How We Test Bikes
Every bike we review in-house is assembled and ridden by the same team, on the same routes, using the same tests. Then we compare it against the other bikes in our test database. This page explains exactly how we do it, so you can judge our conclusions for yourself. See all First-Hand Tests.
Our written and video reviews come from the same test sessions, and every test on this page has footage to back it up.
How a First-Hand Test Works
1Unbox & assemble
We build the bike the way a buyer would and note every missing bolt and bad instruction.
2Measure
Weight, geometry, and fit are checked in the studio before the first ride.
3Ride the same routes
Range, top speed, 0–20 mph, hill climbs and braking on fixed routes, GPS-logged and filmed.
4Score
The bike is scored against written anchors and similar bikes in our test database. How the score works
Why We Test Bikes This Way
Most bike reviews are superficial, particularly those in the e-bike space. Oftentimes, reviewers simply ride a bike for a few miles and recite the manufacturer-provided spec sheet and talking points. Surface-level testing like this makes it impossible to compare models properly and make a fully informed purchase.
We’ve tested e-bikes that fail to reach their top speed, that deliver a fraction of the claimed range, that weigh several pounds more than the manufacturer states, and show inaccurate speedometer and battery readouts.
The only way to know how a bike performs in the real world is to put each one through the same standardized tests and ride each bike on its intended terrain. This approach provides us with two types of data: objective measurements and subjective ratings, and measured numbers outweigh subjective ratings.
Each data point must clear two criteria to make it into a review:
- It has to matter to a buyer.
- It has to be comparable across similar bikes (as a measurement or as a subjective rating with written anchors).
How We Get the Bikes
Bikes are supplied by the manufacturer for testing. Brands cannot buy a score or a favorable verdict, and they never see the finished review before publication. We earn affiliate commission on some links, but this never affects how we evaluate the products we test.
Any issues we encounter before or during testing, such as defects, missing parts, or shipping damage, are communicated to the brand before publication. Brands are given the opportunity to address these issues, and we include this information in the final review.
The Core Tests Each Bike Goes Through
Whatever the category, each bike that we test goes through the same process.
Unboxing and Packaging
The condition of the bike and packaging on arrival is documented before the first bolt is turned, noting any shipping damage or missing parts.
Timed Assembly
Our tester takes each bike from the sealed box to ready-to-ride against the clock, following the included instructions like any buyer would.
Factory Audit
After assembly, we go over the whole bike: bolt torque, wheel trueing, brake alignment, and shifting. Every issue we experience is counted and published.
Verified Weight
We weigh every bike on our calibrated scale as shipped with all accessories mounted. This is published next to the claimed weight.
Brake Test
We take the average distance of five full stops from a GPS-verified 20mph on the same dry strip of pavement marked using cones.
Geometry Verification
We measure the reach, stack, standover, wheelbase, and the maximum and minimum saddle height of each test bike and check against the published tables. Discrepancies get flagged in the review.
Fit and Sizing Check
Almost all bikes have a claimed rider height range. Our tester evaluates the claim, giving it a subjective fit evaluation, and checks the measured geometry against population averages.
Ride Quality and Handling Ratings
In testing, high-speed stability, cornering, traction, and suspension behavior are evaluated and rated against written anchors.
Gearing
The bike’s gearing is evaluated in the context of its intended use. E-bikes are assessed for ghost pedaling.
Shifting and Brake Feel
Shifting performance and brake feel are rated against written definitions.
Comfort and Contact Points
The saddle, grips, and riding position are rated after real miles on the bike’s intended terrain, never from a parking-lot roll.
Serviceability
How easy the bike is to live with, rated 1–5 on three counts: maintenance burden, serviceability and parts (standard versus proprietary, and where spares come from), and the quality of the manual and documentation.
Anonymous Support Test
Every brand gets the same support question from a regular customer account with no BikeRide affiliation. We publish how long the first useful reply takes, counted in weekday hours.
E-Bike-Specific Tests and Ratings
Electric bikes go through a full suite of tests to evaluate the performance of the electronics and smart features.
Range Test – Max Assist
Ridden to motor shutoff, not until the gauge says empty, on our standard loop using maximum pedal assist. Rider weight, temperature, and wind are logged and published.
Range Test – Medium Assist
The same loop to shutoff at the middle assist level, closer to how most people actually ride.
Real-World Range vs. Claim and Category Average
Both range runs are compared against the average of similar e-bikes, and the better of the two runs is published as a percentage of the manufacturer’s claimed range.
Gradual Hill Climb
A gradual hill of 0.99 miles with a max gradient of 6%, ridden at full assist and timed. Shows the bike’s ability to climb at speed.
Steep hill climb
A steeper hill of 0.65 miles with a 12% max gradient, ridden at full assist. This is a test of the motor’s peak power.
Acceleration – Throttle-Only
From a standing start on flat pavement to a GPS-verified 20mph, using only the throttle.
Acceleration – Max Pedal Assist
The same standing start to 20mph, only using maximum pedal assist.
Speedometer and Top Speed (GPS-verified)
Using an external GPS, we record what the display reads at a true 20mph, and what the sustained top speed is versus the manufacturer’s claim. A flattering display makes riders misjudge legal limits.
Assist Engagement Delay
The delay between initial pressure on the pedals and motor assistance kicking in, counted in ¼ revolutions.
Motor noise
Using a decibel meter, we measure motor noise indoors at the BikeRide studio in dB(A) with the rear wheel unloaded at 20mph, because a noisy motor gets old fast.
App and Connectivity
Where a companion app exists, we pair it, test its features, and rate its usability and value against written anchors.
Controls and Display Ratings
The e-bike’s control panel and display are rated against written anchors for usability, ergonomics, and readability.
Charge Time
We calculate the minimum possible charge time from empty and compared it against the manufacturer’s claim.
Efficiency – Wh per Mile
Computed from our own range runs. Efficiency makes bikes with different battery sizes directly comparable.
Battery Weight
When the battery is removable, it’s weighed separately. You carry it to every indoor charge, so its weight matters on its own.
Battery Removal and Locking
If the battery is removable, we check how it locks and rate the removal and installation process against written anchors.
Safety Certification
We request safety certification from each manufacturer. An uncertified bike or battery is a potential fire risk.
Headlight Output
Measured with a lux meter indoors at a fixed distance of 15 feet (4.6m), the same distance for every bike, so brightness claims turn into a comparable number.
Signals, Brake Light and Reflectives
Turn signals, the brake light, and every reflective element are checked one by one, indoors in a dark room.
Different Bikes, Different Tests
A folding bike and a road bike shouldn’t be judged using the exact same tests, so the methodology is built in modules. The core tests above apply to every bike. Category modules add what matters for that type:
- Folding bikes add fold and unfold time, folded dimensions and volume, a car-trunk test, and a one-person carry test.
- Mountain bikes add suspension travel verification.
- Road bikes put more weight on weight itself, with individual components weighed.
- Cargo bikes are tested with a reasonable cargo load aboard, and the accessory ecosystem is rated against written anchors.
- Non-electric bikes skip the motor, range, and charging tests entirely.
Results are compared between all bikes or type-matched bikes, and every review states which methodology version it was tested under. When we add a test, change a course, or retire a measurement, the version number moves and the change is logged below. Older results are flagged as pre-change wherever they appear next to newer ones.
Tolerances: How We Judge a Claim
Every manufacturer claim we can measure gets one of three verdicts in a review’s Claimed vs. Measured table using fixed bands.
A ✗ is labelled Misleading when a claim holds only under conditions a buyer would not meet, when the brand itself confirms a lower figure in writing, or when the claim simply exceeds what fit or measurement supports. Figures we cannot measure but accept from the brand in writing, such as motor power and torque, are marked Reported, not verified and carry no verdict.
| Claim | How we measure it | ✓ Verified | ≈ Close | ✗ Misleading |
|---|---|---|---|---|
| Top speed | External GPS, sustained top speed on throttle | Within 1 mph | 1–3 mph | More than 3 mph |
| Weight | Calibrated scale, as shipped with all accessories mounted | <1.5% of the claim | 1.5–3% over | ≥3% |
| Range vs. claim | Best run to motor shutoff (max or medium assist) ÷ claimed maximum | >45% of the claim | 45-35% | Under 35% |
| 0–20 mph | GPS, standing start, throttle-only and max pedal assist, several runs on a full battery | Within 1 s of the claim | Within 2 s | More than 2 s slower |
| Fits our tester6’0″, 33″ inseam | Full leg extension when pedaling and a comfortable reach | Yes | Close | No |
| Claimed height range accuracy | (Claimed height range in inches − 2″) ÷ seatpost travel | 2.0× or less | Over 2.0×, up to 2.8× | More than 2.8× |
| Charge time | Battery Ah ÷ charger A, vs. the claim | Within 1 h | 1–1.5 h off | More than 1.5 h off |
| Speedometer at a true 20 mph | Display reading at GPS 20.0 mph | Within 5% | 5–10% off | More than 10% off |
| GeometryReach, stack, standover, wheelbase, seat tube, virtual top tube, saddle height min–max | Measured on the test bike vs. the published table | Within 3 mm | — | Beyond 3 mm |
Worked example for the seatpost check: a claimed 5’5″–7’2″ range spans 21″. With 4″ of seatpost travel, (21 − 2) ÷ 4 = 4.75×, so the claim is ✗ Misleading.
Ratings: Subjective but Anchored
Everything that matters to a buyer, but cannot be measured, gets a rating from 1 to 5. Every rated item has written definitions for what a 1, a 3, and a 5 mean, so a 3 means the same thing on every bike.
Only a tester who actually rode, assembled, or handled the bike may rate it. And ratings are price-independent. A $900 bike and a $4,000 bike are held to the same scale, because price enters the score only through Value.
The anchors for every rated item are published below, grouped the way they appear in a review. A 2 or a 4 sits between its neighbours.
Motor and Performance3 ratings
| Rated item | 1 | 3 | 5 |
|---|---|---|---|
| Hill start on steep gradeCan the bike get moving on the 12% climb using only max pedal assist? | No; it needs the throttle | Yes, but with significant effort from the rider | Yes, with minimal effort, if any |
| Motor engagementCrank revolutions before assist arrives from a standstill | A full revolution or more; starts need the throttle | Around half a revolution; noticeable but manageable | Within a quarter revolution; assist arrives almost as soon as pressure goes on the pedal |
| Assist cutoff behaviorHow assist tapers at the speed limit | Abrupt, unrefined cut-off on reaching the limit | Less abrupt, but still noticeable | Smooth taper of power at the limit |
Range and Charging2 ratings
| Rated item | 1 | 3 | 5 |
|---|---|---|---|
| Charge-gauge accuracyHow far the display drops under load, and whether it recovers | Completely unreliable | Occasionally unreliable | Perfectly reliable |
| Battery removal and lockingLock security, key access, and how easily the pack comes out and goes back in; rated only when the battery is removable | Flimsy lock, removal or installation is tricky or time-consuming, awkward key access | Typical lock and removal/installation, with a caveat | Locks securely and the pack slides in and out in seconds with an easy-to-access key slot |
Braking and Safety2 ratings
| Rated item | 1 | 3 | 5 |
|---|---|---|---|
| Brake feel and modulationLever effort and control at the limit, relative to the bike’s weight and speed | Poor stopping power and poor control | Acceptable stopping power and control | Excellent stopping power and control |
| Reflectives and side visibilityReflectors, reflective sidewalls, side-on visibility in the dark room | Poor; no reflective elements | Acceptable; some reflective elements | Good; multiple reflective elements |
Ride Quality and Handling9 ratings
| Rated item | 1 | 3 | 5 |
|---|---|---|---|
| Overall comfort and composureComposure and comfort at cruising speed on the bike’s intended terrain | Poor composure and comfort | Both acceptable, or one weak and one good | Both composure and comfort excellent |
| Cornering and agilityTight and slow turns, pedal strikes, steering effort | Poor agility and cornering | Both acceptable, or one weak and one good | Excellent cornering and agility for this type of bike |
| Descending confidenceStability, control and fork behavior on descents | Poor stability and control on descents | Acceptable stability and control, with good fork behavior | Excellent stability, control and fork behavior on descents |
| Riding unpoweredPedaling with the motor off: weight and gearing | Impossible to pedal unassisted | Possible but difficult to pedal unassisted | Easy to pedal unassisted for this type of bike |
| Stability at top speed | Unstable | Reasonably stable | Stable and confidence-inspiring |
| Saddle comfortAfter the longest test ride | Very uncomfortable for our tester | Reasonable comfort | Very comfortable for our tester |
| Grips and pedalsGrip material and slip, pedal grip and quality | Slippery or uncomfortable grips, and/or slippery or low-quality pedals | Both acceptable, or one weak and one good | Both excellent for this type of bike |
| Suspension, forkFour metrics: small-bump response, bottom-out resistance, performance under braking, adjustability | Two or more metrics poor, the rest acceptable | Acceptable across the board, or one of the four poor | Excellent across the board, or three excellent and one acceptable |
| Suspension, rear shockFour metrics: stroke use, small-bump behavior, bottom-out resistance, adjustability | Two or more metrics poor, the rest acceptable | Acceptable across the board, or one of the four poor | Excellent across the board, or three excellent and one acceptable |
Fit and Sizing2 ratings
| Rated item | 1 | 3 | 5 |
|---|---|---|---|
| True to sizeHow much of the claimed rider-height range is actually served | Under 70% | 70–90% | Over 90% |
| Cockpit adjustabilityStem, bar and cable integration | No adjustability; one-piece proprietary cockpit | No adjustability, but a replaceable stem and handlebar | Angle-adjustable stem or, for road, gravel and MTB, standard dimensions, semi-integrated cables and no handlebar-stem integration |
Build and Components6 ratings
| Rated item | 1 | 3 | 5 |
|---|---|---|---|
| Frame welds and finishWeld quality, paint, alignment up close | Rough, uneven, chunky welds, poor paint, parts hard to fit because of inconsistent alignment | Acceptable welds and paint, no noticeable issues | Excellent craftsmanship and attention to detail |
| Cable and wire integrationRouting, clutter at the bar, controller placement | Poor cable routing or messy management, poor controller placement, exposed electronics | Acceptable routing and integration, no notable clutter | Tidy routing and integration that enhances the aesthetic |
| Rattles and squeaksAccessory, chain and cable noise after test miles | Lots of unexplained rattles and noises | Minor noise on some terrain | Silent |
| Shifting performanceCrispness, and whether the gearing matches the terrain and the motor’s top speed | Gearing insufficient for the top speed or intended terrain, clunky shifting | Adequate gearing and shifting quality for most users and terrains | Excellent shifting quality, with ample gearing range for most users and intended terrains |
| TiresGrip on the bike’s intended terrain, rolling speed, durability or puncture protection | Poor grip on the intended terrain, quick-wearing or puncture-prone | Acceptable performance for the intended terrain | Excellent match for the bike’s type and terrain, with excellent rolling speed, grip or durability |
| Included accessoriesWhat ships in the box vs. what the category expects | Unsatisfactory for the bike type and intended use, requiring substantial extra investment | Acceptable package and quality for the bike type, no standout features | Excellent, high-quality package with comprehensive functionality for the bike type |
Display, Controls, and App3 ratings
| Rated item | 1 | 3 | 5 |
|---|---|---|---|
| Display readabilityLegibility in direct sun, and accuracy of what it shows | Poor accuracy; hard to read in sunlight or with polarized glasses | Acceptable accuracy and legibility | Highly accurate and easy to read in varied conditions |
| ControlsReach, button count, clutter with shifter and throttle | Confusing controls, poor ergonomics, cluttered cockpit | Acceptable usability and design | Easy to use, well laid out and intuitive |
| Companion appWhat it lets a rider change, and whether it is needed | No app or motor customizability | App with good control of top speed and motor settings | App with deep control of motor settings and speed, plus extras such as tracking |
Ownership, Practicality, and Value6 ratings
| Rated item | 1 | 3 | 5 |
|---|---|---|---|
| Assembly difficultySteps, tools, weight to handle, instruction quality | Time-consuming and challenging; no tools included | Typical assembly; most tools included | Easy and quick, with all tools included |
| Manual and documentationFormat, completeness, torque values | Confusing and incomplete | Acceptable, possibly lacking some detail | Detailed and easy to follow |
| Maintenance burdenConsumables, bolts to keep tight, suspension service | Low-quality parts that wear quickly, multiple parts that need frequent maintenance and servicing, hard-to-service components | Typical maintenance and repair needs; hardtail | Low-maintenance design with high-quality, slow-wearing parts; no suspension |
| Serviceability and partsStandard vs. proprietary parts, dealer network, spares | Multiple bespoke parts that may be hard to source; reliant on a single supplier | Normal parts availability, few bespoke parts | Generic, easy-to-replace parts available at most retailers |
| Component level for the priceHardware per dollar against similar bikes | Poor value | Reasonable value | Excellent value |
| Value verdictHardware per dollar weighed against what the bike costs you | Poor | Reasonable | Excellent |
How the BikeRide Score Works for First-Hand Tests
Reviews tested under this methodology carry a score out of 100, built as a weighted roll-up of five pillars. Our tester scores each pillar out of 100 from the items listed under it: measured results by where the bike lands against the other bikes in our database, rated items by their anchored 1–5 ratings. An average of similar bikes is published once at least one other bike has been through the same test, and the number of bikes behind every average is shown beside it.
Each review’s Score Breakdown section shows the five pillar scores and every item that feeds them.
This score is not the same thing as the BikeRide Score shown on pages of bikes we have not tested ourselves. That score aggregates expert reviews and user ratings from across the web. When we test a bike first-hand, the score you see is the product of our test results, measurements, and subjective ratings, nobody else’s.
What We Don’t Do
- Brands can’t pay for a score or a positive review, and affiliate commissions never touch scores or verdicts.
- We don’t show manufacturers a review before publication, and they cannot veto a result.
- We don’t run multi-year fleet durability tests yet. When something meaningful happens after publication, we add a dated update to the review rather than quietly editing it.
Latest First-Hand Tests
80The CYCROWN Nomad Pro is a quick, comfortable fat-tire commuter with more tech than most at this price: a color display, NFC unlocking and GPS tracking. It tied for the fastest 0–20 mph time in our group (7 seconds) and has the brightest headlight we've measured to date. The trade-offs are a short medium-assist range (36 miles, 40% of the claim), high weight of 93 lb, and UL 2271 battery certification still in progress. A good buy for commuters who can live with the weight and the tech quirks.
87The Heybike Hybrid is a step-through commuter e-bike that Heybike calls its longest-range commuter. At maximum assist in Sport mode, it covered 32.45 miles, above the average for the commuter e-bikes we've tested, at the highest average speed in our comparison group. It stopped from 20 mph in 17.5 feet, the best brake result in the group, and climbed the steep hill second-fastest. Assist is well tuned, the ride is comfortable and stable at top speed, and every commuter accessory is in the box. The main disappointment is the misleading spec sheet; that aside, Heybike's Hybrid is easy to recommend.
71The Ford Bronco E-Bike is a full-suspension, moto-style e-bike designed by n+ and sold by Ford. Its suspension was adequate for dirt paths, mild gravel and logging roads, but it won't go over all terrain the way Ford claims. The pedaling position is the worst we have dealt with in a while, and the throttle provides limp, unremarkable assistance: the slowest in our comparison group. Range was the one standout test result, at 31.35 miles. The three cheaper comparison bikes matched or beat the Bronco in most areas, so you're paying for the branding.
80The Jasion Thunder Pro ST is a well-equipped full-suspension cruiser that delivers real performance for its price. It reached a GPS-verified 35 mph and posted the fastest hill climbs in our comparison group. However, its real-world range was just 28.4 miles, and the budget suspension isn't suitable for the "rough terrain" that Jasion claims. The 500 lb payload rating is, in the brand's own words, a 270 lb riding limit. Overall, it's a powerful and comfortable e-bike, just with exaggerated marketing.
91The Lectric XP Trike2 750 is the upgraded version of Lectric's folding e-trike, with a 750W motor, a torque sensor, and an 840 Wh battery. It posted strong results in our tests and lasted 38.69 miles on PAS 4 of 5, the longest result in our comparison group. Its brakes stopped it from its 17 mph top speed in 13 feet. The weight, single-speed gearing, and slow charging count against it, but for riders who want an e-trike for errands and leisure rides, it's the best we have tested.
93The Aventon Level 4 REC is the hub-drive version of the brand's commuter, with a 750W motor, regenerative braking, and a throttle. It climbed our steep hill in 2:13, the fastest in our comparison group, and lasted 44.20 miles at maximum assist, the longest max-assist run in the group. The brakes needed 22 feet from 20 mph, the longest stop in the group, and the hub whines under load. For riders who want a powerful, well-equipped commuter and don't need a mid-drive's smoother assist, the Level 4 REC is easy to recommend.
No First-Hand Tests in this category yet. See all tested bikes.
Methodology changelog
Version 1.1 · October 2026. Complete pillar mapping (range vs. claim to Performance; welds, finish and assembly to Design; lighting to Build quality) with the pillar scores stated as our tester’s; contiguous top-speed and height-range bands; range vs. claim from the best run; comparisons against all or type-matched bikes.
Version 1.0 · September 2026. Standardized the test battery: timed assembly and factory audit, verified weight, geometry verification, brake test, 1 or 2 range tests, a minimum of two hill climbs, acceleration on throttle and assist, top speed and speedometer accuracy, assist engagement delay, motor noise, charge time, efficiency, headlight output, the anonymous support test, and the anchored 1–5 rating rubrics.
Future changes to tests, courses or scoring will be listed here with the version they shipped in.