Rakennuslelu Fischertechnik Maker Kit Omniwheels malli 571901 – modulaarinen rakennussarja Omniwheel-osilla

Fischertechnik Maker Kit Omniwheels is an educational construction set designed to demonstrate and explore omni-directional movement. The kit provides parts and components to assemble wheeled platforms that can move forward, backward, sideways and diagonally, enabling practical study of mechanics, kinematics and mobile-robot control principles. The set is intended for hands-on learning, classroom projects and prototyping where understanding wheel geometry, drive configurations and steering algorithms is required.

Advantages

The kit focuses specifically on omniwheels and related drivetrain elements, offering accurate mechanical components that illustrate how multi-directional motion is achieved. Included pieces allow repeatable assemblies and adjustments to wheel placement and motor orientation, supporting iterative experimentation. Components are compatible with other construction elements from the same system, enabling integration into larger models and educational setups. The included parts are engineered for classroom use and structured learning of fundamental robotics concepts without unnecessary complexity.

Suitable for

• STEM classes covering mechanics, robotics and kinematics
• Prototyping mobile platforms with omni-directional movement
• Hands-on activities for learning drive configurations and control strategies
• After-school clubs and maker workshops focused on robot locomotion

Key specifications

• Omni-directional wheel components for lateral and diagonal movement
• Mechanical parts for building wheel mounts, axles and frames
• Compatibility with the brand’s modular construction system for expansions
• Parts suitable for integration with small DC motors and standard drive elements
• Focused on educational use: repeatable assemblies and adjustable configurations

How to use

Start by following the assembly instructions to construct a basic omniwheel platform, paying attention to wheel orientation and axle alignment to ensure correct lateral movement. Install drive elements and connect motors as specified, then test simple control inputs to observe forward, sideways and diagonal motions. Use iterative adjustments to wheel angles and motor mounting to refine movement characteristics and stability. Combine with additional modular parts to create larger or more complex models for extended experiments.

Recommendations

Use the kit in supervised educational settings and pair with instructional lessons on kinematics and control theory. Test prototypes on a smooth, level surface and perform small incremental changes when tuning wheel positions or motor settings to avoid damage. Combine with compatible sensors and controllers from the same system for experiments in closed-loop control and autonomous navigation.