Daiwa GS LTD 4000X vs Shimano Stella FK C 3000X

Daiwa GS LTD

Spinning

51.10 out of 100

Value for money3.5 out of 5

Quality classMedium

Durability3.67 out of 10

Ergonomics4 out of 10

Gear ratio4.9:1

Maximum drag0lbs

Weight400g / 14.11oz

Line retireve per crank87 centimeter / 34.25 inch

Ball bearings4

Technical Specifications

BrandDAIWA
The main category of the reelSpinning
Price range~ €84.33
Is saltwater resistantNo
Spare spoolNo
Reel size4000
Handle typeSingle handle
Drag typeFront drag
Handle orientationLeft, Right
Line capacity monofilmm/meter: 0.3/270

Shimano Stella FK

Spinning

93.80 out of 100

Value for money3.5 out of 5

Quality classExcellent

Durability9.5 out of 10

Ergonomics6.3 out of 10

Gear ratio5.1:1

Maximum drag9kg / 19.84lbs

Weight210g / 7.41oz

Line retireve per crank75 centimeter / 29.53 inch

Ball bearings12+1

Technical Specifications

BrandSHIMANO
The main category of the reelSpinning
Price range~ €599.33
Is saltwater resistantYes
Spare spoolNo
Reel sizeC 3000
Handle typeSingle handle
Drag typeFront drag
Handle orientationLeft, Right
Line capacity monofilmm/meter: 130/0.13

Conclusion

Shimano Stella FK C 3000X clearly outshines Daiwa GS LTD 4000X, offering significantly better performance in maximum drag (9kg / 19,84lbs) and durability (9.5 out of 10). While Daiwa GS LTD 4000X may be a budget-friendly option. For most anglers, Shimano Stella FK C 3000X is the kind of reel you can trust when performance matters.

What's the difference between Daiwa GS LTD and Shimano Stella FK?

Daiwa GS LTD 4000X

The reel scores 7 out of 10 (4) in bearings, offering smooth performance for regular use with no issues

Shimano Stella FK C 3000X

With a great drag score 9.2 out of 10 (9kg / 19,84lbs), the reel is built to handle big fish confidently.. whatever the setting, freshwater or inshore salt
With a score like 8.6 out of 10 (210g / 7,41oz), the reel feels light in the hand.. ideal for active techniques like twitching, jigging, or topwater.
Saltwater-safe design makes it perfect for spinning conditions.