The suction pressure of 9 kPa is generated by a 150 W universal motor designed for a specific power-to-weight ratio. In this configuration, the impeller speed is optimized to create high static pressure within a compact housing, which is necessary for lifting debris from upholstery. While lower than industrial canister units, this 9 kPa output is sufficient for picking up surface-level road dust and pet hair without damaging delicate fabric fibers. The engineering focus here is on air velocity rather than raw volume, ensuring that particulates are accelerated quickly into the filtration chamber.
Filtration is handled through a dual-architecture system featuring Cyclonic separation followed by a HEPA-stage HEPA filter. The cyclonic stage uses centrifugal force to spin larger dust particles out of the airflow, depositing them into the 0.5 L bin. This prevents the HEPA filter from clogging prematurely with larger debris. The HEPA stage is engineered to trap particles as small as 0.3 microns, which includes PM2.5 pollutants common in Indian cities. The washable nature of the filter ensures that airflow resistance is kept low through regular maintenance.
Power management is controlled by a multi-cell lithium battery system requiring a 5-hour charge cycle to reach full capacity. The discharge rate is electronically regulated to provide two distinct modes: a 32-minute low-power mode for light dusting and a 22-minute high-power mode for intensive cleaning. The CC-CV charging protocol helps maintain cell health over hundreds of cycles. For the Indian user, this means the device can handle a full cleaning of a 2BHK sofa set and car interior on a single charge if used strategically.
While this model does not include wet-suction capabilities, its dry-only airway design is optimized for maximum seal integrity. By omitting a water separation baffle, the engineering team was able to keep the weight at 1.2 kg while maximizing the available dust capacity of the 0.5 L bin. This dry-focused design prevents the formation of sludge within the filtration stages, which is a common failure point in budget hybrid models. The bagless assembly uses a simple release latch for hygienic disposal of collected waste.
The attachment system utilizes an aluminium tube that provides structural rigidity without adding significant mass. The motorized floor brush includes a high-torque brush roll that agitates carpet fibers to release trapped dust, which the motor then extracts. Unlike non-motorized brushes, this active agitation compensates for the lower kPa compared to corded vacuums. The electrical contacts are integrated into the tube joints, ensuring power is delivered to the brush head efficiently without external wiring that could snag on furniture.
The chassis is constructed from high-grade ABS plastic, which offers impact resistance while maintaining the 1.2 kg lightweight profile. The handle is designed with an ergonomic grip that centers the weight over the wrist, reducing fatigue during extended overhead cleaning of ceiling fans or AC vents. The lack of a blower function is a deliberate design choice to maintain a sealed vacuum system, ensuring all captured dust remains within the HEPA-filtered compartment. Ultimately, the elegant represents a focused engineering approach to portable, high-efficiency dry vacuuming.
