Shimano Sienna 1000X vs Daiwa 19 Certate 2500DX

Shimano Sienna

Spinning

49.10 out of 100

Value for money3.5 out of 5

Quality classLow

Durability2.62 out of 10

Ergonomics6.25 out of 10

Gear ratio5.0:1

Maximum drag3kg / 6.61lbs

Weight225g / 7.94oz

Line retireve per crank66 centimeter / 25.98 inch

Ball bearings4

Technical Specifications

BrandSHIMANO
The main category of the reelSpinning
Price range~ €27.33
Is saltwater resistantNo
Spare spoolNo
Reel size1000
Handle typeSingle handle
Drag typeFront drag
Handle orientationLeft, Right
Line capacity monofilmm/meter: 0.2/140

Daiwa 19 Certate

Spinning

88.30 out of 100

Value for money4 out of 5

Quality classExcellent

Durability9.5 out of 10

Ergonomics6.32 out of 10

Gear ratio5.2:1

Maximum drag-

Weight205g / 7.23oz

Line retireve per crank73 centimeter / 28.74 inch

Ball bearings10

Technical Specifications

BrandDAIWA
The main category of the reelSpinning
Price range~ €379.00
Is saltwater resistantYes
Spare spoolNo
Reel size2500D
Handle typeSingle handle
Drag typeFront drag
Handle orientationLeft, Right
Line capacity monofilmm/meter: 0.28/150

Conclusion

Daiwa 19 Certate 2500DX clearly outshines Shimano Sienna 1000X, offering significantly better performance in durability (9.5 out of 10) and total score (8.83 out of 10). While Shimano Sienna 1000X may be a budget-friendly option. For most anglers, Daiwa 19 Certate 2500DX is the kind of reel you can trust when performance matters.

What's the difference between Shimano Sienna and Daiwa 19 Certate?

Shimano Sienna 1000X

Designed with a light drag at 5 out of 10 (3kg / 6,61lbs), the reel is perfect when you're going after small fish or using ultralight setups
The reel scores 7 out of 10 (4) in bearings, offering smooth performance for regular use with no issues

Daiwa 19 Certate 2500DX

When it comes to retrieve speed, a score of 5.43 out of 10 (73 centimeter / 28.74 inch) means slower line pickup, great when you need more control for slower fishing styles
Saltwater-safe design makes it perfect for spinning conditions.