Daiwa 20 Airity LT 1000DX vs Shimano Stella FK C 5000 XGX

Daiwa 20 Airity LT

Spinning

91.60 out of 100

Value for money5 out of 5

Quality classExcellent

Durability5.5 out of 10

Ergonomics6.47 out of 10

Gear ratio5.1:1

Maximum drag5kg / 11.02lbs

Weight160g / 5.64oz

Line retireve per crank64 centimeter / 25.2 inch

Ball bearings8

Technical Specifications

BrandDAIWA
The main category of the reelSpinning
Price range~ €255.60
Is saltwater resistantNo
Spare spoolNo
Reel size1000D
Handle typeSingle handle
Drag typeFront drag
Handle orientationLeft, Right
Line capacity monofilmm/meter: 0.2/150

Shimano Stella FK

Spinning

95.00 out of 100

Value for money3.5 out of 5

Quality classExcellent

Durability9.5 out of 10

Ergonomics6.13 out of 10

Gear ratio6.2:1

Maximum drag11kg / 24.25lbs

Weight260g / 9.17oz

Line retireve per crank101 centimeter / 39.76 inch

Ball bearings12+1

Technical Specifications

BrandSHIMANO
The main category of the reelSpinning
Price range~ €609.33
Is saltwater resistantYes
Spare spoolNo
Reel sizeC 5000 XG
Handle typeSingle handle
Drag typeFront drag
Handle orientationLeft, Right
Line capacity monofilmm/meter: 175/0.18

Conclusion

Both Daiwa 20 Airity LT 1000DX and Shimano Stella FK C 5000 XGX perform at a similar level overall, so the better choice depends on what matters more to you, Daiwa 20 Airity LT 1000DX offers a ball bearings of 8, while Shimano Stella FK C 5000 XGX stands out for a line retrieve per crank of 101 centimeter / 39.76 inch. Your decision should be guided by your fishing style and target species.

What's the difference between Daiwa 20 Airity LT and Shimano Stella FK?

Daiwa 20 Airity LT 1000DX

With an outstanding bearing score of 10 out of 10 (8), the reel offers top tier smoothness. Ideal for anglers who appreciate premium feel

Shimano Stella FK C 5000 XGX

A high retrieve rate of 9.6 out of 10 (101 centimeter / 39.76 inch), means the reel is made just for speed, perfect for speed fishing or covering water quickly
Saltwater-safe design makes it perfect for spinning conditions.