Compare specs
Compare Apollo Explore 2.0 and Ausom L2 Max Specs & Performance
Select different scooters below to update your comparison.
Side-by-Side Scooter Specs Comparison
Compare detailed specifications of both electric scooters — from motor power and battery range to weight, price, and features.
Comparison Review: Apollo Explore 2.0 vs Ausom L2 Max
Here's how the Apollo Explore 2.0 stacks up against the Ausom L2 Max — from speed and range to comfort and features.
The Ausom L2 Max and Apollo Explore 2.0 are two electric scooters released in 2025, catering to different riding needs and preferences. The Ausom L2 Max is priced at $749, while the Apollo Explore 2.0 comes in at $899. The L2 Max offers a top speed of 31 MPH and an impressive range of 56 miles, powered by a 1000W nominal motor that peaks at 1344W. In contrast, the Explore 2.0 has a lower top speed of 25 MPH and a max range of 25 miles, with a more robust 1440W nominal motor that peaks at 1600W.
In terms of design and weight, the L2 Max weighs 66 lbs and supports a weight limit of 287 lbs, while the Explore 2.0 is lighter at 60 lbs with a weight capacity of 265 lbs. Both scooters feature pneumatic tubeless tires and front and rear spring suspension, making them suitable for varied terrain. However, the L2 Max is designed for hybrid terrain usage, whereas the Explore 2.0 is optimized for street riding.
Safety features also differ; the L2 Max employs mechanical disc and electronic brakes with an IP54 rating, while the Explore 2.0 utilizes drum and electronic brakes with a superior IP66 rating. Both scooters are equipped with smart features like app connectivity and cruise control. The L2 Max stands out with additional functionalities such as adjustable suspension and NFC unlock. Ultimately, the choice between the Ausom L2 Max and Apollo Explore 2.0 will depend on individual priorities regarding speed, range, and specific feature sets.
Related Comparisons
Discover similar side-by-side matchups that might interest you.
No related comparisons found for this pairing.

