€10 gift card
Claim your exclusive offer before it expires!
Contrast lure for trout
incl. VAT, excl.
| Name | FTM Spoon Dragon 1,6g 2,7cm - Forellenblinker |
| EAN | 4250203380058 |
| MPN | 84926 |
| Brand | FTM |
| Lure length | 2.7cm |
| Lure weight | 1.6g |
| Color | black glitter/white |
| Lure type | Spoon / blinker |
| Swimming Action | Wobble & Roll |
| Hook Configuration | Single Hook |
| Water Conditions | Freshwater |
| Rigging options | Single hook |
| Target Species | Trout |
| Spoon Type | Trout Spoon |
It is designed for trout fishing with light spinning or ultralight tackle in freshwater.
The variants mainly differ by colour pattern. Length, weight, and the single hook setup stay the same across the line.
According to the supplier information, the Spoon Dragon is fitted with a single hook.
No questions asked, 30 days to return.
Your data is protected by industry-standard 256-bit SSL/TLS encryption.
The FTM Spoon Dragon is a small metal spoon built for trout fishing in ponds, lakes, and other freshwater venues. Its compact 2.7 cm body, 1.6 g weight, and single hook make it a practical choice for controlled presentations with light tackle.
This spoon is aimed at trout and suits anglers who want a small, easy-casting lure for steady retrieves and subtle speed changes. The compact profile helps when fish are focused on smaller prey.
At 1.6 g, the Spoon Dragon fits ultralight setups well. The supplier highlights its strong swimming action, which helps the lure work attractively during simple retrieves.
The lure comes fitted with a single hook. This setup can be useful where anglers prefer a more streamlined hook arrangement for trout fishing.
This product line offers several colour patterns, so you can match brighter or darker finishes to light levels and water clarity. All variants keep the same size, weight, and basic design, with the colour being the main difference.
Each variant includes one spoon in the selected colour. That keeps selection simple when you want to build a small trout spoon range for changing conditions.
