
Segway Ninebot Max G3 vs Apollo Go
The same independent tester put both of these on the same route and the same scale, which makes this one of the few comparisons on this site where nothing has to be inferred. Eight pounds and five measured miles separate them, and they point in opposite directions.
By Ryder M. · Published October 5, 2026
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The verdict
The short answer
The Segway Ninebot Max G3 for most commuters. It measured 24.9 miles against the Apollo Go’s 19.8, runs 850 W against 700 W, stops on dual discs rather than a drum plus regen, and takes 286 lb of rider against 265 lb (eRideHero, Sep 2026). The Apollo Go if you have to lift it — 46 lb against 54.2 lb, with an IP66 rating that is the best weather sealing in our entire registry (Apollo Scooters, Oct 2026).
What makes this comparison unusually clean is that both figures came from the same place. eRideHero bought both scooters, rode both on its own mixed-city protocol until they shut down, and weighed both (eRideHero, Sep 2026). Most head-to-heads on the internet put one maker’s claimed range next to another maker’s claimed range, which compares two marketing departments rather than two scooters. Here, the 5.1-mile range gap and the 8.2 lb weight gap are both real differences between the machines.
They are also not really competing for the same buyer, which the price makes obvious: the Max G3 carries a $1,200 US MSRP (Rider Guide, Oct 2026) while Apollo listed the Go at $799 on sale against $849 (Apollo Scooters, Oct 2026). That is not a small difference, and the cheaper scooter is the one with the better weather rating and the lower weight. If your constraints happen to line up with the Apollo Go, you get to spend less; this is not a case where more money buys a strictly better machine.
| # | Product | Best for | Score | Price |
|---|---|---|---|---|
| 1 | Segway Ninebot Max G3Choose this if your round trip is over about 15 miles, or you are near the 265 lb ceiling. | Best ride quality | 6.1 | |
| 2 | Apollo GoChoose this if the scooter has to come indoors, or your route has hills you also have to carry it up. | Most capable lightweight | 5.9 |
Scores are computed from published specifications using the rubric on our research methodology page. Tap any row to jump to the full write-up.
Every pick in full
Each model below lists what the maker publishes, what an independent tester measured, and the trade-off you accept by choosing it. Nothing here is perfect.

Segway Ninebot Max G3
Choose this if your round trip is over about 15 miles, or you are near the 265 lb ceiling.
- Range:
- 24.9 milesMeasured (eRideHero, Sep 2026)
- Top speed:
- 28 mphMeasured (eRideHero, Sep 2026)
- Weight:
- 54.2 lbMeasured (eRideHero, Sep 2026)
- Max rider:
- 286 lbMeasured (eRideHero, Sep 2026)
What is good
- IPX6 is the highest weather rating in our mainstream commuter set
- 850 W handles 10%+ grades with an average adult aboard
- 286 lb payload gives genuine headroom over the usual 265 lb ceiling
What you give up
- 54.2 lb — folding it is easy, lifting it is not
- 24.9 measured miles is mid-pack despite the hardware
- 28 mph is more speed than most brake setups at this weight want
Listed at $1,200Claim (Rider Guide, Oct 2026)US MSRP, not a street price when we read that page. We do not publish live prices — check the current one before you buy.

Apollo Go
Choose this if the scooter has to come indoors, or your route has hills you also have to carry it up.
- Range:
- 19.8 milesMeasured (eRideHero, Sep 2026)
- Top speed:
- 26.7 mphMeasured (eRideHero, Sep 2026)
- Weight:
- 46 lbMeasured (eRideHero, Sep 2026)
- Max rider:
- 265 lbMeasured (eRideHero, Sep 2026)
What is good
- IP66 — dust-tight and rated for powerful water jets, the best rating in the dataset
- 700 W at 46 lb gives a genuinely good power-to-weight ratio for hills
- A drum brake is the right choice on a scooter meant to be ridden wet
What you give up
- 19.8 measured miles is the weak spot
- Regen is a supplement, not a second friction brake
- 265 lb payload despite the capable hardware
Where each one wins
Range: Segway, by 5.1 measured miles
24.9 against 19.8, both measured on the same protocol. That is a 26% advantage, and it is the single most consequential line on this page, because 19.8 miles is the lowest figure of any scooter we recommend for a full commute. Applying the 30% planning headroom from our commute sizing guide, the Max G3 supports a round trip of about 19 miles and the Apollo Go about 15. If your round trip is 16 miles, that gap is the entire decision.
Portability: Apollo, by 8.2 lb
46 lb against 54.2 lb. Neither is light — our lightweight round-up has machines in the twenties — but 46 lb is the boundary where a short carry stops being a two-handed event, and 54.2 lb is past it. If the scooter has to go up a flight of stairs at both ends of the journey, this one line outweighs the range one.
Weather sealing: Apollo, clearly
IP66 against IPX6. Both are rated against powerful water jets, which is the top of the practical range for a scooter (Electric Scooter Guide, Sep 2026), but the Apollo’s first digit is a 6 rather than an X: it is dust-tight as well. That matters more than it sounds, because dust is what kills bearings and switches on dry gravel paths and dusty summer streets, and an X means that half of the rating was never tested at all. The IP-rating guide has the full ladder.
Braking: Segway, on hardware
Dual discs front and rear against a drum plus regenerative braking (eRideHero, Sep 2026). The drum is a genuinely good choice for wet weather because it is enclosed, but regen is not a second friction brake — it is not strong enough to be a primary braking system (eRideHero, Sep 2026). So the Max G3 has two friction brakes and the Apollo Go has one. At 28 mph and 26.7 mph measured respectively, that is a real margin difference. Neither has a published stopping distance, which is the gap our brakes guide keeps running into.
Power for hills: Segway, narrowly, and with a caveat
850 W against 700 W as measured. But power-to-weight is the figure that actually climbs a hill, and on that the Apollo Go is ahead: 700 W in 46 lb is 15.2 W per pound against the Max G3’s 15.7, which is effectively a tie, and the Apollo then has two driven wheels to put it down through. Both clear the 500 W threshold cited for 5-10% grades (Hiboy, Sep 2026); neither is a 15%-grade machine. The hills round-up has the options that are, and the closest thing to a portable climbing specialist in our data is the INMOTION Climber — dual-driven at 45.8 lb, with a gradeability claim nobody has tested.
Payload: Segway, by 21 lb
286 lb against 265 lb, both measured as the maker’s rating by the same tester. 265 lb is the category’s standard ceiling and 286 lb is genuine headroom over it. If you are within about 25 lb of either number, read what a payload rating actually means before you choose, because the number is a frame-and-brake statement, not just a weight limit.
Ride quality: Segway, on hardware and tire size
Dual adjustable hydraulic suspension on 11" self-healing tubeless tires, against a front spring with a rear rubber damper on 9" pre-sealed tubeless (eRideHero, Sep 2026). Larger wheels and real dampers are the two things that make a bad road surface tolerable, and the Max G3 has both. Our suspension round-up explains why tire diameter does as much work here as the shocks do.
Where the makers disagree with the scale
Both of these scooters are sold on numbers that are larger than the ones somebody measured, and the pattern of the gaps is informative.
Apollo advertises the Go as 28 mph, up to 36 miles, 49 lb and dual 750 W motors with 1,500 W of combined peak output (Apollo Scooters, Oct 2026). eRideHero recorded 26.7 mph, 19.8 miles, 46 lb and 700 W (eRideHero, Sep 2026). Three of those four differences point the way you would expect — a tested range at 55% of the claim is below even the 71% category average from a twelve-model study (Rider Guide, Sep 2026) — but the weight goes the other way: the scooter weighed 3 lb less than Apollo says it does. A maker overstating its own scooter’s weight is not a thing we see often, and it is a small point in Apollo’s favor.
The motor figures are not a contradiction so much as two different measurements. Apollo is quoting a dual-motor arrangement with a peak output; eRideHero prints 700 W, which reads as a continuous combined figure. Both can be true at once. It does mean the Apollo Go is a dual-motor scooter, which is worth knowing if you came here from our dual-motor round-up, and it means its 700 W continuous is spread across two wheels rather than concentrated in one.
What we do not know
Choose one if / choose the other if
Choose the Segway Ninebot Max G3 if your round trip is over about 15 miles; if you weigh more than about 240 lb; if you want two friction brakes rather than one; if the road surface on your route is bad; or if the scooter parks at both ends and nobody has to lift it.
Choose the Apollo Go if the scooter comes indoors with you; if 15 miles of round trip already covers your commute; if you ride through dust as well as rain and want the dust-tight rating; or if the $400 difference in list price is better spent on a helmet and a lock from our safety gear guide.
If neither fits, the full commuter round-up has six more models with independently measured range, the Max G3 review and the Apollo Go review go deeper on each machine, and the Max G3 price page tracks what the Segway actually lists for. Prices on this site are never live — check the current figure before you buy, and see how we are funded.
Frequently asked questions
▸Which has more real range, the Max G3 or the Apollo Go?
The Segway Ninebot Max G3, at 24.9 independently measured miles against the Apollo Go’s 19.8 (eRideHero, Sep 2026). Both were measured by the same tester on the same protocol, so the 5.1-mile gap is a real difference rather than a difference between two marketing claims.
▸How much does the Apollo Go weigh?
46 lb on eRideHero’s scale (eRideHero, Sep 2026), against the 49 lb Apollo publishes (Apollo Scooters, Oct 2026). It is the rare case of a maker overstating its own scooter’s weight, and it makes the Apollo 8.2 lb lighter than the Max G3.
▸Is the Apollo Go a dual-motor scooter?
Yes. Apollo publishes dual 750 W motors with 1,500 W of combined peak output (Apollo Scooters, Oct 2026), and eRideHero lists 700 W, which reads as the continuous combined figure (eRideHero, Sep 2026). Both numbers describe the same two-wheel-drive arrangement.
▸Which is better in the rain?
The Apollo Go. IP66 is dust-tight as well as rated against powerful water jets, where the Max G3’s IPX6 covers only the water half. Neither scooter is waterproof and neither should be ridden through standing water deep enough to reach the deck.
▸Is the Max G3 worth the extra money?
Only for the range, the payload headroom, the second friction brake and the suspension. If none of those four is your binding constraint, the Apollo Go is the cheaper scooter and the better-sealed one, and the difference is better spent elsewhere.
Read next
Kick & Volt does not ride or bench-test scooters. Every real-world figure on this page is attributed to the third party that measured it — how we research this.