Every review on ERideHero is backed by real-world data. This page explains exactly how we test, what equipment we use, and the rules we follow to ensure consistent, comparable results across all products.

Our Equipment

We use a Vbox Sport GPS data logger, a professional-grade instrument designed to precisely measure the performance of moving vehicles. All data is processed and analyzed in the VBox Sport Suite software.

This gives us accurate, repeatable measurements of top speed, acceleration, range, hill climbing ability, and braking distance. No guesswork, no manufacturer claims taken at face value.

Standardized Test Conditions

Every test follows the same baseline rules, so results can be fairly compared across products:

  • Test rider weight: 170–180 lbs
  • Air tires are inflated to the manufacturer’s recommended PSI
  • Weather: 10–25°C, dry roads only
  • Battery: fully charged before testing, minimum 80% charge for individual performance tests
  • Highest performance mode enabled
  • Full maintenance check before riding (brakes, lights, tire pressure)

These conditions apply to every test below unless otherwise noted.

Performance Tests

Top Speed

Conducted on a smooth, flat stretch of road with enough distance to reach and sustain top speed for at least ten seconds. To account for wind, we run the test twice in opposite directions and average the results.

Acceleration

We measure acceleration from a standstill to top speed on a smooth, flat road. Products with zero-start use it; kick-to-start models get a kick-off. If acceleration sensitivity is adjustable, we test at the maximum setting.

Each product goes through a minimum of 10 runs. We record the average and fastest times across these intervals (where applicable):

  • 0–15 mph (24 km/h)
  • 0–20 mph (32 km/h)
  • 0–25 mph (40 km/h)
  • 0–30 mph (48 km/h)
  • 0–35 mph (56 km/h)
  • 0–40 mph (64 km/h)
  • 0 to top speed

Hill Climbing

Measured on a 250-foot (76 m) smooth road with an average 8% incline, starting from a standstill with a kick-off. We run this test at least five times and record the average speed and completion time.

Range

This is where our testing goes deeper than anyone else in the industry. Instead of a single range test, we evaluate every product at three distinct speeds to give a realistic picture of what to expect in different riding styles.

All range tests follow the same commute route: a mix of smooth and bumpy roads, city stop-and-go traffic, a countryside stretch, and minor hills, all on asphalt. Tests start at 100% battery and continue until the product shuts off or can no longer propel the rider.

Test 1 (Speed Priority): Keeping the highest possible average speed. This typically produces the lowest mileage.

Test 2 (Regular Riding): Our most real-world comparable test. A natural balance of speed and range, still in the highest performance mode, but riding as you normally would.

Test 3 (Range Priority): Riding economically with regenerative braking (if available) and a lower average speed. This shows the upper limit of what the battery can deliver.

For each test, we record the distance traveled and average speed. To keep speed data accurate, we filter out any readings below 20% of the captured top speed (removing pauses and slow traffic from the calculation).

Braking

We measure stopping distance from 15 mph to a full stop on a smooth, flat surface. All brakes are applied simultaneously (excluding the rear friction brake, if present) at maximum force without locking the wheels.

This test is repeated at least 10 times. We record the average braking distance in feet.

Independent Measurements

Through years of testing, we’ve found that manufacturer-stated dimensions and weights aren’t always accurate. Every product is independently weighed on a precision scale, and the following dimensions are measured where applicable:

  • Unfolded and folded dimensions
  • Usable deck size
  • Ground clearance
  • Tire size
  • Handlebar width
  • Deck-to-handlebar height

Stress & Durability Testing

Performance numbers only tell half the story. We also subject every product to real-world stress testing to evaluate build quality and durability over time:

  • Rides in rainy conditions
  • Fender splash assessments
  • Folding mechanism: 100 cycles
  • Kickstand: 500 cycles
  • Stem flex and handlebar wiggle evaluation
  • Suspension performance under load

We always ride at least 150 miles on a product before publishing any review. We take the product through multiple battery cycles, varied weather, and enough road time to reveal issues that wouldn’t surface in a quick test ride.

Always Improving

Our process improves with every product we test. A scooter that was the best value pick two years ago might not hold that position today. Sometimes the opposite happens, too, where a product proves its worth over time in ways a launch-day review can’t capture. Every new review has the potential to shift our conclusions on models we’ve already covered, and we update accordingly. The goal hasn’t changed: give you data you can trust so you can buy with confidence.

For how we maintain editorial independence while running this site, see our Editorial Policy.