The Divola 110 F from Trefle Creation redefines the standards of surface lures by introducing a unique concept: a hybrid lure offering two configurations in one body, both slider-crawler and stickbait. Versatile, innovative and extremely effective, it is aimed at technical fishermen in search of a lure capable of adapting to all situations.
Thanks to its removable front shield, the Divola 110F instantly adapts to your fishing style.
With the shield installed, it transforms into a slider-crawler. On a simple linear retrieval, it develops a fluid "S" swim, marked by a strong displacement. This natural swimming action is formidable on wary predators, especially in clear water or on heavily fished areas.
Animated by twitches, it performs a tight walking the dog swim, almost on the spot, ideal for insisting on specific spots.
Without the shield, the Divola becomes a real stickbait. Worked with long jerks, it produces wide lateral swerves of the long slides type, perfectly imitating a fleeing fish.
The Divola incorporates tungsten beads in its belly, giving the lure an exceptional density for a surface model. This low center of gravity allows it to remain stable in the film, with a slightly forward-leaning position that enhances its natural swim.
Thanks to this internal construction, the Divola 110F also offers remarkable casting performance, reaching impressive distances even against the wind. Its swimming stability, even in rough conditions, makes it as effective at sea on bass as it is for covering large expanses of freshwater in power fishing mode.
Technical characteristics:
- Length: 11.4 cm
- Weight: 18 g
- 2-in-1 lure: slider-crawler + stickbait
- Removable front bib
- Swimming, walking the dog, long slides swim
- Tungsten beads for optimal density
- Exceptional stability even in strong wind
- Designed for sea and freshwater
The Divola 110F is more than just a surface lure: it's a precision tool, designed for fishermen who want to master every animation, adapt in the blink of an eye and target the most wary predators with maximum efficiency.
