The Nanrobot LS7+ still adopts the form factor of an electric kick scooter — deck, handlebars, and a stand-up riding position — but its specs and components place it firmly in a different category of use. The model tested by Electrek pairs two 3,000 W motors for a total nominal output of 6,000 W, and according to the manufacturer, it can peak at 10,000 W. These figures explain why its appeal does not lie in last-mile mobility, but rather in the progressive encroachment of certain high-performance electric scooters into the realm of light motorcycles.
Nanrobot states a top speed of 120 km/h, equivalent to 74.5 mph, achieved under optimal test conditions. The company itself places a more realistic cruising speed between 93 and 105 km/h. The test published by Electrek did not verify the claimed top speed: the reviewer stopped short, choosing not to push a platform with 11-inch wheels and an upright riding posture to those extremes. This is an important clarification, as it separates the spec sheet from the performance actually observed on the road.
Nevertheless, the sheer scale of the machine remains unmistakable. The acceleration delivered by the dual powertrains is described as remarkably punchy, and the torque reserve is also engineered for hill climbs, not merely for quick launches. Nanrobot claims a climbing ability of up to 30 degrees and a maximum payload of 150 kg. In this context, the term “scooter” risks becoming unhelpful: it describes the vehicle's architecture, but fails to convey the level of power, mass, and responsibility required of the rider.
The chassis attempts to match the power
Managing this kind of performance requires more than just bigger motors. The LS7+ is equipped with a steering damper, a feature designed to enhance stability and reduce handlebar wobble at high speeds. The setup is rounded out by KKE adjustable hydraulic suspension and NUTT four-piston hydraulic brakes. The 11-inch tires are available in either street or off-road configurations.
In the test, the combination is described as solid and consistent with the vehicle's mass: suspension and frame convey a sense of planted stability and substance, rather than that of an excessively lightweight urban vehicle. That does not mean the hardware eliminates the physical limitations of a high-speed scooter. The reviewer himself emphasizes that riding standing up, on relatively small wheels, radically changes body exposure and reaction margins compared to a conventional electric motorcycle. Damper, brakes, and suspension are therefore essential, but they do not turn the LS7+ into a product suited for anyone transitioning from an urban rental or a model capped at 20-25 mph.
The takeaway from the test is clear: the LS7+ is not a gradual entry into the world of powerful electric scooters. It requires familiarity with instant torque delivery, high-speed dynamics, and adequate protective gear. It is a reality that the micromobility industry will have to confront more and more frequently, as product offerings move further away from assisted bicycles and traditional e-scooters toward recreational or high-performance vehicles.
A large battery, but range must be viewed in context
Power is supplied by a 72 V, 35 Ah Samsung battery, equivalent to 2.52 kWh. For a vehicle with these ambitions, it is a significant capacity: it provides an amount of onboard energy well above what is typical for short-range commuter scooters. Nanrobot claims a range of up to 130 km, but that figure is based on riding at 25 km/h with a 75 kg rider.
That estimate should not be conflated with the riding style the LS7+ seems built for. Repeatedly tapping into two 3,000 W motors, tackling inclines, and sustaining much higher speeds inevitably leads to faster battery drain. Electrek specifically points out that, under high-performance use, the range will be noticeably lower than the advertised figure. The larger battery does not bridge this gap, but it offers a wider safety margin than a scooter with a small battery pack, preventing a few hard accelerations from immediately depleting the available reserve.
It is also a useful distinction for interpreting industry sales data. Claimed range remains a comparative benchmark, but on vehicles of this power, it depends decisively on speed, rider weight, elevation changes, road surface, and acceleration frequency. The LS7+ does not cater to the use case of someone covering a few kilometers a day at a steady pace: it is designed to deliver power and energy when needed, accepting the energy cost of that choice.
Its weight reveals its positioning better than its model name
Weighing around 54 kg, the Nanrobot LS7+ is far from the idea of a scooter you fold up, carry into the office, or haul up the stairs. Its mass is the result of the battery, dual motors, and a chassis engineered for above-average loads and speeds. In practice, portability—historically one of the main drivers behind the success of electric scooters—takes a back seat.
This shift also says something about the market. The electric scooter label now covers profoundly different products: from shared models for short trips to personal commuters, all the way to machines like the LS7+, where comparisons to a small electric motorcycle become more relevant. The compact form factor remains, but power, the implicit barrier to entry in terms of experience, transport logistics, and the type of route such a vehicle can handle are entirely different.
The most tangible limitation is therefore not a lack of ambitious specs—which the LS7+ has in abundance—but the gap between this performance and the everyday use typically associated with an e-scooter. Electrek's test portrays a seemingly well-built product equipped with the components expected for this class, without verifying its promised top speed. For Nanrobot, the value of the LS7+ lies in offering power and range in a platform that is compact compared to a motorcycle; for prospective buyers, the key takeaway is that this is not a neutral choice or one for beginners. It is a specialized, heavy, and fast vehicle, to be evaluated above all by the context in which it will be used and the rider's ability to handle it.
