 cm
Integrated LED lighting in ribs
Warm white light with wireless control
360 degree rotating frame
Smooth tilting via T2 system
Anthracite 300 gram polyester canopy
UV protection up to 96 percent
Water and dirt repellent coating
Modern and elegant design
Delivered without parasol base
Recommended 90 kg base with wheels or in-ground base
- Brand: Platinum
- EAN: 8717591778356
- Model Platinum Challenger T2 Glow zweefparasol - 300x300 Antraciet grijs - art.7125
- Model number 7125
- EAN 8717591778356
- Material aluminium, polyester
- Color Dark grey
- Dimensions
- Packaging in a box
- Warranty 2 year warrantee on construction and material faillure
















