Ausom Unveils Big Savings On High Performance E-Scooters
The personal electric transportation landscape is undergoing a major evolution as consumers demand higher speeds, longer range, and robust build quality without premium price tags. Scooter manufacturer Ausom has carved out a distinct market position by delivering high-spec dual-motor machines at accessible price points. Industry filings indicate that the brand is expanding its footprint via seasonal pricing.
Running through September 30th, Ausom has launched a fall discount event targeting various rider demographics. The promotion encompasses six individual scooter models engineered to fulfill specific riding styles, ranging from practical urban commuting to off-road exploration. The limited-time promotional pricing makes high-torque motor systems and large-capacity battery architectures accessible for budget-conscious mobility enthusiasts.
Modern micro-mobility vehicle design has advanced beyond lightweight commuter scooters into serious vehicles capable of matching city traffic speeds. Features once reserved for high-end options—such as adjustable dual swingarm suspensions, tubeless pneumatic tires, and electronic anti-lock braking systems—are now standard across Ausom’s catalog. Analyst reports suggest these specifications significantly enhance rider control and safety.
Daily Commuters Get Serious Upgrades With Gosoul Series
Leading off the accessible end of the product lineup is the Gosoul 2, designed specifically for everyday city navigation. Built around a robust 1,100W motor, this single-motor platform reaches a maximum travel range of up to 44 miles on a single charge. Regularly priced at $729, the seasonal promotional event drops the final retail price to $599.
Engineering specifications reveal that the Gosoul 2 easily manages urban topography, tackling inclines up to 20 percent without motor strain. The scooter features puncture-resistant 10x2.5-inch tubeless tires that minimize flat risks and reduce overall maintenance. Integrated E-ABS brakes cut power upon activation, shortening stopping distances while ensuring predictable handling on wet asphalt and light gravel paths.
For commuters desiring additional power without compromising practicality, the upgraded Gosoul 2 Pro Dual Motor brings twin 1,400W motors to the platform. Achieving top speeds of 36 mph while handling steep 33-percent grades, it relies on an 864 Wh battery for 56 miles of range. Featuring ShocFree dual swingarm suspension, its promotional price drops from $999 to $849.
Dual Motor Powerhouses Tackle Hilly Urban Terrain
Moving into high-torque performance territory, the Ausom L2 Max Dual Motor addresses demanding routes filled with steep hills and unpaved paths. Equipped with twin 1,000W brushless motors capable of delivering up to 2,688W of peak power, the scooter reaches top speeds of 38 mph. The model's regular price of $1,049 has been lowered to $869.
Energy demands on the L2 Max are supported by a battery pack rated at nearly 1 kWh, providing up to 56 miles of usable range per charge. The vehicle handles steep inclines up to 34 percent, using 10x3-inch tubeless tires paired with adjustable dual swingarm suspension to absorb road impacts. Front and rear disc brakes paired with E-ABS guarantee stopping power.
Riders seeking dual-motor capability in an approachable package can look to the K20 Pro Dual Motor model. Featuring twin 1,400W motors pushing 2,800W of peak output, this scooter matches the 36 mph top speed and 33-percent hill-climbing prowess of higher-tier options. Outfitted with an 864 Wh battery and ShocFree suspension, its normal $879 price is reduced to $729.
Long Distance Cruising Meets Long Haul Battery Capacity
Riders who refuse to sacrifice battery stamina for top-end speed are targeted directly by the DT2 Pro. Incorporating dual 1,100W motors that generate over 2,900W of peak power, the scooter tops out near 40 mph while scaling grades up to 36 percent. During the promotional window, its regular $1,349 retail price drops down to $1,149.
The standout technical feature of the DT2 Pro is its 1.22 kWh energy storage unit, which delivers an impressive maximum range of up to 71 miles. Ride stability across challenging surfaces is preserved through 10x3-inch puncture-resistant tubeless tires and an adjustable dual swingarm setup. This combination ensures long-distance cross-city trips remain smooth and comfortable for riders.
Motorsport Engineering Defines High Speed Flagship Performance
At the apex of the manufacturer's lineup sits the F1 Max, a high-output electric scooter inspired by motorsport engineering standards. Designed for enthusiasts seeking extreme velocity, the vehicle puts out a massive 3,840W of peak power. This power propels the machine to top speeds of up to 45 mph while effortlessly surmounting extreme street grades reaching 38 percent.
To sustain such elevated performance metrics, the F1 Max incorporates a dense 1.25 kWh battery system yielding up to 62 miles of operating range. The flagship chassis utilizes heavy-duty 10x3-inch tubeless tires alongside an adjustable dual-swingarm suspension layout. This structural configuration maintains precise tracking, exceptional cornering stability, and mechanical grip during high-speed riding maneuvers.
Shifting Trends In Modern Personal Electric Transportation
The rapid evolution of performance micro-mobility reflects broader changes in urban transportation infrastructure worldwide. Market analysis indicates that commuters increasingly view high-powered electric scooters as viable alternatives to automobiles for medium-distance journeys. Manufacturers offering advanced battery management, dual-motor drivetrains, and robust suspension technology at lower price points are disrupting established commuter market segments.
Seasonal sales strategies like Ausom’s fall event lower the entry barrier for riders seeking high-grade personal transport options. By bundling high-wattage power, extended range, and enhanced safety features into discounted pricing structures, the industry accelerates mass electric adoption. As light electric vehicles gain further traction, such competitive value propositions will likely redefine rider expectations moving forward.
