Shimano Twin Power FE 2500SHGFEX vs Daiwa 23 LEXA LT 3000-XHX

Shimano Twin Power FE, 2500SHGFE, left and right hand, Stationary fishing reel, Front Drag, TP2500SHGFE
Shimano Twin Power FE
Spinning
87.70 out of 100
Value for money4 out of 5
Quality classExcellent
Durability5.56 out of 10
Ergonomics6.3 out of 10
Gear ratio5.8:1
Maximum drag4kg / 8.82lbs
Weight210g / 7.41oz
Line retireve per crank86 centimeter / 33.86 inch
Ball bearings9+1

Technical Specifications

  • BrandSHIMANO
  • The main category of the reelSpinning
  • Price range~ €389.33
  • Is saltwater resistantNo
  • Spare spoolNo
  • Reel size2500SHGFE
  • Handle typeSingle handle
  • Drag typeFront drag
  • Handle orientationLeft, Right
  • Line capacity monofilmm/meter: 0.18/120
Daiwa 23 LEXA LT , 3000-XH, left and right hand, Spinning Fishing Reel, Front Drag, 10228-305
Daiwa 23 LEXA LT
Spinning
88.40 out of 100
Value for money4.5 out of 5
Quality classGood
Durability4.5 out of 10
Ergonomics6.18 out of 10
Gear ratio6.2:1
Maximum drag10kg / 22.05lbs
Weight245g / 8.64oz
Line retireve per crank93 centimeter / 36.61 inch
Ball bearings5

Technical Specifications

  • BrandDAIWA
  • The main category of the reelSpinning
  • Price range~ €143.33
  • Is saltwater resistantNo
  • Spare spoolNo
  • Reel size3000-XH
  • Handle typeSingle handle
  • Drag typeFront drag
  • Handle orientationLeft, Right
  • Line capacity monofilmm/meter: 0.23/150

Conclusion

Both Shimano Twin Power FE 2500SHGFEX and Daiwa 23 LEXA LT 3000-XHX perform at a similar level overall, so the better choice depends on what matters more to you, Shimano Twin Power FE 2500SHGFEX offers a durability of 5.56 out of 10, while Daiwa 23 LEXA LT 3000-XHX stands out for a ball bearings of 5. Your decision should be guided by your fishing style and target species.

What's the difference between Shimano Twin Power FE and Daiwa 23 LEXA LT?

Daiwa 23 LEXA LT 3000-XHX

  • Landing a score of 8 out of 10 (5) in bearings, it feels smooth and controlled. Great when you're fishing actively and want consistency