Battery-operated fishing game ProNice model 663140, electronic toy for hand-eye coordination

ProNice battery-operated fishing game model 663140 is an electronic toy that simulates a simple fishing experience for children. The set features multiple moving targets and a fishing rod mechanism that uses magnetic or hook-style catches to pick up pieces as they rotate or move. The toy runs on batteries and is designed to provide repeated interactive play that helps develop hand-eye coordination and fine motor skills.

Advantages

The compact tabletop design allows play alone or in small groups without complex assembly. Rotating or moving targets create dynamic challenge levels while the magnetic/hook catch mechanism offers a safe, low-force interaction suitable for young children. Battery operation makes the toy portable and easy to set up in different play areas.

Suitable for

• Developing hand-eye coordination and fine motor skills in children
• Group play at home, daycare, or preschool settings
• Short focused play sessions and skill-practice activities

Key specifications

• Power source: battery-operated for portability and ease of use
• Gameplay: moving or rotating targets with magnetic or hook catch mechanism
• Material: durable lightweight plastic construction for tabletop play
• Recommended age range: suitable for young children and early learners (follow packaging age guidance)

How to use

Insert the required batteries according to the instructions, place the game on a flat surface and switch it on to start the rotating targets. Give the child the fishing rod and demonstrate how to align the hook or magnet with a target and lift it gently. Encourage short practice rounds, increasing the target count or speed as the child’s coordination improves. Supervise younger children during play to ensure safe use and correct handling of small parts.

Usage recommendations

Use clustered, timed play sessions to build attention and gradual skill improvement. Regularly check batteries and components for wear; replace batteries when performance declines and avoid water exposure to preserve the electronic mechanism.