The INMOTION RS is a flagship high-performance electric scooter with a claimed top speed of 68 mph (110 km/h), dual-motor power, adjustable ride height, hydraulic suspension, and advanced app controls. YouTube creator ETPC unboxed the RS and put its acceleration, high-speed stability, braking, suspension, and real-world handling to the test.
This review breaks down what the INMOTION RS offers, how fast it performed in the test, who it is designed for, and what riders should consider before buying one.
Safety notice: The INMOTION RS is an extremely powerful electric scooter. High-speed testing should only be performed where legal, in a closed and controlled environment, with a full-face helmet and complete protective gear.
Watch the INMOTION RS Unboxing and Road Test
INMOTION RS Specifications at a Glance
| Category | Specification or Test Result |
|---|---|
| Product type | Flagship high-performance electric scooter |
| Claimed top speed | Up to 68 mph (approximately 110 km/h) |
| Speed shown in the test | Approximately 56–59 mph (90–95 km/h) |
| Drive system | Front and rear dual-motor drive |
| Claimed maximum range | Up to 100 miles (approximately 160 km) |
| Suspension | Adjustable front and rear suspension with multiple ride-height positions |
| Brakes | Front and rear hydraulic disc brakes |
| Tires | 11-inch tubeless street tires |
| Ride modes | Parking, Eco, Drive, and X modes |
| Smart controls | Motor output, electronic braking, temperature monitoring, diagnostics, and locking |
| Weight | More than 100 lb (approximately 45 kg) |
Top speed and range vary with rider weight, terrain, incline, tire pressure, temperature, battery level, and vehicle settings.
Unboxing and Assembly: A Reinforced Industrial Structure
The first impression of the INMOTION RS is not portability. It is strength. The main structure arrives largely preassembled, and the remaining work includes securing the handlebar with four bolts and installing components such as the rear fender and reflectors [00:27].
ETPC highlights the extensive use of solid metal components and reinforced frame sections [00:55]. The steering column, swingarms, and major connection points look engineered to handle aggressive acceleration, braking, and high-speed riding.
The tradeoff is weight. At more than 100 lb, the RS is not a scooter most riders will want to carry upstairs or lift into a vehicle regularly.
Adjustable Ride Height: Why the RS Is Called a Transforming Scooter
One of the most distinctive INMOTION RS features is its adjustable suspension geometry. Multiple mounting positions on the front and rear swingarms allow the rider to change the scooter's ride height [04:51].
Low-Ride Road Setup
A lower stance reduces the center of gravity and is better suited to smooth pavement and high-speed cruising. It can improve straight-line stability and reduce chassis movement during acceleration and braking.
Higher Ground-Clearance Setup
A taller setting provides more clearance for uneven pavement, gravel, ramps, and light off-road conditions. This flexibility allows the RS to adapt to more than one type of riding, although tire choice and rider experience still determine how capable it will be away from pavement.
Adjustable Suspension: Comfort or Firm Support
The suspension response can also be adjusted using the control knobs shown at [05:19]. A softer setting can absorb small urban bumps and improve comfort on long rides, while a firmer setting can provide more support during hard acceleration, braking, and faster riding.
The ideal setup depends on rider weight, tire pressure, speed, and road conditions. Maximum firmness is not automatically the safest or most stable setting.
Dual-Motor Performance and Acceleration
The INMOTION RS uses a front and rear motor system designed to deliver far more torque than a typical commuter scooter. Under aggressive settings, the instant output can be strong enough to break tire traction during launch.
Riders can switch between a more efficient single-motor configuration and full dual-motor drive [03:09]. Single-motor operation is useful for relaxed riding and energy management. Dual-motor mode is better suited to steep climbs, heavier loads, and situations that demand maximum performance.
New riders should begin with conservative acceleration settings. Maximum output on loose, wet, or low-grip surfaces can make the scooter harder to control.
How Fast Is the INMOTION RS?
The claimed maximum speed is approximately 68 mph, or 110 km/h. During ETPC's test, the scooter reached approximately 56–59 mph, or 90–95 km/h [08:45].
Real-world speed can differ from the maximum specification because of:
- Rider weight and riding position
- Battery charge level
- Wind and road gradient
- Tire pressure
- Motor and controller temperature
- App power limits and selected ride mode
More important than the speed figure alone is how the scooter behaves at speed. ETPC reported stable handlebar behavior during the test and did not encounter obvious high-speed wobble [16:54].
That result should not be treated as a guarantee. Tire condition, steering adjustment, suspension setup, load distribution, and rider input can all affect stability.
Range: What Does the 100-Mile Claim Mean?
The INMOTION RS has a claimed maximum range of up to 100 miles, or approximately 160 km. That figure represents favorable test conditions rather than guaranteed range for every ride.
Actual range will decrease with sustained high speed, frequent hard acceleration, dual-motor use, hills, cold weather, heavier riders, and low tire pressure. Riders planning a long trip should retain a generous battery reserve rather than building a route around the theoretical maximum.
Cruise Control and Ride Modes
The handlebar control system provides access to important riding functions. Cruise control can maintain a selected speed and reduce throttle fatigue during long rides [03:25]. It should only be used where road conditions are predictable and local regulations permit it.
The available operating modes shown in the test include [11:58]:
- P: Parking or locked state
- Eco: Reduced output for smoother riding and lower energy use
- D: Balanced response for everyday riding
- X: The most aggressive performance setting
INMOTION App: Deeper Motor and Brake Control
The INMOTION app allows riders to customize several aspects of the RS rather than relying only on handlebar controls.
Front and Rear Motor Output
Motor output can be adjusted to change how the scooter delivers power [12:12]. Reducing front-motor response, for example, may help manage wheelspin during aggressive starts. Riders should change these settings gradually and test them at low speed.
Electronic Braking
The app also provides electronic braking adjustments [12:24]. Stronger electronic braking creates more noticeable deceleration, but an excessively aggressive setting can feel abrupt. A moderate starting point is appropriate for most riders.
Temperature Monitoring and Diagnostics
Riders can monitor front-motor, rear-motor, and battery information in real time. These readings are particularly useful during long climbs, high-speed runs, and demanding rides. If temperatures rise excessively, reduce the load and allow the scooter to cool.
Vehicle Locking
The app includes a vehicle-locking feature [10:11]. It adds a useful layer of protection, but it should not replace a physical lock or secure parking location.
Hydraulic Disc Brakes
The RS uses large hydraulic disc brakes to match its speed and weight. ETPC described a strong and controlled braking feel during the test [06:43].
Before every ride, check pad wear, rotor condition, lever feel, tire pressure, steering hardware, and the folding or locking mechanism. Powerful brakes cannot compensate for worn tires, loose hardware, poor traction, or inadequate stopping distance.
Lighting and Nighttime Visibility
The scooter includes a high-output headlight, rear lighting, and turn indicators [01:31]. These systems improve visibility, but nighttime riders should still reduce speed, wear reflective equipment, and consider additional lighting where appropriate.
11-Inch Tires and Mixed-Surface Capability
The 11-inch tubeless street tires provide a large contact patch for paved-road riding and help the scooter roll over smaller cracks and surface imperfections. In ETPC's test, the RS also handled gravel and some unpaved terrain [14:47].
Street-oriented tires are not the same as dedicated off-road tires. Mud, deep sand, loose gravel, and technical trails require more caution and may call for a different tire setup.
Key Advantages of the INMOTION RS
- Exceptional dual-motor acceleration
- High-speed stability demonstrated in the test
- Adjustable ride height for road and mixed-surface use
- Adjustable suspension response
- Hydraulic disc braking
- Extensive app-based power and brake settings
- Long-distance riding potential
- Comprehensive lighting and monitoring features
What to Consider Before Buying
It Is Extremely Heavy
At more than 100 lb, or approximately 45 kg, the RS requires significant effort to lift and transport [18:11]. Buyers should think about stairs, storage, charging access, and vehicle transport before ordering.
Its Performance Exceeds Normal Commuting Needs
For a rider who only needs short, low-speed transportation, the size, power, and weight may be unnecessary. The RS makes more sense for riders who specifically value acceleration, range, adjustability, and high-speed capability.
It Requires Experience and Restraint
The strongest power settings are not appropriate for immediate use by an inexperienced rider. Owners should learn the throttle response, braking distance, and suspension behavior gradually in a controlled environment.
Who Is the INMOTION RS For?
The RS is best suited to experienced riders seeking strong acceleration, long-range capability, adjustable suspension, and a platform that can handle both paved roads and lighter mixed-surface riding.
It is less suitable for anyone who prioritizes low weight, frequent carrying, public-transport connections, or simple low-speed commuting.
Final Verdict: Is the INMOTION RS Worth It?
The INMOTION RS is not designed to win on portability. It is designed to deliver extreme performance in a configurable platform.
Its appeal goes beyond the claimed 68 mph top speed. The dual-motor system, adjustable ride height, tunable suspension, hydraulic brakes, long-range potential, and app controls make it one of the most feature-rich scooters in its category.
ETPC's test showed approximately 56–59 mph of real-world speed with stable behavior during that specific run. Combined with its substantial construction and extensive adjustability, the RS is a compelling option for experienced riders who understand its weight and performance demands.
The INMOTION RS is not a lightweight commuter scooter. It is a high-performance electric platform built for riders who want power, range, stability, and control over how the machine is configured.
Explore and Buy the INMOTION RS →
Frequently Asked Questions
What is the top speed of the INMOTION RS?
The claimed maximum speed is approximately 68 mph (110 km/h). ETPC reached approximately 56–59 mph (90–95 km/h) during the featured test. Actual speed depends on the rider, battery, terrain, weather, and vehicle settings.
What is the range of the INMOTION RS?
The claimed maximum range is up to 100 miles (approximately 160 km) under favorable conditions. High speed, hills, frequent acceleration, cold weather, and dual-motor use will reduce real-world range.
Can the INMOTION RS go off-road?
Its adjustable ride height and suspension allow it to handle gravel and some unpaved surfaces. Capability still depends on tire choice, terrain, speed, and rider experience.
Is the INMOTION RS suitable for beginners?
Its highest power settings are not recommended for inexperienced riders. New owners should begin in a lower-output mode, practice in a controlled area, and wear complete protective equipment.
How much does the INMOTION RS weigh?
It weighs more than 100 lb, or approximately 45 kg. Buyers should consider storage and transport requirements before purchasing.
Does the INMOTION RS work with a mobile app?
Yes. The INMOTION app provides vehicle information, motor and electronic-braking settings, temperature monitoring, diagnostics, and a locking feature.
