In the fast-evolving world of urban mobility, choosing the right electric scooter can significantly impact your daily commute. Today, we’re comparing two popular entry-level electric scooters head-to-head: Apollo Go vs Air.
Both models come from the Canadian powerhouse, Apollo, known for its quality scooters that perfectly balance performance and affordability. The Apollo Go is the latest addition to their lineup, aiming to build upon the success of its predecessor, the Apollo Air, which has been a go-to choice for commuters since its release in 2022.
The key difference between the Apollo Go and the Apollo Air lies in their motors and performance capabilities. The Apollo Go steps up the game with its dual-motor setup, boasting a total of 700W sustained power that enables a zippier top speed of 28 mph, which is significantly faster than the Apollo Air’s single 500W rear hub motor that caps at 21 mph.
Additionally, the Apollo Go not only offers better traction and stability but also supports a higher payload of 265 lbs, making it more suitable for a wider range of riders compared to the Air’s 220 lbs capacity.
Best Alternative to Apollo Go and Air
Segway Ninebot Max G2
When it comes to ride comfort and build quality, there is nothing better than a Segway. The Max G2 is the upgraded version of the famous Ninebot Max G30 and is undoubtedly the best electric scooter in this price range.
Key Features:
- Max Range of 43 Miles
- 450W Hub Motor (1000W Peak)
- Double Suspension System
- 10″ Self-sealing Tubeless Tires
- 22mph Top Speed
- 22% Slope Climbing
- 265 lbs Payload Capacity
- Traction Control (Anti-skid)
- App Support
- Apple Find My Support
- BMS Battery Protection
- Regenerative Braking
- IPX5 Water Resistance
- Turn Signals
- Quick Folding System
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Apollo Go vs Air: Electrical Components & Key Features
| Feature | Apollo Go | Apollo Air |
|---|---|---|
| Drive | 2-Wheel | Rear Wheel |
| Motor Power | 350W x2 Dual Hub Motors | 500W Rear Hub Motor |
| Max Speed | 28 mph | 21 mph |
| Slope Climbing | 25 Degrees | 15 Degrees |
| Throttle | Thumb | Thumb |
| Battery | 36V 15 Ah | 36V 15 Ah |
| Max Range | 30 miles | 34 miles |
| Charger | 36V 2A | 42V 1.5A |
| Charging Time | 7.5 Hours | 5-7 Hours |
| BMS Protection | Yes | Yes |
| App Support | Yes | Yes |
| IP Rating | IP66 | IP66 |
| Display | DOT | LED |
| Turn Signals | Yes | Yes |
| Headlight | Yes | Yes |
| Rearlight | Yes | Yes |
The Dual Hub Motor Advantage of the Apollo Go
The Apollo Go elevates the electric scooter experience with its dual hub motor system, boasting two 350W motors that deliver a combined power punch. This design not only enables the Apollo Go to achieve a higher top speed of 28 mph compared to the Apollo Air’s 21 mph but also significantly improves its slope climbing capability, handling inclines up to 25 degrees with ease.
The impact on the riding experience is noteworthy; riders can expect smoother accelerations, greater efficiency in power delivery, and an enhanced ability to tackle varied urban terrains, making the Go a powerhouse performer in the electric scooter world.
Apollo Air: The Commuter’s Choice for Efficiency
On the flip side, Apollo Air’s single rear hub 500W motor focuses on efficiency and reliability. Although it doesn’t match the Go’s top speed, the Air boasts a superior range, with the potential to travel up to 34 miles on a single charge.
This efficiency makes the Apollo Air an ideal choice for longer urban commutes, where sustained speeds and range are more critical than the peak speed. Its 15-degree slope climbing ability, while less than the Go’s, still provides ample power for most city environments.
Shared Strengths
Both the Apollo Go and the Apollo Air showcase exceptional build quality with an IP66 water-resistance rating, ensuring that riders can confidently navigate through wet conditions without worry.
Alongside robust safety features like BMS battery protection, both models offer convenient tech additions such as app support for tracking and customizing rides, LED lights for visibility, and intuitive thumb throttle controls for an effortless riding experience.
These shared features highlight Apollo’s commitment to combining practicality with advanced technology, ensuring riders have both safety and convenience at their fingertips.
Apollo Go vs Air: Design Comparison
| Design | Apollo Go | Apollo Air |
|---|---|---|
| Material | Single Cast Aerospace Grade Aluminium | 6061 Aircraft Grade Aluminum |
| Foldable | Yes | Yes |
| Dimensions (LxWxH) | 46.5×20.5×49 in | 47.6×26.7×47 in |
| Weight | 46 lbs | 41 lbs |
| Max Payload | 265 lbs | 220 lbs |
Weight and Payload Capacity:
Apollo Go has a slightly heavier weight of 46 lbs compared to the Apollo Air’s 41 lbs. This difference in weight may not seem significant while riding, but it does matter while lifting the scooter. The Apollo Go can carry up to 265 lbs while the Apollo Air has a maximum payload capacity of 220 lbs.
This means that the Apollo Go is better suited for heavier riders whereas the Apollo Air is more suitable for riders with a lighter weight.
Size and Foldability:
Both the Apollo Go and Air have folding frames, making them convenient for storage and transportation. Both are made from Aluminum, making them lightweight and durable.
The folding feature allows users to easily fold and unfold the scooter whenever needed, without any hassle. This makes it perfect for people who commute regularly or need to store their scooters in limited space.
The size of a scooter can greatly impact its portability and ease of use. In this aspect, Apollo Go is slightly smaller than the Apollo Air.
Apollo Go vs Air: Other Components
| Component | Apollo Go | Apollo Air |
|---|---|---|
| Tires | 9-inch Tubeless Self-healing Tires | 10-inch Tubeless Self-healing Tires |
| Brakes | Rear Drum Dual Regen | Front Drum Rear Regen |
| Suspension | Airflow Suspension | Front dual fork Suspension |
| Fenders | Yes | Yes |
| Kickstand | Yes | Yes |
Tire Size and Suspension:
The Apollo Go and Apollo Air both feature tubeless self-healing tires, which are designed to prevent punctures and maintain air pressure for a smoother ride. However, the Apollo Go has 9-inch tires while the Apollo Air has slightly larger 10-inch tires.
This may seem like a minor difference, but it can have a significant impact on the overall riding experience. The larger tires on the Apollo Air provide more stability and better traction, making it a better choice for off-road or uneven-terrain riding.
In terms of suspension, the Apollo Go has an airflow suspension system while the Apollo Air features a front dual fork suspension. Again, both systems are designed to provide a smoother ride by absorbing shocks and vibrations from rough terrain.
However, the front dual fork suspension on the Apollo Air is considered to be more advanced and offers better handling and control while riding.
Regenerative Braking:
Both scooters feature regenerative braking, which uses the kinetic energy from braking to recharge the battery. This not only helps to increase the range of the scooter but also makes it more environmentally friendly by reducing energy consumption.
Apollo Go vs Air: The Bottom Line
When it comes down to crowning the superior scooter between the Apollo Go and the Apollo Air, the Go takes the lead due to its robust dual hub motor system and a higher payload capacity of 265 lbs.
This combination not only delivers unmatched power and acceleration but also makes the Go a more versatile option for riders of varying weights, ensuring that performance doesn’t wane even under heavier loads.
This makes the Apollo Go not just a formidable contender in speed and power but also in accommodating a broader range of users, solidifying its position as the top choice for those seeking the pinnacle of electric scooter performance.
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