| Specification Category | Technical Detail |
| Brand | Yasuda |
| Model Number Options | YS-ST940H Blue / YS-ST940H Red |
| Appliance Classification | High Speed Pedestal Stand Fan |
| Physical Blade Size | 16 Inch Diameter |
| Sweep Size Diameter | 400 mm |
| Total Number of Blades | 3 High-Velocity Blades |
| Blade Structural Material | Premium High-Grade Virgin PP (Polypropylene) |
| Rotational Speed Rating | 2100 RPM (Rotations Per Minute) |
| Airflow Projection Index | Jet Speed Air Delivery Profile |
| Rated Power Consumption | 75W Low-Draw Energy-Saving Operation |
| Chassis Assembly Options | Contemporary Blue and White / Vibrant Red and White Dual-Tone Finishes |
| User Safety Framework | Interlocking Fine-Mesh Front and Rear Safety Wire Grills |
| Operational Control Interface | Multi-Speed Adjustment Dashboard Toggles |
| Chassis Base Framework | Weighted Pedestal Base with Vibration-Dampened Stabilization |
| Primary Target Environments | Sprawling Living Rooms, Executive Offices, Showrooms, Classrooms, Bedrooms |
| Primary Application Fields | High-Velocity Air Circulation, Rapid Heat Extraction, Pedestal Personal Cooling |
Ultra-Powerful 2100 RPM Motor: Engineered by Yasuda with a premium high-speed mechanical core spinning at 2100 RPM to establish quick, cooling pressure sweeps throughout larger rooms.
Jet Speed Volumetric Air Delivery: Driven by an optimized aerodynamic rotor setup calibrated to produce a sharp, high-velocity jet speed air projection for immediate localized cooling.
Premium Virgin PP 3-Blade Matrix: Outfitted with 3 balanced blades molded from top-tier Virgin Polypropylene (PP) material designed to resist physical warping and maximize electrical energy translation.
Energy-Efficient 75W Climate Control: Calibrated with low-draw 75-watt electrical logic that perfectly balances high-output wind velocity parameters with low monthly domestic power expenses.
Rugged Pedestal Framework & Safety Grill: Features an adjustable, vibration-dampened pedestal stand chassis for excellent operational stability, enclosed securely in an interlocking fine-mesh safety wire guard.