
NIU KQi Air vs Apollo Go
Both are lightweight commuters, both carry a published weather rating, and both were measured by the same tester. Then they split: one bought 20 lb of lightness, the other bought everything else.
By Ryder M. · Published November 2, 2026
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The short answer
Buy the NIU KQi Air if you carry the scooter every day, and the Apollo Go if you ride it somewhere difficult. The NIU measured 24.2 miles at 20.1 mph and 26.4 lb; the Apollo measured 19.8 miles at 26.7 mph and 46 lb, with 700 W, dual suspension and a claimed IP66 rating (eRideHero, Sep 2026) (Apollo Scooters, Oct 2026). The NIU is the lighter machine by 19.6 lb and the longer-legged one by 4.4 measured miles; the Apollo is better at everything that is not weight or range.
Why this comparison is clean
Both scooters were bought, ridden to shutdown and weighed by eRideHero on its own protocol (eRideHero, Sep 2026), so the range, speed, weight, payload, motor, brake, tire and suspension figures below are directly comparable. A 4.4-mile range gap between two publications would be noise; inside one protocol it is a finding.
The Apollo is also one of the rare cases where a maker understated its own scooter. Apollo publishes 49 lb; eRideHero put the same machine on a scale at 46 lb (Apollo Scooters, Oct 2026) (eRideHero, Sep 2026). Almost every discrepancy we find in this category runs the other way, which is the whole subject of claimed against measured figures.
What is not comparable, and what we will not score: reliability, warranty performance, parts availability and ride feel. We hold no data on any of them. One structural difference is worth knowing though — NIU sells through conventional retail and Apollo sells direct, which changes what happens the day something breaks. Repairs, parts and service covers that split.
What each one is
The NIU KQi Air is an engineering outlier: 26.4 lb, a 350 W motor, 9.5-inch self-healing tubeless tires, no suspension at all, a claimed IP55 rating, a 265 lb payload rating, and 24.2 measured miles at a measured 20.1 mph (eRideHero, Sep 2026). 24.2 miles out of 26.4 lb is 0.92 measured miles per pound — the best figure in our entire registry, and the reason it leads the lightweight round-up. Full detail is in the NIU KQi Air review.
The Apollo Go is the capable lightweight: 46 lb, a measured 700 W, 9-inch pre-sealed tubeless tires, dual suspension (front spring plus rear rubber), a claimed IP66 rating — the highest in our data — a 265 lb payload rating, and 19.8 measured miles at a measured 26.7 mph, stopping on a drum plus regeneration (eRideHero, Sep 2026) (Apollo Scooters, Oct 2026). Full detail is in the Apollo Go review, and its head-to-head with the Segway Max G3 is at Max G3 vs Apollo Go.
| # | Product | Best for | Score | Price |
|---|---|---|---|---|
| 1 | NIU KQi Air26.4 lb and 24.2 measured miles — 0.92 miles per pound, the best efficiency figure in the registry. | Carrying up stairs | 5.9 | $809.10 · View on Amazon #ad How we are funded · Price as of November 14, 2026 |
| 2 | Apollo Go46 lb, 26.7 mph measured, 700 W, dual suspension and a claimed IP66 — the best weather rating in our data. | Most capable lightweight | 5.9 | |
| 3 | NIU KQi 300X26.8 measured miles and dual disc brakes at 48.7 lb. More range than either, and the brakes both of these lack. | Best all-round commuter | 5.2 | $369.99 · View on Amazon #ad How we are funded · Price as of November 14, 2026 |
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.

NIU KQi Air
26.4 lb and 24.2 measured miles — 0.92 miles per pound, the best efficiency figure in the registry.
- Range:
- 24.2 milesMeasured (eRideHero, Sep 2026)
- Top speed:
- 20.1 mphMeasured (eRideHero, Sep 2026)
- Weight:
- 26.4 lbMeasured (eRideHero, Sep 2026)
- Max rider:
- 265 lbMeasured (eRideHero, Sep 2026)
What is good
- 26.4 lb is roughly half what a typical 24-mph commuter weighs
- 24.2 measured miles from a scooter this light is the outlier figure in our whole dataset
- IP55 covers dust ingress as well as road spray
What you give up
- 350 W is the least hill-capable motor of any scooter we recommend
- 265 lb payload — the standard ceiling, with no headroom for a rider near it
- Featherweight construction is the expensive way to build a scooter
#ad How we are funded · Price as of November 14, 2026

Apollo Go
46 lb, 26.7 mph measured, 700 W, dual suspension and a claimed IP66 — the best weather rating in our data.
- 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

NIU KQi 300X
26.8 measured miles and dual disc brakes at 48.7 lb. More range than either, and the brakes both of these lack.
- Range:
- 26.8 milesMeasured (eRideHero, Sep 2026)
- Top speed:
- 23.6 mphMeasured (eRideHero, Sep 2026)
- Weight:
- 48.7 lbMeasured (eRideHero, Sep 2026)
- Max rider:
- 265 lbMeasured (eRideHero, Sep 2026)
What is good
- 26.8 measured miles is more real range than most scooters twice its weight
- Dual disc brakes front and rear rather than a disc-plus-regen compromise
- 500 W is the threshold where 8-10% grades stop being a problem
What you give up
- 48.7 lb is a two-hands-and-a-pause lift, not a one-hand carry
- No IP rating published in the test data we found
- 265 lb payload ceiling rules it out for heavier riders
#ad How we are funded · Price as of November 14, 2026
Side by side
| Model | Range | Top speed | Weight | Max rider | Motor | Brakes | IP | Price |
|---|---|---|---|---|---|---|---|---|
| NIU KQi Air | 24.2 milesMeasured | 20.1 mphMeasured | 26.4 lbMeasured | 265 lbMeasured | 350 WMeasured | Not published | IP55Claim | $809.10 · View on Amazon #ad How we are funded · Price as of November 14, 2026 |
| Apollo Go | 19.8 milesMeasured | 26.7 mphMeasured | 46 lbMeasured | 265 lbMeasured | 700 WMeasured | Drum + regenMeasured | IP66Claim | |
| NIU KQi 300X | 26.8 milesMeasured | 23.6 mphMeasured | 48.7 lbMeasured | 265 lbMeasured | 500 WMeasured | Dual discMeasured | Not published | $369.99 · View on Amazon #ad How we are funded · Price as of November 14, 2026 |
Measured figures come from a named third-party test; Claim figures come from the manufacturer. Sources are listed under each model below. Price links are paid affiliate links. Empty specifications read “Not published” rather than being estimated.
The NIU KQi 300X is in the table as the third option, because for a lot of buyers it is the right one: more measured range than either headline machine, and the dual disc brakes both of them give up.
19.6 lb, and what it buys
26.4 lb is a one-hand carry. 46 lb is a two-hands-and-a-pause lift. That is the whole decision for anyone whose journey includes a staircase, a train or a luggage rack, and it is a specification you pay for every day rather than once at purchase.
The unusual part is that the lighter scooter also has the longer measured range: 24.2 miles against 19.8 (eRideHero, Sep 2026). Normally weight and range trade against each other, because range is bought with cells and cells weigh. The KQi Air breaks that trade, which is what 0.92 miles per pound means in practice — the Apollo returns 0.43, less than half. Weight and fold size works through what each band means on a real commute.
Weight also decides whether the scooter is ever parked outside, which makes it the most effective anti-theft specification available — the argument of theft, locks and what actually works. A 26.4 lb scooter comes indoors without you thinking about it.
What the Apollo buys back
Four things, and on the wrong route every one of them matters more than 19.6 lb.
- Motor: 700 W against 350 W. Both measured (eRideHero, Sep 2026). The KQi Air’s 350 W is the least hill-capable motor of any scooter we recommend and sits below the roughly 500 W makers consistently cite for a 5 to 10% residential slope (Hiboy, Sep 2026). The Apollo clears that line with room spare. If your commute has a real climb this is the end of the comparison — how steep a hill it can climb has the wattage bands.
- Sealing: a claimed IP66 against a claimed IP55. IP66 is the highest rating in our registry: dust-tight and tested against powerful water jets (Apollo Scooters, Oct 2026). IP55 covers dust ingress and low-pressure jets, which is still the practical threshold for wet roads. Both are manufacturers’ claims rather than measurements — no consumer publication owns an ingress rig, as IP ratings and wet weather explains — but the Apollo’s is a genuine step up, and it anchors the best-sealed round-up.
- Suspension: dual against none. The Apollo runs a front spring and rear rubber; the KQi Air has nothing but its tires (eRideHero, Sep 2026). On broken pavement that is felt in your hands and heard through the frame, which is also why the KQi Air finishes last in the quietest-scooters round-up. See suspension explained.
- Speed: 26.7 mph against 20.1 mph. Both measured. 20 mph holds a bike lane and sits under the cap many US jurisdictions apply; 26.7 mph gives reserve on a hill and into a headwind.
Payload is a tie at 265 lb — the industry default on both, with no headroom for a rider near it carrying a bag. Above about 230 lb loaded, the 250 lb round-up is the better page.
The brake both of them compromise on
Here is the thing neither machine does well. The Apollo Go stops on a drum plus regeneration (eRideHero, Sep 2026), and for the KQi Air no brake type is published in the test data we found at all.
Regenerative braking is an assist, not a stopping system: it depends on the controller and the battery working, and it cannot be relied on as a primary stop. So the Apollo is a one-friction-brake scooter at a measured 26.7 mph, and the NIU is a scooter whose braking hardware you cannot look up before buying. Our brake hardware ranking treats two real friction brakes as a floor rather than a feature, and neither of these clears it.
In the Apollo’s defense, a drum is the right kind of single brake for the job it is built for: enclosed, low-maintenance, and unaffected by water, which pairs sensibly with an IP66 rating. But if two friction brakes are non-negotiable — and on a 26 mph machine we would argue they should be — the answer is the third column. The NIU KQi 300X runs dual discs front and rear with 26.8 measured miles at 48.7 lb (eRideHero, Sep 2026), and the hydraulic-brake round-up is the page for riders who want the question settled.
Which one to buy
NIU KQi Air if you lift the scooter as part of the journey, your route is paved and reasonably flat, and you are comfortably inside 265 lb loaded. 24 measured miles at 26.4 lb is a figure nothing else in our data comes near, and the specifications it sacrifices — suspension, motor headroom — are the ones you can route around by choosing where you ride. Its other head-to-heads are against the KQi 300X and against the Segway Max G3.
Apollo Go if the route is the problem rather than the carry: hills, rain, broken pavement, or a need for 26 mph. 46 lb is still genuinely portable — the most capable scooter in our data that one person can reasonably lift — and the IP66 rating is the best weather claim on the site.
Neither if you want brakes you can check. The NIU KQi 300X is 2.7 lb heavier than the Apollo, measured 7 more miles, and has dual disc brakes front and rear. For most commuters who do not carry the scooter upstairs, that is simply the better buy — which is why it is our default recommendation across the commuter hub.
What we do not know
Frequently asked questions
▸Which is better, the NIU KQi Air or the Apollo Go?
Neither in general — they solve different problems. The NIU is 19.6 lb lighter and went 4.4 measured miles further; the Apollo has twice the motor (700 W against 350 W), dual suspension, a claimed IP66 rating and 6.6 mph more measured speed. Carry the scooter: NIU. Difficult route: Apollo.
▸How can the lighter scooter have more range?
Because the KQi Air is unusually efficient rather than unusually large-batteried: 0.92 measured miles per pound against the Apollo’s 0.43. It is the best efficiency figure in our whole registry, and it is why that scooter is interesting rather than just light.
▸Is the Apollo Go waterproof?
No scooter is waterproof. The Apollo Go carries a claimed IP66 rating — dust-tight and tested against powerful water jets, the highest rating in our registry — but that is Apollo’s own figure, and a rating is a design envelope rather than a promise.
▸Do either of them have two real brakes?
No. The Apollo Go runs a drum plus regeneration, and regeneration is an assist rather than a stopping system; for the NIU KQi Air no brake type is published at all. If two friction brakes matter to you, the NIU KQi 300X has dual discs front and rear.
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.