combining gears, beams, connectors, and building bricks for creating moving machines and engineering models.
What is it used for?
Gear mechanisms:Build gear trains, rotating systems, and simple transmissions.
Machine construction:Assemble structural frames, mechanical linkages, and compact machine models.
STEM education:Teach children about gears, force, motion, and structural stability.
Robotics projects:Use compatible beams, gears, and connectors to create moving robot mechanisms.
Creative engineering:Experiment with different structures and mechanisms to develop problem-solving skills.
What do the parts in your photo do?
Parts
Function
Red perforated beams and angled pieces
Build structural frames, brackets, and supports
Black perforated beams
Reinforce structures and create mechanical linkages
Gray beams and connectors
Join components and form rigid or articulated assemblies
Blue and yellow building bricks
Create structural sections and connection points
Large gray gears
Transfer rotational motion and change speed or torque
Small gray and beige gears
Create gear trains and compact mechanical drives
Long black and gray rods
Act as axles and shafts
Black rings
Provide friction, grip, or wheel-like components, depending on compatibility
Gray cross-shaped connectors
Join beams and shafts at different angles
Small red, blue, yellow, and gray connectors
Secure components and connect structural sections
Green perforated pieces
Form small frames, brackets, and supports
Is it suitable for children?Yes, it can support hands-on STEM and engineering activities. Because it contains small parts, it is unsuitable for children under 3; the recommended age for older children depends on the manufacturer's guidance.
Important:The exact brand, compatibility, and intended finished model cannot be confirmed from the photo alone. The kit appears to offer more structural building options than the previous suspension set, but I cannot confirm that all 182 pieces form one complete machine without extra parts.
