Skip to content

Electric Scooters For Adults in Canada

Apollo builds electric scooters for Canadian commuters — built for year-round riding, backed by Canadian warranty and support, and shipped free to your door across Canada


Browse the full Apollo lineup below. From entry-level commuters to high-performance models.

Filters

Filters

Sort by
Category
Category
Model Compatibility
Model Compatibility
Top Speed (kph)
Top Speed (kph)
Max. Range (km)
Max. Range (km)
Suspension Type
Suspension Type
Scooter Weight (kg)
Scooter Weight (kg)
Max. Rider Load (kg)
Max. Rider Load (kg)

6 products

6 products

6 products

BLACK FRIDAY PRICEBest CommuterSave $200
Apollo City Render

Apollo City

Sale price$1,299Regular price$1,499
BLACK FRIDAY PRICECommuter favoriteOn sale
Apollo Go Electric scooter with 'Best Commuter 2026' badge on a white background

Apollo Go

Sale priceFrom $999Regular price$1,199
BLACK FRIDAY PRICEMost PopularOn sale
Black Apollo Explore 2.0 electric scooter with orange accents on a white background

Apollo Explore 2.0

Sale priceFrom $999Regular price$1,199
BLACK FRIDAY PRICEPRE-ORDEROn sale
Apollo Go Stellar Electric scooter with a 'Best Commuter 2026' badge on a white background

Apollo Go Stellar

Sale priceFrom $1,399Regular price$1,499

Off Road Electric Scooter FAQ

Which Apollo scooter is best for off-roading?

The Apollo Phantom 2.0 is the stronger off-road pick. It ships with 11 in x 4 in PunctureGuard tubeless hybrid tires and dual spring suspension, and Apollo rates it for a 25 percent hill climb. The Phantom 2.0 Stellar uses the same tire size in a street pattern with dual hydraulic suspension, so it favors speed and paved surfaces. Riders should follow local laws and ride within their limits on any surface.

What tires do Apollo off-road electric scooters use?

Both scooters in this collection use 11 in x 4 in PunctureGuard self-healing tubeless tires. The Apollo Phantom 2.0 comes with a hybrid tread suited to mixed surfaces, and the Apollo Phantom 2.0 Stellar comes with a street tread. Tire pattern is the first thing to check when you plan to ride on loose or uneven ground.

How much suspension do Apollo off-road scooters have?

The Apollo Phantom 2.0 uses a dual spring setup that Apollo lists as AirFlow Plus suspension with 125 mm springs. The Apollo Phantom 2.0 Stellar uses dual hydraulic suspension. Both are designed to absorb impacts from uneven ground and help keep the tires in contact with the surface.

Can an Apollo off-road scooter climb steep hills?

Apollo rates the Phantom 2.0 for a 25 percent hill climb, powered by dual 1,750 W motors with 3,500 W peak output. Real-world climbing depends on rider weight, surface grip, battery charge, and how long the climb lasts, so treat the rating as a maximum rather than a guarantee.

Are Apollo off-road electric scooters water resistant?

Both the Apollo Phantom 2.0 and the Phantom 2.0 Stellar carry an IP66 water resistance rating. That covers dust and water spray, not immersion, so avoid standing water and never submerge any part of the scooter. Dry the scooter after wet rides and follow Apollo's maintenance guidance.

How far can an Apollo off-road scooter go on one charge?

The Apollo Phantom 2.0 is rated for up to 50 miles per charge and the Phantom 2.0 Stellar for up to 56 miles. Those figures are maximums measured in eco mode under ideal conditions. Off-road surfaces, hills, higher speeds, heavier loads, and cold weather all reduce real-world range.

How much weight can an Apollo off-road scooter carry?

Both the Apollo Phantom 2.0 and the Phantom 2.0 Stellar carry a maximum load rating of 150 kg (330 lbs), covering the rider plus anything carried. Staying inside that limit matters more off-road, where the suspension and tires take heavier impacts than they do on pavement.

How long does an Apollo off-road scooter take to charge?

Apollo lists approximately 9 hours for the Phantom 2.0, which uses a 52V 27Ah battery and a 58.8V 2A charger, and approximately 10 hours for the Phantom 2.0 Stellar, which uses a 60V 30Ah battery and a 67.2V 3A charger.