Lightweight Synthetic Rubber Boys Soccer Cleats

Lightweight Synthetic Rubber Boys Soccer Cleats

Boys soccer cleats lightweight synthetic reduce foot fatigue without sacrificing durability. These are ideal for fast play. For a broader selection, boys synthetic soccer cleats cover various styles and fits. Girls synthetic soccer cleats offer similar lightweight performance for female athletes. The nike tiempo maestro synthetic soccer cleats provide a premium touch and control.

$29.99Median price
$19.95 – $63.38Price range
19Offers with price
Full price analysis →
Price trend

The median price is currently $67.45 — about 8.9% lower than 32 days ago.

Range in this period: $60.00 – $74.97 · As of September 16, 2026
Top brands:adidas (5)PUMA (4)Puma (2)
Selection criteria:GenderWomen's Shoe SizeMen's Shoe WidthColorHeight Map

Best Lightweight Synthetic Rubber Boys Soccer Cleats 2026

Our top picks: Lightweight Synthetic Rubber Boys Soccer Cleats

Selected automatically from marketplace relevance and prices of 19 listed offers.

  1. Puma Future 7 Match FG Boys Size 3.5Y Blue Pink Running Outdoor Soccer Cleats
  2. PUMA Future Z 4.3 Soccer Cleats Youth Boys Black Sneakers Athletic Shoes 1067770
  3. Nike Mercurial Vapor 16 Club Boys Size 5.5Y Blue Running Athletic Soccer Cleats

Top 5: Lightweight Synthetic Rubber Boys Soccer Cleats compared

FAQ: Lightweight Synthetic Rubber Boys Soccer Cleats

What price range does Lightweight Synthetic Rubber Boys Soccer Cleats fall into?

The current span runs from $19.95 to $63.38 across 19 offers with a listed price; the midpoint is $29.99 (as of September 2026).

Which makers offer Lightweight Synthetic Rubber Boys Soccer Cleats?

Most offers currently come from adidas (5), PUMA (4) and Puma (2) — counted across the listed offers, as of September 2026.

What should you compare when choosing Lightweight Synthetic Rubber Boys Soccer Cleats?

Key selection criteria on this page are Gender, Women's Shoe Size, Men's Shoe Width, Color and Height Map. The category filters cover each of these, so suitable models can be narrowed down step by step.