These adidas Predator League LL FG/MG JI1127 kids' soccer shoes deliver enhanced ball control and a secure fit for young players on firm natural grass and mixed surfaces. The laceless Hybridfeel upper and Strikescale overlays focus on touch and precision while a Controlplate 2.0 outsole provides traction for play across firm ground and multi-ground conditions.

adidas Predator League LL FG/MG JI1127 Kids' Soccer Shoes - Key highlights

Benefits

• Improved ball control: 3D embossed texture and grippy Strikescale overlays on the laceless upper help stabilize the ball at contact for more consistent touch.
• Snug, stable fit: Hybridfeel laceless construction and a textile sockliner create a close, glove-like fit that reduces distractions during play.
• Versatile traction: Controlplate 2.0 outsole with cast studs is designed to perform on firm natural grass and mixed surfaces, offering dependable grip for quick movements.
• Semi-professional design: Built to meet the needs of developing players who demand game-ready performance features in a youth cleat.
• Distinctive style: Part of the Coral Blaze Pack collection for an eye-catching look on the pitch.

Details

• Model: adidas Predator League LL FG/MG JI1127, kids' soccer cleats.
• Upper: Laceless Hybridfeel construction with 3D embossed texture and Strikescale overlays for enhanced control.
• Interior: Textile sockliner for comfort and a secure internal fit.
• Outsole: Controlplate 2.0 with cast studs engineered for firm ground (FG) and multi-ground (MG) use.
• Intended surface: Designed primarily for boys playing on firm natural grass and suitable for mixed surfaces listed as FG/MG.
• Collection: Coral Blaze Pack colorway and styling details as part of the referenced collection.
• Performance focus: Emphasizes ball control and fit rather than being a purely entry-level or casual shoe.

These cleats combine a laceless, control-oriented upper with a studded Controlplate 2.0 outsole to support young players who need precise touch and reliable traction on firm and mixed surfaces.