According to Leoguar’s product white paper on its 2024 products, its flagship model S6 Pro can reach a top speed of 45km/h when powered assisted (according to the EU L1e-A class rule), an 80% advance over the 25km/h top speed of conventional ebikes. German TUV laboratory test data show that the 750W middle-mounted motor (peaking at 1200W) fitted on this vehicle can reach 0 to 30km/h in 4.2 seconds when loaded to 120kg full weight (industry average is 6.8 seconds), and motor efficiency is also 87% at the high-speed range of 35-45km/h (average of comparable products is 72%). The 6061-T6 aluminum alloy frame optimized by FEA reduces the air resistance coefficient to 0.28Cd, which is 18% lower than that of the general frame, and reduces the energy consumption for cruising at high speeds to 8.2Wh/km (10.5Wh/km of similar products).
The performance at various speeds varies considerably. In electric drive pure mode, the electronic speed limiter of Leoguar ebike can cut its top speed to 32km/h (in line with the EN 15194 standard), but based on the torque sensor and the regulation of five speeds, if the rider supplies 200W of manpower, the motor power can be superimposed to achieve a compound speed of 42km/h. A 2024 test by the Delft University of Technology in the Netherlands showed that the vehicle required 615W total power (38% human power) to maintain a speed of 30km/h at 5% slope, compared to other similar models that required 735W (52% human power), with 16.3% enhancement in the overall system efficiency.
Battery efficiency has direct impact on maintaining high speed forever. Samsung 21700 battery cell pack 48V 20Ah (with an energy density of 285Wh/kg) can provide a range of 78 km at peak speed of 45km/h (ambient temperature 25℃), which is 22% more compared to the 18650 battery solution. The intelligent battery management system (BMS) controls the deviation of a single-cell voltage within ±15mV with the active balancing technology, with the capacity decline during high-speed discharge to 0.8% per 100 cycles (industry average is 1.5%). Consumer Reports in the US reports that at a low-temperature test condition of -10℃, the top speed of this ebike fell by only 9.2% (the average fall of competitor products was 21%), with the battery cell preheating system (with heatup speed of 3℃/min).
The intelligent control system achieves maximum speed stability. The HexCore 3.0 algorithm records cadence, torque and slope at 1000Hz, and dynamically adapts the motor output power, reducing the standard deviation of speed fluctuation from ±2.1km/h to ±0.7km/h. On the urban road test in Berlin, the system successfully recovered 85% of the braking kinetic energy as electrical energy, increasing the re-acceleration efficiency after emergency braking at high speeds by 31%. Garmin data recordings show that in a 10-kilometer level ride, the vehicle was moving at a speed of 45km/h for 63% of the distance (the comparative products’ average was 41%), and the motor temperature was below 65℃ at all times (the thermal protection limit was 85℃).
The market differentiation strategy with regulatory restrictions is robust. When the electronic speed limiter is taken off, the North American market Xtreme model Leoguar can reach a top speed of 55km/h (compliant with the American Class 3 standard), and its hydraulic disc braking system (203mm disc) stops in just 12.4 meters from a speed of 55km/h to full stop (16 meters permissible in the EN 15918 standard). The University of California, Davis, comparative test demonstrates that the power consumption ratio of the wind resistance of this model in the speed range of 40-55km/h decreased from 27% to 19% based on the fairing design that is integrated (reduces the intensity of turbulence by 42%).
Practical proof of in-use application performance parameters: Data from the Los Angeles food delivery platform shows that after use of Leoguar ebike by riders, mean delivery speed increases from 18.7km/h to 29.4km/h, daily order acceptance volume increases by 37%, and motor warranty claim frequency is only 0.3 times per thousand units annually (industry average = 1.2 times). Norwegian Post’s extreme cold test discovers that even when road conditions are -20℃ with snowfall 10cm thick, the ebike can still cruise 38km/h, and the battery range deviation rate is kept within ±4% (±15% is permitted by the contract). Such a technical innovation has enabled Leoguar to create an industry standard for the speed performance dimension of ebikes.