Quick Summary
The Flintronic 2-piece bike mirror set is a handlebar rear-view mirror for bicycles and scooters. It uses a 360° rotatable design and a convex lens, with each mirror able to fit the left or right side. The stated handlebar fit is 17.4-22 mm, so checking the handlebar size is the key first step.
The mirror diameter is 6.8 cm. The listed finish is described as high-definition with a smooth, glare-free surface, and the fitting process uses an expansion screw system.
Key Details
| Detail | Verified information and buyer relevance |
|---|---|
| Brand | Flintronic, for straightforward product identification. |
| Quantity | 2 pieces, so the set covers both sides if that is how you want to fit it. |
| Mirror type | Bike mirror with rear-view function and a convex lens. |
| Rotation | 360° rotatable, allowing the mirror angle to be set after fitting. |
| Mirror diameter | 6.8 cm, which is a useful size check for handlebar space and the desired rear view. |
| Handlebar fit | 17.4-22 mm inner diameter, so the handlebar opening needs to match this range. |
| Mounting side | Can be installed on the left or right side. |
| Material | Nylon resin, as stated for the mirror body. |
What to Compare Before Buying
- Handlebar size: The stated fit is 17.4-22 mm inner diameter. Measure the relevant handlebar section before choosing this set.
- Side and quantity: This is a 2-piece set, and each mirror can be fitted on either side. Decide whether you want one mirror or a matched pair.
- Mirror diameter: The 6.8 cm mirror size affects how much handlebar space is needed and how large the mirror face will be.
- Mounting style: The mirrors use an expansion screw fitting. Check that this matches your handlebar end and fitting preference.
What Is Included
- 2 bike mirrors
Before You Decide
Confirm that your handlebar opening is within the stated 17.4-22 mm range, and check whether you want both mirrors or only one side fitted. The 360° rotatable design and convex lens are the main practical features, but the size and fitting style are the key checks before choosing a set.
