TRAINING SMALL PLATE COMPLETE SET

Fractional plates' set with Weightlifting sizes: 0,5 - 1 - 1,5 - 2 - 2,5Kg, sold in pairs.

Small Olympic Training Plates are plates made in the typycal Weightlifting and Cross Training sizes: 0.5 - 1 - 1.5 - 2 - 2.5 Kg,

Sturdy and Reliable Small Plates: Single-piece construction with painted embossed lettering on both sides for maximum visibility. The best choice for Boxes and for all Weightlifting enthusiasts, ideal in combination with Bumper Plates Training.

Micro-loads are indispensable to make small and precise weight increments, for example when you want to test a new maximum weight load. 

The Lacertosus Small Plates are made with a 50mm hole, suitable for use on any Olympic dumbbell or barbell: they are suitable for Weightlifting, Cross Training, Powerlifting and in all those cases in which it is necessary to have precise weight increases.

Ideal for both the beginner and the experienced athlete, they easily fit on 50mm loading pins, loadable dumbbells, barbells, on Clubline machines and on the optional loading pins on the Lat Machine for Pro Power Rack, allowing gradual and precise weight gains, a typical situation during rehabilitation processes or simply to have a greater gradual increase in the training load.

NOTE: Individually Sold

Have you noticed?

Small Plates, also called Micro-loads, are suitable for both beginners, allowing them to add small and progressive weight increments; and for Elite Athletes when they need to measure their progress or set new personal bests.

Maybe you didn't know that...

Small Plates are also called Fractional Plates or Micro-loads; the term OLYMPIC identifies compatibility with all barbells (or dumbbells) with a 50mm loading diamter.

Solid and trustworthy Small Plates: single-piece construction, with varnished writing in relief for maximum visibility on both sides. The best choice for your Box and for all the Weightlifting enthusiasts, perfect in combination with bumper training plates.

NB: the set composition may vary according to the availability of the single components.