Soft & comfortable55% Bamboo, 45% Polyester
Modern fitRegular
Customisation readyPrint or embroidery
2 coloursA style for every team
Product information
The Hi-Vis X-Pro Polo (Class 1) from Regatta Professional is a true fusion of style and innovation, complete with chic collar and zip neck, and made with a bamboo and polyester blend for lasting softness. Boasting underarm mesh panels for superior ventilation and an enduring antibacterial finish, it keeps you fresh. Prioritising safety, it adheres to multiple safety regulations, while the ID reflection technology easily identifies the direction you’re facing, in low-light settings. With UPF 40+, this high-visibility work polo ensures added protection against the sun’s harmful rays.
- Soft, comfortable 55% bamboo, 45% polyester
- Regular fit
- Suitable for embroidery and print
- Built for teams, workwear, events and everyday use
Key details
- Product code
- RG482
- Brand
- Regatta High Visibility
- Fabric
- 55% Bamboo, 45% Polyester
- Weight
- 180gsm
- Fit
- Regular
- Sizes
- S – 4XL
- Colours
- 2 options
Fit Guide
Regular
Smart everyday fit intended to look neat without restricting movement.
- True to size
- Smart everyday fit
- Suitable for uniforms and events
Recommendation
Choose your normal size.
How To Measure
Product Measurements
| Size | From | To |
|---|---|---|
| S | 37 | 38 |
| M | 39 | 40 |
| L | 41 | 42 |
| XL | 43 | 44 |
| 2XL | 46 | 48 |
| 3XL | 49 | 51 |
| 4XL | 52 | 54 |
- Fabric: 55% Bamboo, 45% Polyester
- Weight: 180gsm
- Decoration suitability can vary by garment weight, weave and coating.
- For embroidery, print or laundering advice, use the quote form and the team will guide the best finish.
Find in Store
Arrange local collection or product checks with the team
Artwork & Decoration Help
Embroidery, print and fit advice on hand
- Tracked UK delivery with timing confirmed before production starts.
- Local collection available for selected jobs and repeat business orders.
- Quote requests can capture artwork, placement notes and decoration method in one flow.