| Reference | Longueur | Modèle | Taille | Stock quantity | Availability | Price incl tax |
|---|---|---|---|---|---|---|
|
FOX-CLN063
|
8 ft / 2.40 m | Epuisette Horizon X4-S | 42"" | 0 |
To order - lead times vary according to supplier
|
151.55 (CHF) incl tax
|
|
FOX-CLN063/A
|
- | Bras | - | 0 |
❌ Unavailable – Out of stock at the manufacturer
|
60.90 (CHF) incl tax
|
|
FOX-CLN063/H
|
- | Poignée | - | 0 |
❌ Unavailable – Out of stock at the manufacturer
|
122.15 (CHF) incl tax
|
|
FOX-CLN063-01
|
- | Filet de rechange (réf. CLN062-01) | - | 0 |
❌ Unavailable – Out of stock at the manufacturer
|
30.55 (CHF) incl tax
|
Designed for demanding anglers, the Fox Horizon X4S fishing landing net is built to secure the most delicate stage of a fight: landing the fish. Its design aims to provide a smoother netting experience, better control while guiding the fish, and stable support once the fish is in the net. This is a landing net with handle suited to common freshwater situations, from the bank or on more mobile sessions, with an emphasis on reliability, ease of use, and handling comfort.
The camouflage mesh net (camo mesh) gives it a discreet look and a refined finish, while remaining focused on function: wrapping the fish in a controlled way to help reduce the risk of losing it during the final phase. In true Fox style, this landing net fits naturally into a complete fish-care setup, in line with the modern practices of specimen anglers.
Safer fish landing: the architecture of a landing net directly affects how the fish is guided into the net. The Fox Horizon X4S is designed to create a more natural entry for the fish, helping reduce hesitation at the last moment and making the landing process calmer and more controlled.
Control and maneuverability: a carp landing net (in the sense of specimen fishing) must remain easy to position, especially when the fish changes direction near the surface. The “handle + net head” concept is designed to maintain a stable grip, helping avoid sudden movements and keep everything clean and controlled.
Practical camo mesh: the camo mesh contributes to visual discretion and blends well with many environments (weed beds, dark bottoms, bank edges). The goal remains fish reception: a net designed to hold the fish without losing it during a brief pause, and to make the move to the unhooking mat or handling area easier.
Integration into a modern setup: the Horizon X4S landing net complements a Fox system focused on technical fishing. It suits anglers who want to harmonize their gear (landing, fish care, swim organization) while keeping a product that is simple, effective, and immediately ready to use.
Before fishing, check the assembly and overall condition, then lightly wet the net: this helps provide a smoother landing and reduces friction on contact. During the fight, avoid “chasing” the fish with the landing net: instead, place the landing net in the water, keep it steady, and guide the fish over the opening when it is ready. Once the fish is in the net, keep everything low and controlled, then transfer it calmly to your fish-care area (mat, cradle). After the session, rinse with clean water if needed and let it dry completely before storage to help preserve the net and the rest of the equipment.
Question 1: Is this landing net suitable for only one type of fishing?
Answer: The Fox Horizon X4S is a versatile landing net for freshwater fishing and landing larger fish. It is especially suitable for specimen anglers, while remaining relevant whenever you want a safer, more controlled landing.
Question 2: Are the dimensions the same across all versions?
Answer: The range may be available in different versions depending on your needs. To stay in line with your fishing style (swim setup, landing distance, bank conditions), choose a configuration that suits the way you fish.
Question 3: How do you care for the camouflage mesh?
Answer: A rinse with clean water after use, complete drying, and storage away from moisture are usually enough. Avoid leaving the landing net packed away while wet to help preserve the durability of the mesh.