Introducing the Future of Urban Mobility: The Apollo Rover Electric Scooter

Revolutionizing Entry-Level Scooters with High-Performance Features and Unmatched Innovation

Montreal, 18th August 2023 - Apollo is proud to unveil the Apollo Rover Electric Scooter. This groundbreaking addition to the Apollo scooter lineup is set to redefine urban mobility, offering an unparalleled combination of power, performance, and cutting-edge features. 


Apollo Rover

After years of meticulous design and engineering, the Apollo Rover will be a game-changer in the world of electric scooters. The expert engineers at Apollo have crafted a lightweight, yet powerful scooter, tailored for newcomers & seasoned riders. The Apollo Rover is a result of the team’s relentless pursuit of excellence and commitment to improve urban transportation.

Top specs*: 

  • Dual 350W motor
  • 40-45 Km/h (25 - 27 miles/h) top speed 
  • 50-60 KM (31- 37 miles) range
  • Self healing tires
  • Rear suspension
  • Approx. 20 KG (44 lbs)

*These specifications are subject to change during the development phase

The Apollo Rover boasts phone as display. With the Apollo app, riders can effortlessly navigate to their destinations, track their trips, receive real-time range estimates, and fine-tune regenerative braking and acceleration settings. Through the app, riders can ensure every journey is optimized for efficiency and convenience.

Apollo Rover - DOT display

One of the favorite features is regenerative braking technology, a hallmark of Apollo scooters. The success of regenerative braking in the Apollo City model has driven its integration into all of the Apollo Scooters lineup, including the Apollo Rover. This technology not only provides exceptionally smooth braking but also replenishes the battery by up to 10%, contributing to a sustainable and energy-efficient riding experience.

Apollo Rover - Regen

The safety of scooter riders is one of Apollo’s main focus points and has been addressed by integrating turn signals on the handlebars and body, enhancing visibility on the road. Additionally, the Apollo Rover is designed to withstand the elements, with an IP66 water-resistant rating. This durability ensures riders can confidently explore all terrains and weather conditions.

Apollo Rover - Turn Signals

Expected to be delivered in spring 2024, and at a price of ~$1000 to $1200 USD, the Apollo Rover will be available for pre-order starting September. Sign up  here to be one of the first to know when it’s available.

Experience the journey like never before with the Apollo Rover Electric Scooter. This visionary creation stands poised to transform the way we move through our cities. Join the movement, and embrace a new era of electric scooter excellence.


About Apollo Scooters:

Apollo Scooters is committed to developing products to improve urban transportation. With a passion for revolutionizing urban mobility, Apollo Scooters continues to set new standards for electric scooters that cater to riders of all levels.

Note: Information provided in this press release is accurate as of the release date. Features and specifications are subject to change without notice as part of ongoing product development and innovation.

SHARE ON

THIS MAY ALSO INTEREST YOU

Introducing Apollo Scooters' New Rewards Program: Apollo Amplified

Today September 1st, we're thrilled to announce the re-launch of our brand-new loyalty program, Apollo Amplified We’ve crafted the rewards program for our valued Apollo Scooters community. At Apollo, we've......

Read article

Electric Scooter Regenerative Braking Systems Explained

What is Regenerative Braking? Regenerative braking is an innovative technology featured on electric cars and trucks, and now a growing number of electric scooters.  This system functions as both a......

Read article

Apollo Scooter Tracker: Canada Pre-Order Delivery Updates

Welcome To Your Apollo Scooter Pre-Order Tracker Updated weekly, this page provides the latest estimates on delivery dates for your Apollo Scooter pre-order. Stay informed about your scooter's journey to......

Read article