Uphill Roller Experiment (Energy Conservation) Lab Experiments

This apparatus is designed to demonstrate the fascinating phenomenon of a double cone apparently rolling upward on inclined rails. It helps students understand measurement techniques, conservation of mechanical energy, and the relationship between potential and kinetic energy. The apparatus also supports both qualitative and quantitative verification of the conditions required for upward cone motion.

Construction :

• Instrument components made of stainless steel

Dimensions :

• 300 × 450 mm

Thickness :

• 9.0 mm

Approximate Length :

• 440 mm

Radial Distance Between Crank Upper Surface and Connecting Shaft :

• 40.18 mm

Diameter of Rod Connecting Bearing Screw :

• 4.60 mm

Diameter of Bearing Support Rod Fixing Screw :

• 31.60 mm

Diameter of End Support Rod Fixing Screw :

• 26.80 mm

Distance Between Bearing Support Rod and End Support Rod Fixing Screws :

• 395.00 mm

Additional Features :

• Supports both qualitative observation and quantitative analysis.
• Ideal for demonstrating mechanical energy conservation and geometric motion principles.

• Compact design with a small base footprint and short guide rail length.
• Fully detachable structure for easy assembly and storage.
• Highly adjustable three-dimensional setup.
• Adjustable rail opening angle and rail inclination.
• Compatible with cones of different diameters and heights.
• Suitable for both design-based and verification experiments.