Playset HexBug HEX BOTS Nano Land with 3 Nano Bots and 40+ Pieces, batteries included, for ages 3+

HEX BOTS Nano Land is a mix-and-match playset that uses vibration-driven nano robots to create interactive racetracks, playgrounds and obstacle courses. The set includes over 40 interchangeable pieces, flexible jelly walls, street art décor, two merry-go-round loop pieces and three Nano bots (including the Flash Nano). Batteries are included and the set is intended for children aged 3 and older.

Advantages

The vibration technology makes the nanos move, change direction and bounce off surfaces, producing insect-like crawling behaviour that encourages observation and sensory engagement. The modular pieces and flexible walls allow repeated reconfiguration for creative play and fine-motor practice. Included lights and compact robot design make the toys suitable for interactive play with children and pets.

Suitable for

• Imaginative play and storytelling
• Building racetracks and obstacle courses
• Developing fine motor skills
• Sensory play and observation of autonomous movement

Key specifications

• Set includes: 3 Nano bots (including Flash Nano) and 40+ interchangeable pieces
• Movement type: vibration-driven autonomous crawling
• Elements: flexible jelly walls, loop obstacles, street art décor pieces
• Lights: light-up Nano designs
• Power: batteries included
• Recommended age: 3 years and up

How to use

Assemble the interchangeable pieces to create a playground, racetrack or obstacle course using the flexible walls and loop elements. Insert batteries into each Nano bot according to the included instructions, place the bots on the play surface and observe as they vibrate, crawl, bounce off obstacles and change direction. Reconfigure the layout to vary challenges and play scenarios.

Usage recommendations

Use on a flat, low-friction surface for best movement. Supervise younger children during play and keep small parts away from children under the recommended age. Remove batteries when the set is not in use for extended periods.