Squid Jig Yamashita Egi Oh K 3.5 Super Shallow - 10.5Cm

Name: SQUID JIG YAMASHITA EGI OH K 3.5 SUPER SHALLOW - 10.5CM
Brand: Yamashita
SKU: 379486

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£16.28

Recommended retail price : £16.28

20 days for returns

Models & specificities

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Models & specificities Descriptive

Models & specificities

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Reference

Price inc VAT

Pack.

Length (cm)

Weight (g)

Colour code

Squid jig type

Price inc VAT

EGIOHKSS3.5001

£16.28

per unit

10.5

19.5

AJK

#3.5

£16.28

EGIOHKSS3.5002

£16.28

per unit

10.5

19.5

CRG

#3.5

£16.28

EGIOHKSS3.5004

£16.28

per unit

10.5

19.5

CTO

#3.5

£16.28

EGIOHKSS3.5005

£16.28

per unit

10.5

19.5

MMC

#3.5

£16.28

EGIOHKSS3.5049

£16.28

per unit

10.5

19.5

MMG

#3.5

£16.28

EGIOHKSS3.5071

£16.28

per unit

10.5

19.5

PKB

#3.5

£16.28

EGIOHKSS3.5080

£16.28

per unit

10.5

19.5

VCR

#3.5

£16.28

EGIOHKSS3.5081

£16.28

per unit

10.5

19.5

TTP

#3.5

£16.28

EGIOHKSS3.5082

£16.28

per unit

10.5

19.5

ORO

#3.5

£16.28

Models & specificities Descriptive

Descriptive

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The EGI OH K 3.5 SUPER SHALLOW is a "super slow sinking" variant of the EGI-OH K 3.5 suited for fishing in difficult conditions of wind, waves and strong currents or on days of low cephalopod activity. It retains the incredible stability of the EGI OH K series and allows a descent rate in the water column even slower than the "Shallow" model, while keeping all the technical features of the range. The Egi in the EGI OH K range are equipped with 490Glow technology with eyes whose phosphorescence corresponds to the light spectrum most perceptible by cuttlefish and squid and with Hydro Fin technology defined by a small protrusion that greatly improves its stability during descent phases in the water column. Its tin ballast under the belly is fitted with adjustment holes allowing it to accommodate an additional lead weight. We mainly recommend it to anglers who wish to fish in shallow water when conditions are difficult or who will persist when cuttlefish and squid are not very active. The "Super Shallow" model is distinguished by a slow descent rate of about 8 seconds per 1 meter.