Matrix Supa Lite Free Flow Landing Net
from €11,32
€14,33
Quick OverviewThe Matrix Supa Lite Free Flow Landing Net is a lightweight and reliable landing net designed for fast, safe fish landing. The anti-snag mesh reduces hook tangles, while the quick-drying material and durable spreader block make it an excellent choice for feeder and match fishing.DescriptionThis Matrix landing net was developed for anglers looking for low weight, good handling, and neat fish landing on the bank or platform. The free flow mesh moves through the water more easily, speeds up landing, and reduces the chance of snagging, which is especially useful when fishing with barbed hooks and during frequent casting on commercial fisheries, canals, and lakes.FeaturesLightweight construction for easier manoeuvring during fishingFree flow anti-snag mesh for reduced hook tanglesStrong spreader block for better stability and durabilityQuick-drying mesh for easier maintenance100% polyethylene meshSuitable for feeder and match fishingIdeal for use with barbed hooksTechnologyFree Flow mesh technology for easier net movement through the water and reduced tendency to snagSpecificationsBrandMatrixModelSupa Lite Free Flow Landing NetMaterial100% polyethylene mesh with a lightweight frameMesh TypeFree flow, anti-snagSpreader BlockStrongDryingQuick-drying meshIntended UseFeeder and match fishingSuitable forBarbed hooksDimensions45 x 35 cm, 50 x 40 cmAvailable Variantsnet 4545 x 35 cm, 100% polyethylene, lightweight frame, free flow anti-snag meshnet 5050 x 40 cm, 100% polyethylene, lightweight frame, free flow anti-snag meshAdvantagesFast and safe fish landing with good net controlLess snagging of the mesh and hook during landingLow weight reduces fatigue during frequent useQuick drying makes transport and maintenance of the equipment easierA reliable choice for competition and recreational fishingNoteAvailability of individual variants depends on stock status. The landing net handle is usually purchased separately, and product details may vary slightly depending on the production batch.