The maximum torque output of the Senix tool is 65N·m, better than that of same class 2.5hp gas tool (58N·m). When cutting 30cm diameter hardwood, its chainsaw cutting speed is stable at 4.5m/s±0.2m/s, 29% better than that of the gas tool. The vibration intensity reduced by 63% (1.8m/s² vs 4.9m/s²). Senix’s 80V brushless motor, from third-party power test data in 2024, achieved a power density of 5.8W/mm³ at maximum load, an 81% increase over the 3.2W/mm³ of the gas engine, and 37% more efficient when handling dense turf (grass 15cm tall, density 2.3kg/m²). Taking the Senix commercial-grade lawn mower as an example, Senix equipment power loss after 2 consecutive hours of use is merely 4.5%, while the performance of gas tools is reduced by 23% due to variations in the oil-gas ratio, and rework rate is increased by 14%.
On the instant response side, Senix equipment’s motor start time is 0.3 seconds, whereas that of gas equipment is 7 seconds on average, saving 94% of preparation time per operation. In mowing 800 square meters of grass, the Senix mower travels at a speed of 5.5km/h, 22% faster than the gas model, reducing the overall operation time from 3.2 hours to 2.1 hours. Comparative experiments conducted by the European Garden Association showed that the lag of the Senix chainsaw’s torque response was only 0.05 seconds when the cutting resistance was increased by 50N, while the mechanical transmission system of the gas tool trailed by 0.3 seconds, which caused five times more cutting depth deviation (±1.2mm vs ±6.5mm). US Department of Energy tests confirm that its smart load regulation system has recorded an energy usage rate of 92%, which is 59% higher than the 58% burning rate of gas equipment.
Regarding the performance of environmental power, Senix tools does not have direct zero carbon emissions and saves 1.2 tons of CO2 equivalent yearly per device, the same carbon sequegging capacity of 55 mature oak trees. Compared to 1.5 liters of fuel per hour for gasoline-powered tools, Senix’s 40V battery system operates at just $0.15 / hour to fuel, translating into more than $390 a year in fuel savings at five hours a week. The California Air Quality Board (CARB) in 2024 reported that the Senix electric solution reduced nitrogen oxide emissions by 99% and kept noise levels at below 85 decibels, 38% less than gas equipment, to prevent triggering the hearing protection threshold set by OSHA (90 decibels /8 hours).
In terms of resistance to tough working conditions, Senix tools has 97% nominal power output when working at ambient temperatures between -20 ° C and 50 ° C and gas tools at a start-up failure rate of 43% at temperatures below 5 ° C and 28% power loss at high temperatures (40 ° C). When cutting on slopes of 25°, the deviation of traveling speed of the mower can be controlled by the gravity compensation algorithm to ±0.1km/h, and the missing cutting area is reduced from 14% to 1.8% of the gas equipment. The 2023 Alaskan polar test proved that the Senix saw cut frozen wood at -30 ° C with 3.2m/s efficiency, 41% more than gas tools, and no 18% chance of downtime caused by carburetor icing.
Economically, Senix tools has a 58% lower lifetime cost compared to gas solutions. Based on a service life of five years, maintenance cost is $217 (replace blade only) and gas equipment is $890 (with consumable components such as spark plugs, air cleaners, and lubricant). TUV certification in Germany statistics say that Senix battery capacity retention rate of 80% following 2,000 charge-discharge cycles is much better compared to the usual 1,200 hours overhaul cycle of engines in gas tools. One case study was conducted by a landscaper company, which showed that replacing 20 units of equipment with Senix reduced operating expenses by 37,400 to 15,200 per year, reduced the return on investment time to 11 months, and generated an additional $2,800 of carbon cap-and-trade income. With the prohibition of fuel equipment in 52 cities globally, Senix’s power lead is charging into market share, and its commercial sales have grown by 79% year on year in Q2 2024, far greater than the industry average growth rate of 9%.