Lure Otsune Mirror Blue 11,50cm 31g Nomura NM48875611
In Stock
Estimated delivery: November 13, 2025 - November 20, 2025
Lure Otsune Mirror Blue 11,50cm 31g Nomura NM48875611
Description:
The Lure Otsune Mirror Blue is meticulously crafted for avid anglers seeking optimal performance in their fishing endeavors. Constructed from high-quality materials, this lure measures 11.50cm and weighs 31g, designed to mimic the natural movements of prey, ensuring it can attract a variety of fish species effectively. Utilizing innovative design features, the Otsune offers exceptional swimming action that enhances its visibility in the water, making it an invaluable addition to your tackle box. Whether you're fishing in freshwater lakes or coastal waters, its durable construction ensures long-lasting use under various conditions. Ideal for adults and unisex, this lure delivers unparalleled precision and action, making it a top choice for recreational to advanced fishing enthusiasts.
Key Features:
- High-quality durable materials for longevity.
- Designed to mimic natural fish movements for effective attraction.
- Streamlined shape for superior casting and reduced drag in water.
- Enhanced swimming action that increases visibility to target fish.
- Suitable for a variety of fishing conditions, including freshwater and coastal areas.
- Lightweight design at 31g that promotes ease of handling.
- Unisex appeal, catering to a broad range of adult anglers.
Specifications:
Manufacturer: Lineaeffe
SKU: NM48875611
Material: High-density composite
Size/Dimensions: 11.50cm
Weight: 31g
Color: Mirror Blue
Size: 31g
Category: Lures
Age Group: Adults
Gender: Unisex
Recommended Use:
The Lure Otsune Mirror Blue is perfect for both recreational and advanced anglers who are serious about their fishing. It excels in various conditions, making it suitable for freshwater lakes and coastal fishing, where performance and visibility are crucial. For best results, pair this lure with compatible fishing rods and tackle that match its size and weight for optimal casting and retrieval.