Smartravel Raptor ST202 Pro Review Canada (2026): Two Motors, 2,600 Wh, Real-World Range Computed and Tested in Snow

Zeus with the Raptor ST202 Pro on a snowy park path: a Playcut.ai rendering made from Smartravel's own photograph of the bike, so an illustration of it. Our real test rides are in the two videos below. The 110–142 km is the range section's real-day figure for 32 km/h with an 80 kg rider.

We rode the Raptor ST202 Pro through layered snow in a Kitchener park and up an icy hill, on camera, and then did the part most reviews skip: we computed how far it goes, at your speed, weight and temperature, and checked the model against a measured ride. Every specification here is Smartravel's, read on 25 October 2026; every store term is Zeus's, read the same day; every range and fit figure is printed with its conditions.

Who the Raptor ST202 Pro is for

Snow season is starting, and a Canadian shopping for a two-motor e-bike in late October wants to know three things: how far it really goes, whether it handles snow, and where it may legally be ridden. Pick wrong and $2,599 buys a 56 kg machine that runs short of your trips or has nowhere to go.

This review answers all three with numbers and our own footage.

Smartravel builds the Pro as the upgraded Raptor: "dual batteries and dual electric drive systems", in its own words, on 20 × 4.0 fat tires with a long moped-style bench, hydraulic disc brakes, full suspension and a GPS tracker you control from your phone. Read the specification that way: a heavy, powerful machine for private land, farm and cottage tracks, winter trails and long rides where the rules allow a 2,400 W bike.

Figures from the range, fit and law sections of this review and Smartravel's specification, read 25 October 2026.

What our two winter rides showed

Our rides answer the questions a spec sheet cannot: does the second motor matter in snow, and how far does one pack go when it is cold? In Kitchener, at −2 to −3 °C, the rider covered 20 miles (32 km) on one pack, partly through layered snow, with both motors on, and the pack was still going.

On an icy slope the tires gave up before the motors did.

Here is what the footage and the narration show, with the time in our Kitchener video or the snowy-hill video so you can check each one.

Quotations from the auto-generated captions of our two videos, saved 25 October 2026; every time stamp is the caption line's.

The cold-range floor is worth a second look. One pack is 1,300 Wh. On level pavement at −2.5 °C our model gives one pack 97 km at a steady 20 km/h and 82 km at 25 km/h. Riding deep snow costs far more energy than pavement, and the model does not price snow, so the Kitchener ride cannot be turned into a consumption figure. What it does show is that one pack, in the cold, gave 32 km of hard winter riding and kept going.

Smartravel's specification

Smartravel's Raptor ST202 Pro page prints the full specification in a Spec&Size tab, and we read it on 25 October 2026. The table copies the figures that matter to a buyer from that page. Where another document or listing prints something else, both figures are in the section on where the figures disagree, and the review follows this page.

Smartravel's US store page for the Raptor ST202 Pro, Spec&Size tab, spec strip, feature copy and FAQ, read 25 October 2026. Metric conversions are ours.

Two 1,200 W hubs, one switch

The Pro drives both wheels with geared hub motors, each rated by Smartravel at 1,200 W continuous and 1,500 W peak with 86 N·m, so the pair is 2,400 W continuous and the 3,000 W on the spec strip is the two peaks added. Our range model holds each motor to that continuous rating.

The 150 N·m in Smartravel's feature copy is a figure for the pair; its spec table gives 86 N·m per motor. Smartravel calls the controller FOC, field-oriented control, which "acts as the motor's brain" in its own copy.

One motor or two. Our Kitchener rider switches to one motor at 8:53, and Bike Hombre timed both settings in his review at the highest assist level.

Bike Hombre's timings, from his Raptor ST202 Pro review (24 May 2025), captions read 25 October 2026; the single-motor 0–20 mph time is captioned "5.8 8 seconds", printed here as 5.88.

Top speed matches the label. RunPlayBack reported reaching "about 36 mph" in his off-road test, Bike Hombre's speedometer read 35 and then 36 with both motors on, and he checked the bike's speedometer against the app at 14, 19, 25 and 31 mph, within 1 mph each time. On one motor our model's fastest steady speed on level pavement is 48.0 km/h; on two, 51.5 km/h.

The climbing check is the one that matters for the model. On a 22% grade with both motors, Bike Hombre called out his speed from the display as it fell from 26 mph to about 16 mph (26 km/h) near the top. For a rider of his 79 kg our model gives 26.9 km/h as the fastest steady speed on 22% at the motors' continuous rating, and one motor alone cannot hold that grade at any speed. A model that lands within a few percent of the speed a rider reported on a real climb is pricing the motors' power correctly.

Our model, 80 kg rider with gear, throttle only, each motor held to its 1,200 W continuous rating. Traction and the rider's balance limit steep climbs before the motors do.

Two packs, 2,600 Wh, and charging

The Pro ships with two batteries in the box, 52 V and 25 Ah each, for 2,600 Wh (52 × 50 = 2,600), double the single-motor ST202's 1,296 Wh and the largest pack in the box among the dual-motor bikes compared here. Charging is slower than Smartravel's FAQ suggests, as the arithmetic below shows.

Smartravel lists "52V 50Ah (2600Wh)" and "2 battery" on its page, and Bike Hombre gives "each battery having capacity of 52 V and 25 Ah" in his range test. Our rider confirms the 25 Ah per pack in Kitchener. Smartravel's FAQ names LG as the cell maker and its battery copy says "Even after 800 charges, the battery retains 80% of its capacity"; its warranty policy says the batteries "are engineered to maintain up to 75% of their original capacity for up to 300 charging cycles", the warranty's own measure.

How the two packs share the load. Smartravel's pages do not say. Bike Hombre rode 75.6 km with both packs fitted, and his gauge fell from five bars to one; in both of our winter rides the rider ran on one pack with the other empty or held back. So the bike runs on one pack alone, and with both fitted the full 2,600 Wh is there for a long day.

Smartravel's FAQ and battery graphic on its Pro page, read 25 October 2026. A charger slows near the top of a charge, so real times run at least as long as the arithmetic.

The arithmetic is simple: a 3 A charger puts back 3 amp-hours an hour at most, so a 25 Ah pack needs at least 8.3 hours from empty. Plan on a night per empty pack, and on two nights, or two chargers, for both. For cold-weather care, our e-bike battery guide covers storage and charging temperatures.

Suspension, brakes, tires, lights and the GPS tracker

The Pro's hardware is built for weight and speed: hydraulic disc brakes with 180 mm rotors, front and rear suspension, 20 × 4.0 puncture-protected fat tires, full lights with a brake light, and a GPS tracker. Of the bikes compared here, only the two Raptors carry the tracker, and it has a running cost after the first month.

Brakes. Smartravel lists hydraulic disc brakes front and rear. Bike Hombre measured stops from 10 mph in 5 ft, from 20 mph in 13.5 ft and from about 28 mph in 27 ft in his review, and describes 180 mm rotors front and rear; his method is not stated, so treat the distances as his. Smartravel's owner's manual says its brake levers have "a built-in safety switch that automatically cuts off the motor power under normal braking conditions", and RunPlayBack shows the cut-off working on a climb in his test.

Suspension and tires. Smartravel names a "Hydraulic front suspension fork" and a "Hydraulic Shock Absorber"; Bike Hombre describes a dual crown fork and dual rear shocks, and found the rear "on the stiffer side" at his 175 lb. The tires are 20 × 4.0 with puncture protection. Bike Hombre gives the drivetrain as a seven-speed Shimano Tourney with a 46-tooth chainring.

Lights, display and horn. An LED headlight, a tail light that doubles as a brake light, and a Smart LCD display with a USB charging port, per Smartravel; Bike Hombre adds turn signals and a horn.

The GPS tracker. Smartravel's page says the app lets you "Set geo-fencing to receive alerts if the bike exceeds a preset area. Control the motor remotely, activate alarms for overspeed or displacement, and view historical ride data up to 7 days." Its app instructions add the cost: "Smartravel offers a one-month free trial of its GPS service. After the trial period, you can purchase an GPS value-added service plan on a monthly, quarterly, or annual basis". The tracker binds to a SIM phone number in the app. No plan prices are printed; ask us and we will get them from Smartravel before you order.

Our e-bike theft protection guide covers the other layers of protection.

The Pro against three bikes at Zeus

Three bikes at Zeus answer the questions a Pro buyer asks: do I need the second motor (the single-motor Raptor ST202), is there a lighter dual-motor bike (the Eunorau Flash AWD), and what does a pricier moped-style twin look like (the Eahora DL2000)? Each maker's own page was read on 25 October 2026, Zeus's prices on the 26th.

Makers' pages read 25 October 2026: Smartravel Raptor ST202 Pro, Smartravel Raptor ST202, Eunorau Flash AWD (Canada), Eahora DL2000 (Canada) and (global). Prices: Zeus listings the same day. The two range figures are steady pavement, both packs where the bike has two, to empty.

Pro or ST202? For $600 more, the Pro adds a front motor, a second pack and 4.6 kg (56.2 kg against 51.6, Smartravel's figures). In our model it uses about 7% more energy per kilometre at 25 km/h (12.5 Wh against 11.7), carries twice the energy, and so goes about 208 km to the ST202's 111. On an 8% grade at 16 km/h the ST202 draws 66.1 Wh per km on its single motor; its steepest steady grade at 16 km/h is about 20%, where the Pro's two motors are limited by grip first. If you ride flat roads and short trips, the ST202 does the job; if you ride hills, snow or long days, the Pro is the one.

How far it goes on one charge, computed and checked

For an 80 kg rider on level pavement at 25 °C, both packs take the Pro about 208 km at a steady 25 km/h and 161 km at 32 km/h. Real riding, with stops, gusts and speed changes, costs more: checked against a measured ride, plan on 142–183 km at 25 km/h and 110–142 km at 32 km/h.

Smartravel prints 80 to 100 miles with no speed, load or temperature attached. This section computes the range for your conditions in four steps: the physics of a steady ride, the correction a measured ride demands, the cold, and the reserve you keep. Every step is shown, and every input has its source in the inputs table.

80 kg rider with gear, 56.1 kg bike, level pavement, 25 °C, no wind, both motors, throttle only. Steady = the physics model; real day = steady ÷ 1.465 to ÷ 1.139, the gap a measured ride showed (subsection below); 25% kept back as a planning reserve. Rounded once.

The math, worked through for 25 km/h

Here is one ride, every step shown, so you can check the arithmetic or redo it for your own numbers. The road physics is Martin and colleagues' cycling-power model, which its authors validated against measured power on an open road.

Our range model's own worked example for this ride; each line comes from the model. Rolling resistance and drag area are measured values for fat tires and upright riders (inputs table).

Two things stand out. At 25 km/h the air already takes more power than the tires (126.9 W against 97.7 W), and air drag rises with the cube of speed, which is why the range falls from 208 km at 25 km/h to 121 km at 40. And the motors work at 74% efficiency here, below their 80% rated point, because cruising at 25 km/h is a light load for 2,400 W of motor.

From steady to real: the measured ride

A steady model is a best case. To find out how much a real ride costs on top, we priced one that was measured: Bike Hombre's Raptor ST202 Pro range test, ridden on the throttle with both motors until he switched to one for the last 11 km. His own figures, from the captions: "after 2 hours and 10 minutes, 46.95 miles, and 2,766 ft of elevation gain, I finished my ride with one bar still left", "an average speed of 21.6 mph and a max speed of 40.1 mph", and "I'm 175 lb".

Ride figures from Bike Hombre's captions (re-read 25 October 2026), converted to metric; model figures from our range model. The used-energy bracket reads the five-bar gauge as five equal fifths of both packs together, two assumptions: a bar gauge reads pack voltage, Smartravel prints no bar thresholds, and its pages do not say how the gauge reads two packs.

That gap, 13.9% to 46.5%, is the price of real riding: stops at lights and signs, bursts to 64.5 km/h, speed held above and below the average, and wind. We divide every steady figure by 1.465 and by 1.139 to get the real-day band. The band is wide because a five-bar gauge is coarse. A calmer ride than his, with fewer stops, should land at or above the top of the band; a faster, hillier or more stop-start one, at or below the bottom. A hard day like his, 34.8 km/h average with 843 m of climbing, runs 76–94 km on both packs.

Our long-range guide plans every bike with a rule of thumb, 30 Wh per km on a hard day and 15 on a good one, which puts the Pro at 87 to 173 km. This model and the measured ride land inside that band and narrow it for this bike: 76–94 km is the hard day, measured, and 142–183 km a moderate one at 25 km/h.

Does one motor save battery?

Hardly, on the flat, and it costs more on climbs. A second motor adds its own small losses at light loads, so on level pavement one motor uses slightly less; on a hill, one motor working hard runs less efficiently than two sharing the load. Bike Hombre reasoned in his range test that "the bike only uses half the battery power if you only have the single motor mode"; the physics says otherwise, because the energy to move the bike is the same either way.

Our model, 80 kg rider, level pavement unless a grade is given, 25 °C. Easy pedalling = 75 W from the rider.

What do hills cost?

Every 100 m of climbing at 16 km/h on the throttle costs about 51.3 to 64.2 Wh from the packs on 4 to 12% grades, against the 37.1 Wh it takes to lift 136.1 kg of rider and bike 100 m. So a day with 1,000 m of climbing needs about a fifth to a quarter of the 2,600 Wh just for the climbing.

Our model, 80 kg rider, 25 °C, both packs. A ride is never all climbing: price the climbs with the per-100 m cost above, on top of a flat figure.

Does rider weight change the range?

Yes, more on climbs than on the flat. At 25 km/h on level pavement the range falls from 220 km with a 60 kg rider to 171 km at the 158.8 kg limit; on an 8% grade at 16 km/h it falls from 56 km to 27 km.

Our model, steady, both packs to empty, throttle, 25 °C. Apply the real-day correction to these as to any steady figure. 158.8 kg is Smartravel's 350 lb limit for rider and cargo together.

Does cold weather cut the range?

Yes. With the packs at air temperature, the 25 km/h ride falls from 208 km at 25 °C to 167 km at 0 °C, 152 km at −10 °C and 120 km at −20 °C, steady. Cold cells give back less of their energy, cold air is denser, and cold tires roll harder; the model counts all three. Keep the packs indoors and fit them just before you ride.

Our model, 80 kg rider, both packs, pack at air temperature. Cell energy from McMaster University's LG HG2 test data at a 0.5C discharge. The spread's low ends are cell data sheets at 1C or more (Samsung 35E, −10 °C) and NASA JPL's 35E tests (−20 °C); its high ends Casado and colleagues' 2025 low-rate measurements.

Read the spread with care. Its low end comes from a cell data sheet tested at one full charge-rate or more, a heavier draw than cruising: at 25 km/h the Pro draws about 6 A, roughly a quarter of the 1C rate from one 25 Ah pack. Riding fast or climbing in the cold moves you toward the low end. Our winter e-bike guide covers riding and storage below zero.

Tires, riding position and the motor reading

Three inputs carry the most uncertainty, so here is how far each moves the answer. Smartravel does not publish the tires' rolling resistance, so the model uses the median of ten fat tires measured on a drum by Bicycle Rolling Resistance; the lowest and highest of those ten bracket it.

Our model, 80 kg rider, steady, both packs, 25 °C. Central case first. The motor rows hold each hub to a different reading of Smartravel's rating or efficiency.

Smartravel's 80 to 100 miles, as rides

Each range figure Smartravel prints can be matched to the steady speed at which our 80 kg rider uses that much energy per kilometre. Its 80 miles (129 km) fits holding about 38 km/h on the throttle; its 100 miles (161 km), about 32 km/h. Both are steady-ride figures; the real-day correction applies to them too.

Smartravel's figures from its Pro page and its graphics, read 25 October 2026; per-km energy = 2,600 Wh ÷ the figure; speeds from our model, 80 kg rider, flat, 25 °C. The 34–42 km/h is read from the speed table between 32 and 45 km/h.

Our own product listing's 60 to 100 km "mixed" estimate sits at the hard end: its 100 km matches a steady 46 km/h, and its 60 km asks more energy per kilometre than any steady flat ride the motors can hold, so it prices hills, stops and rough ground. It is a fair floor for a hard day; the table above is the fuller picture.

How every figure here is worked out

The formula is Martin and colleagues': wheel power = speed × [mass × gravity × (rolling resistance × cos θ + sin θ) + ½ × air density × drag area × speed²], with θ the slope. A geared hub turns with its wheel, so the motors supply the wheel power the rider does not; each motor follows a published curve; the packs lose a little more; and range = pack watt-hours × the share of energy the cells give at that temperature ÷ watt-hours per kilometre.

The model's physics, motor curve and cell data are imported unchanged from Redtail's Raptor ST202 Pro model and self-tested on every run.

The first two rows are recomputed by the model's self-test on every run; the last two are independent rides.

What the 350 lb limit covers

Smartravel's 350 lb (158.8 kg) is the limit for rider and cargo together, not for the rider alone. Its specification lists the rear rack's "Max Load: 350 lbs", the same figure as the whole bike, while Bike Hombre gives the rack "a weight capacity of 33 lbs".

Plan loads on the lower figure until Smartravel confirms the rack's own rating in writing.

At the limit the range falls, as the weight table shows: 138 km steady at 32 km/h against 161 km at 80 kg. Our guide for heavier riders compares limits across Zeus's range.

Will it fit you? Computed from your height

The Pro's bench is fixed at 33 inches (84 cm), so fit comes down to two questions: can you put your feet down at a stop, and will you pedal with a bent knee? Seated, both feet go flat for 55 of 100 riders at 175 cm (5′9″) and 94 of 100 at 180 cm; shorter riders stop on tiptoe.

These figures come from the fit model in Redtail's Raptor ST202 Pro review, which places Smartravel's published seat height and its own side photograph against the 6,068 men and women the US Army measured for its 2012 survey; we re-checked its inputs on 25 October 2026. Bike Hombre's review recommends the Pro for riders 5′6″ to 6′3″; the rows below show what each height actually gets.

Can I put both feet down at a stop?

At a light on a moped frame you stay seated astride the bench, so its height is the reach your legs must cover. The bench's lowest point measures 82.7 cm on Smartravel's photograph; Smartravel's FAQ says 33 inches (84 cm) and Bike Hombre measured 33.4 inches (85 cm).

Redtail's fit model on 6,068 ANSUR II bodies (US Army personnel, men and women pooled), inputs re-checked 25 October 2026; inseams are each height's median; centimetres converted from the model's inches once.

Will I pedal with a bent knee?

Yes, at almost every adult height. The textbook pedalling height puts the saddle top at 109% of your inseam above the pedal (Peveler and colleagues, 2005), with a published range down to 106% (Ferrer-Roca and colleagues, 2012). With no seat post to raise, the bench sits below that height for the median rider at every height in the table.

Redtail's fit model, as above. The shortfall is the gap between the bench and the floor-to-saddle height the formula sets, measured from the crank axle on Smartravel's photograph.

So pedal for comfort: on the Pro two motors and a throttle carry the pace, and the effort rows of the range section show what your legs still save the pack. If you want an e-bike to pedal, look for an adjustable seat post; our dual-motor guide compares the two-motor field.

What the law calls it, province by province

The Raptor ST202 Pro is no province's e-bike. Every provincial e-bike rule stops at 500 W and at 32 km/h of assistance, and the Pro's two hubs are rated 1,200 W each with a published 35 mph, so no province lets it ride roads, bike lanes or paths as an e-bike.

Newfoundland and Labrador and the two northern territories write no e-bike definition at all.

Canada has had no federal e-bike definition since the federal power-assisted-bicycle definition in the Motor Vehicle Safety Regulations was repealed effective February 4, 2021; section 2 now reads "Repealed, SOR/2020-22, s. 3". Each row below quotes the jurisdiction's own text, read on 25 October 2026.

Each statute, regulation or regulator page read on 25 October 2026 and every quoted passage found in that day's copy. The Northwest Territories' PDF now answers 404 at the territory's address, so we read and link the Internet Archive's 23 September 2025 capture. Nova Scotia's Motor Vehicle Act gave way to the Traffic Safety Act on 19 October 2026.

Newfoundland and Labrador, read two ways. As written, the Pro is a vehicle "propelled, driven or controlled otherwise than by muscular power", a motor vehicle; it is too powerful and too fast for the Act's moped definition (1.5 kW, 50 km/h). Read the other way, CBC News reported in August 2026 that the province "currently follows federal standards, alongside the HTA", meaning the definition repealed in 2021. We found no ruling either way: ask Service NL.

Nunavut, read two ways. The All-terrain Vehicles Act makes "a pedal bicycle with motor attachment" an all-terrain vehicle, while the Traffic Safety Act's moped definition (an electric motor that cannot exceed 70 km/h, a saddle at least 650 mm up) also fits the Pro. Ask the territory before you ride on a road.

Can it be plated? Service New Brunswick's registration page says that a vehicle with an electric motor over 500 W that can power it past 32 km/h and "does not have a CMVSS compliance label it cannot be registered unless the owner can prove, by having the vehicle certified by an engineer" that it is fit for the highway. We found no claim of a Canadian motor-vehicle safety (CMVSS) compliance label in any of Smartravel's pages or documents read today. So in practice: ride it off public roads, where the landowner, trail authority or track sets access, and check the off-road vehicle rules where you ride.

Our Canadian e-bike laws guide covers every province in depth, with separate pages for Ontario, Quebec, British Columbia, Alberta, Saskatchewan and Manitoba and Atlantic Canada.

Where the figures disagree

Smartravel publishes the Pro in several places, and they do not all agree. The review follows the specification on its Pro page; the table lists every other figure we found, so you can see what we set aside and why.

Smartravel's Pro page, FAQ, graphics, warranty policy and owner's manual, read 25 October 2026; Bike Hombre's two videos; our measurement of Smartravel's photograph.

The first row matters if you have asked an AI engine about this bike. On 25 October 2026, one engine answered "smartravel raptor st202 pro canada" with the single-motor figures, 960 Wh and one 1,500 W motor, matching that second storefront's listing, which the engine cited. The Pro has two packs and two motors; our Kitchener footage shows both packs and the one-motor switch.

Recall record

We found no recall naming Smartravel in Health Canada's recall database or in the US Consumer Product Safety Commission's on 25 October 2026. Each search was trusted only after a control search found records known to exist; "none found" here means the searches ran and returned nothing for the brand.

Searches run 25 October 2026 and saved with their raw results. A recall can be issued after this date: check both databases before you buy.

Is it UL certified?

Smartravel says so: its Pro page's badge reads "Safety Certified in Accordance with UL 2849", its feature copy says the bike "has passed UL2849 safety certification", and its footer reads "TUV Certified" and "In accordance with UL 2849". It prints no certificate or file number, and we could not find one.

UL 2849 covers an e-bike's whole electrical system: battery, charger, motor, controller and wiring together. Certification is model by model, usually with a file number a buyer can look up. On 25 October 2026, TÜV Rheinland's public certificate database returned no result for "Smartravel" (a control search for "Bosch" returned 1,286), and a web search found no certificate. A certificate can sit under a factory's name rather than the brand's, so this is not proof of absence. If your building or insurer asks for the certificate, ask us and we will request it from Smartravel in writing.

Warranty, Zeus Care and who handles a claim

The Pro comes with Smartravel's warranty, backed by Smartravel in full as it publishes it, and Zeus handles the claim for you. Smartravel words the term three ways: its warranty policy gives 12 months for each part group, batteries included; its product page says 1 Year; its owner's manual says "eighteen (18) months".

On batteries the documents differ too. The policy says the batteries "are engineered to maintain up to 75% of their original capacity for up to 300 charging cycles, or until whichever limit is reached first", while the product page adds that the warranty "does not include free accessories and batteries". That line matters most on a bike that ships with two packs, so if battery cover decides your purchase, call us at 1-866-938-7580 before you order.

The policy also lists exclusions, among them normal wear and tear, accidents, and "Damages resulting from improper charging of the battery pack or use of any charger not supplied by Smartravel or its dealers". Read it before you modify anything: "All warranties are void if electrical parts have been repaired or modified by a person not authorized by Smartravel."

On our side, Zeus's warranty page keeps two things apart: the warranty is the manufacturer's, and Zeus Care is our service. Your first month of Zeus Care is included with every e-bike: we diagnose the problem, document it, file the claim and follow it up. Zeus Care plans continue that service for 1 to 5 years, from $119; in our page's own words, "Zeus Care is not a warranty and does not add coverage."

Buying it from Zeus

The Raptor ST202 Pro is $2,599 at Zeus (was $2,799) in Green, Silver Grey or Alpine White, with free shipping across Canada. Orders are processed in 1–3 business days and delivery takes 2–7 business days by location, per our shipping policy. Call 1-866-938-7580 before you order with any fit or range question.

Our listing, shipping policy, refund policy and warranty page, read 25 October 2026.

Our e-bike financing guide compares the ways to spread the cost. If this review leaves you weighing the Pro against something lighter or road-ready, our dual-motor e-bike guide lays out the field.

The honest ledger

Here is everything this review found, good and bad, in one place. The green flags are about capability and value; the red flags are about weight, the law, fit and Smartravel's paperwork. Weigh them against how and where you will ride.

Every flag is sourced in the section it comes from.

Who should buy it

Buy the Raptor ST202 Pro if you ride private land, farm or cottage tracks, or winter trails, you want the most range and grip in the box for $2,599, and you are at least about 175 cm tall. Skip it if you need a road-legal commuter, a bike you can lift alone, or one you will pedal for exercise.

Built from this review's sections; the fit thresholds are the fit tables' rows at 170 and 175 cm.

Before you buy: the checklist

Eight checks turn this review into a good purchase: measure, plan the loading, know where you will ride, and set the bike up properly on delivery day. Each takes only minutes, and each one answers a question this review raised.

1. Measure your inseam and find your row in the fit tables; under about 170 cm, expect to stop on tiptoe.
2. Plan the lift. 56.2 kg needs two people or a ramp; Bike Hombre suggests taking a battery out first.
3. Know where you will ride and who sets access there: landowner, trail authority or track.
4. Price your rides on the range tables, with the cold rows for winter and the per-100 m cost for climbs.
5. Charge both packs fully before the first ride: about 8.3 hours each on the included charger.
6. Tighten the handlebars firmly when you mount them ("secure the handlebars with a few screws", Smartravel's FAQ), and re-check every bolt after the first rough ride.
7. Test the brake cut-off at walking pace: squeeze a lever with the throttle open and the motors should stop.
8. Pair the app in the free month and try the geofence and remote power-off before you rely on them.

Limitations of this review

A review is only as good as what it could check. These are the limits of this one, stated so you can weigh every number above: what we measured ourselves, what we modelled, and what we could not find or confirm.

1. Our own rides logged no energy. The Kitchener distance and battery bars come from the rider's narration; the display is not legible in the 360° footage, and snow is not in the model.
2. The real-day correction comes from one measured ride, ridden hard in California, and reads a bar gauge as equal fifths. Your gap will differ with your riding.
3. The motors are modelled on a comparable Bafang hub held to Smartravel's ratings; Smartravel publishes no efficiency curve. Reading the motor at 82% instead of 80% at its rated point moves the range by about 11 to 14% (tires and motor table).
4. The tires are a stand-in: no 20 × 4.0 fat tire is measured on a drum, so 26 × 4.0 measurements are used.
5. The fit model's bodies are US Army personnel, measured in 2010–2012, not the Canadian public, and the seat height is Smartravel's printed figure, measured again on its photograph.
6. Smartravel's warranty terms, charge times and range figures disagree across its own documents; we print them all.
7. The GPS plan prices and a UL certificate number are not published; we have not seen either.

The source register

Every source this review rests on, with the date we read it. Primary sources first: the maker's pages and documents, our own footage, the statutes and the safety databases; then the independent tests and the published research behind the model.

1. Smartravel, Raptor ST202 Pro product page (Spec&Size, FAQ, feature copy, graphics), read 25 October 2026.
2. Smartravel, Raptor ST202 product page, read 25 October 2026.
3. Smartravel, Warranty & Return Policy, read 25 October 2026.
4. Smartravel, ST202 app instructions (2023-12-12) and owner's manual, filed on its manuals page, read 25 October 2026.
5. Zeus Ebikes, Winter E-Bikes in Canada 2026 (our Kitchener test), 14 January 2026; Redtail Electric Bikes, I Tested 2 Motors on a Steep Snowy Hill, 2 October 2026.
6. Bike Hombre, Raptor ST202 Pro range test, 6 June 2025, and review, 24 May 2025; RunPlayBack, off-road test, 9 March 2026; captions read 25 October 2026.
7. Redtail, Smartravel Raptor ST202 Pro review (range and fit models), inputs re-checked 25 October 2026.
8. Eunorau, Flash AWD (Canada); Eahora, DL2000 (Canada) and (global), read 25 October 2026.
9. Statutes and regulator pages in the law table, and the federal Motor Vehicle Safety Regulations, s. 2, read 25 October 2026; CBC News, As N.L. eyes e-bike, e-scooter regulations, 6 August 2026, read 25 October 2026.
10. Health Canada recalls, US CPSC recall database and TÜV Rheinland Certipedia, searched 25 October 2026.
11. Martin et al. (1998), Validation of a mathematical model for road cycling power; Bafang, OEM workbook 2021; Bicycle Rolling Resistance, fat-bike tests; Tengattini and Bigazzi (2018), resistance parameters of urban cyclists; Arango, Lopez and Ceren (2021), e-bike efficiency maps.
12. McMaster University, LG 18650HG2 test data; Samsung SDI, INR18650-35E specification; Casado et al. (2025), low-temperature cell performance; Schmitt, Decker and Doppelbauer (2019), pedelec system test bench; NOAA/NASA/USAF, US Standard Atmosphere, 1976.
13. US Army, ANSUR II anthropometric survey; Peveler et al. (2005), saddle height; Ferrer-Roca et al. (2012), saddle height and knee angle.
14. Zeus Ebikes, product listing, warranty page, refund policy, shipping policy, read 25 October 2026.

The bottom line

The Raptor ST202 Pro is a lot of machine for $2,599: two motors that pull through snow, 2,600 Wh that makes 110–142 km a realistic day at 32 km/h, and a GPS tracker built in. It is heavy, it is outside every provincial e-bike rule, and its bench suits riders about 175 cm and up.

If that fits how and where you ride, it is hard to beat.

No pressure to decide today. Call us at 1-866-938-7580 and we will go through the range and fit tables with you, or tell you honestly if another bike suits you better. An unused, unopened bike can come back within 15 days of delivery, less a 15% restocking fee and any shipping charges, and our financing guide lays out the ways to pay.