There are certain brands and products that focus on being a good fit for the golden year rider, and this is a list of the bikes we've reviewed that we think would be a good fit for those folks! Here's how we decided what gets on here: First, it needs to be step-thru (or at least have a version of it that is). Second, these bikes tend to be user-friendly and have smooth torque curves (you don't want to feel like the bike is just taking off on you and you're not in control). Third, they tend to be a little more on the lightweight side, but this is not always the case, and won't limit some of the "big bikes" from showing up on this list (the fatter tires tend to be more stable, and we find our seniors love the added stability).
Did you know electric bikes have different "class" ratings? This is a legal classification system that limits how powerful (and fast) an e-bike can be. The exact definition of a Class 1 will vary depending on where you live, but one rule is the same everywhere: Class 1 e-bikes have no throttle, which means the electric motor is activated by pedal-assist only.
- In most of Europe, Class 1 e-bikes are limited to a motor power of 250 watts and a top speed of 25 km/h (15.5 mph)
- In the USA, Class 1 e-bikes are limited to a motor power of 750 watts and a top speed of 25 mph (32 km/h)
Legal distinctions aside, Class 1 e-bikes tend to be more popular with traditional cyclists who prioritize fitness and "enjoying the ride" over speed and convenience. Most Class 1s are manufactured by traditional bicycle brands such as Trek, Giant, and Cannondale.
As home automation moves toward greater precision, Light Detection and Ranging (LiDAR) has become the gold standard for high-end floor care.
What is LiDAR Navigation?
LiDAR works by emitting thousands of invisible laser pulses per second from a rotating sensor—often housed in a small "turret" or puck on top of the vacuum. By measuring how long it takes for these pulses to bounce off walls and furniture, the robot creates a high-definition, millimeter-accurate 360° map of your home.
Why It Matters
- True Systematic Cleaning: Unlike "bump and turn" models, LiDAR vacuums know exactly where they are. They clean in efficient, straight-line paths, ensuring every inch of floor is covered without redundant passes.
- Total Darkness Operation: Because LiDAR uses its own light source (lasers), these vacuums can navigate perfectly in pitch-black rooms—something camera-based models struggle to do.
- Instant Mapping: Most LiDAR robots can map an entire floor of your home in minutes, often before they even begin their first cleaning cycle.
While the industry standard often stops at 750W, the true potential of electric mobility begins where the limits end. Our high-power category focuses on Class 4 and 'Off-Road Use Only' ebikes engineered for maximum torque and high-velocity output. We provide rigorous testing on motor heat management, battery discharge rates, and frame durability to help you find a high-output machine that is as safe as it is powerful.
Electric scooters are compact, motorized personal transportation devices designed for efficient and convenient travel. They typically feature a standing deck, handlebars for steering, an electric motor, and a rechargeable battery system. Most models include multiple speed modes, electronic or mechanical braking systems, and built-in lighting for visibility. Advanced scooters may also offer suspension, pneumatic tires, app-based customization, GPS tracking, and swappable batteries to extend range.
This category includes seated electric scooters. Some are purpose-built as seated only, such as the iconic Vespa brand. Other scooters feature a removable seat, allowing the rider to switch between seated and standing modes.
These scooters are widely used for commuting, recreational riding, and short-distance urban travel. Their portability, ease of use, and low operating cost make them appealing alternatives to cars, public transit, or walking for trips of a few miles. As cities continue exploring micro-mobility solutions, electric scooters have become a popular choice for individuals seeking fast, efficient, and environmentally friendly transportation that fits into daily life.
Electric bikes, or e-bikes, are bicycles equipped with electric motors and rechargeable battery systems that assist the rider’s pedaling effort. They typically feature one of three assist systems: pedal-assist, throttle control, or a hybrid of both. Battery capacity, motor wattage, and sensor types vary across models, allowing riders to choose between lightweight city commuting setups or high-performance configurations built for speed and range. Many e-bikes include features such as integrated lighting, display screens, multiple assist levels, and regenerative braking. Depending on the design, motors may be located in a wheel hub or integrated with the crank system for more natural pedaling dynamics.
These bikes are used for commuting, fitness, cargo transport, off-road riding, and casual recreation. They appeal to riders who want the benefits of cycling with reduced strain, longer range, or easier travel across hills, wind, or long distances. With advancements in battery efficiency, motor design, and frame integration, electric bikes have become a practical transportation solution in cities, suburbs, and rural areas. Their combination of accessibility, efficiency, and versatility has made them one of the fastest-growing categories in personal electric transportation.
Electric unicycles (EUCs) are single-wheel, self-balancing personal electric vehicles that use gyroscopic sensors and onboard control systems to maintain stability. Riders accelerate, brake, and steer by shifting their body weight rather than using handlebars or mechanical controls. EUCs typically feature a compact design with a built-in motor, rechargeable battery system, and foot platforms on either side of the wheel. Many modern models include suspension systems, high-capacity batteries, powerful motors, advanced lighting, and smart connectivity for monitoring performance or customizing ride settings.
These devices are commonly used for commuting, recreational riding, and long-distance touring thanks to their portability, efficiency, and impressive range. EUCs appeal to riders who want a unique blend of maneuverability, speed, and compact form factor that can navigate both urban and open outdoor environments. As technology evolves, electric unicycles continue to push the boundaries of performance and practicality within the personal electric mobility space.
Robotic lawnmowers represent a transformative shift in residential and commercial landscaping, moving yard work from a manual chore to a fully autonomous smart-home operation. These battery-powered machines navigate lawns independently, using a combination of onboard sensors, software, and—increasingly in modern models—advanced GPS or LiDAR mapping to manage boundaries without the need for traditional buried perimeter wires. Designed to operate frequently, they use small, razor-sharp blades to maintain a consistent grass height. By cutting just a few millimeters at a time, they practice "micro-mulching," returning fine clippings to the soil as a natural fertilizer. This not only eliminates the need for bagging waste but also promotes a thicker, greener, and more resilient lawn over time.
Beyond the physical health of the turf, the category is defined by its convenience and quiet efficiency. Operating at decibel levels significantly lower than gas-powered alternatives, robotic mowers can run at night or in the early morning without disturbing neighbors. Most modern units are deeply integrated into the smart-home ecosystem, allowing users to customize mowing schedules, set "no-go zones," and monitor progress via smartphone apps. Equipped with sophisticated safety features—such as lift and tilt sensors that instantly stop the blades—and anti-theft GPS tracking, these devices offer a "set-it-and-forget-it" solution for anyone looking to reclaim their weekends while maintaining a professionally manicured aesthetic.
Robot vacuums, often referred to as robotic vacuums or autonomous floor cleaners, are compact devices designed to automatically clean floors with minimal human involvement. Equipped with suction motors, rotating brushes, and onboard navigation systems, they traverse a space to remove dirt, dust, pet hair, and small debris from hard flooring and carpets. More advanced models use mapping technology such as lidar, cameras, or infrared sensors to optimize cleaning paths, avoid obstacles, and remember floor layouts for future cleaning sessions. Many can also be scheduled, controlled through mobile apps, or integrated with smart home ecosystems.
These devices are commonly used in homes and offices as a convenient solution for maintaining cleaner floors between deep cleans. Their hands-free operation makes them especially appealing to busy households, pet owners, or individuals with mobility limitations. Over time, robot vacuums have evolved to include features like self-emptying bases, automatic surface detection, and multi-floor support, making them an increasingly effective alternative or complement to traditional vacuuming.
PEV accessories are add-on components and equipment designed to enhance the functionality, convenience, and customization of personal electric vehicles. This category includes a wide range of products such as phone mounts, storage racks, bottle holders, lighting upgrades, GPS mounts, fenders, and charging adapters. Many accessories serve practical purposes, helping riders transport gear, improve visibility, extend range, or maintain their vehicles. Others focus on performance, offering upgraded parts like tires, suspension components, braking systems, or drivetrain improvements that tailor the ride experience to specific terrain or preferences.
These accessories are commonly used by riders of electric scooters, e-bikes, electric skateboards, one-wheels, and other compact electric mobility devices. They appeal to users who want to increase safety, comfort, or utility without replacing the entire vehicle. As the personal electric vehicle market continues to mature, accessories have become an important part of customization and ownership, allowing riders to fine-tune how they use and interact with their equipment.
Electric dirt bikes are off-road motorcycles powered by electric motors and rechargeable battery systems rather than internal combustion engines. They offer instant torque, smooth acceleration, and quiet operation, making them suitable for trails, motocross tracks, and recreational riding. Many models feature adjustable riding modes, regenerative braking, and suspension systems similar to traditional dirt bikes. Their simplified drivetrain means fewer moving parts, reduced maintenance, and no need for fuel, oil changes, or exhaust systems.
These bikes are used by riders of all skill levels, from beginners learning basic handling to experienced enthusiasts seeking performance without engine noise or emissions. Their quiet operation allows riding in locations where gas-powered bikes may be disruptive or restricted, and advancements in battery capacity continue to improve range and stamina on longer trails. As electric mobility expands into sport and recreation, electric dirt bikes are becoming a compelling alternative for riders wanting power, control, and reduced environmental impact.
NOTE: Many electric dirtbikes are not legal to ride on public roads. They are too powerful and fast to be ridden in bike lanes or on bike paths, and often lack the lighting, signals, and certifications to be ridden in vehicle lanes. They are fine for private property and off-road use, but check your local regulations and do your research first if you want to ride on public roads!
Riding gear refers to wearable protective equipment designed to enhance safety, comfort, and performance while operating personal electric vehicles or other forms of powered transportation. This category includes items such as helmets, gloves, pads, protective jackets, and armored clothing. High-quality riding gear is engineered to reduce the risk of injury by providing impact protection, abrasion resistance, and weather shielding. Materials commonly used include reinforced textiles, hard-shell plastics, viscoelastic foams, and breathable fabrics that balance durability with mobility.
These products are used by riders of electric skateboards, scooters, e-bikes, motorcycles, one-wheels, and other mobility devices where speed and exposure increase risk. Beyond safety, many pieces of riding gear offer additional features such as ventilation channels, touchscreen-compatible fingertips, modular padding, or integrated lighting. With growing interest in personal electric transportation, riding gear has become an essential part of responsible riding, helping users enjoy greater confidence and protection in a wide range of environments.