Gogoro Launches Battery Swapping Ecosystem in India, Opens battery swapping network in Delhi and Goa with plans to expand to Mumbai and Pune Maharashtra in the first half of 2024.
Gogoro introduces Gogoro CrossOver GX250, CrossOver 50 and CrossOver
Gogoro Inc. (Nasdaq: GGR), a global technology leader in battery-swapping ecosystems that enable sustainable mobility solutions for cities, today announced the immediate availability of its battery swapping ecosystem and Smartscooters in India. The company also unveiled its first India-made Smartscooter, the CrossOver GX250.
Initially available to B2B customers in Delhi and Goa, the company plans to roll out in Mumbai and Pune in the first half of 2024, with consumer availability in the second quarter of 2024.
“We are at the cusp of a dramatic change in the global urban transportation landscape, and with its more than 250 million mopeds and motorcycles India is well positioned to lead the shift to sustainable consumer and B2B transportation,” said Horace Luke, founder and CEO of Gogoro. “The Gogoro CrossOver series embodies everything our brand has come to stand for and the new made-in-India CrossOver GX250 is optimized for riders in India with more seating space, greater storage and better ground clearance.”
Gogoro CrossOver Series
The CrossOver series is built on a redesigned all-terrain frame that enables increased rigidity and comfort while offering a variety of storage, riding and customization capabilities. The CrossOver will be available in India in three models, the CrossOver GX250, CrossOver 50 and CrossOver S. The CrossOver GX250 is immediately available today with the CrossOver 50 and CrossOver S shipping later in 2024.
CrossOver GX250
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| gogoro CrossOver GX250 |
Manufactured in Maharashtra India, the CrossOver GX250 is Gogoro’s first India-made Smartscooter. The CrossOver GX250 captures the best of Gogoro’s new CrossOver Smartscooters while integrating India-specific features that Gogoro pilot riders in India requested.
New All-Terrain Chassis
Optimized for various road conditions, the CrossOver GX250 adopts a newly developed all-terrain frame that provides increased rigidity for improved strength and stability. The new frame also provides 176mm of ground clearance, the highest in Gogoro’s current vehicle lineup.
Performance and Easy Control
CrossOver GX250 utilizes a 2.5 kW Direct Drive that provides a top speed of 60+kph and a certified range of 111km. The CrossOver GX250’s new frame design greatly increases the durability of the suspension system and accommodates larger loads while emphasizing comfort and stability.
Flexible Cargo Capacity
Designed to adapt to various riding scenarios, the CrossOver GX250 provides passenger riding space as well as ample storage options with a new mounting point expansion system that includes 26 locking points. With the ability to leverage four cargo areas including a platform design headlight, foot, seat and rear cargo space, the CrossOver GX250 can easily accommodate most storage needs. To carry more, the rear seat can be flipped up or removed to add cargo storage as needed.
In August, India’s International Centre for Automotive Technology (ICAT) certified the CrossOver GX250 for India. In November, Gogoro became the first foreign two-wheel OEM to be recognized by the Small Industries Development Bank of India (SIDBI) that entitled the CrossOver GX250 for its EV financing programs.
“Gogoro was uniquely created to introduce a mass market shift to sustainable energy in densely populated cities by establishing an intelligent battery swapping ecosystem for vehicle refueling that is safe, scalable and open. There has been significant demand in India for Gogoro battery swapping, Smartscooters and technologies and we are excited to be launching commercially with a variety of partners,” said Luke. “On average, last mile delivery riders ride more than six-times the distance as consumer riders, so enabling these delivery riders to adopt smart sustainable electric transportation can have an accelerated impact on a city.”
Commercial Partnerships
As more and more businesses in India embrace the need for sustainable transportation they require new mobility solutions for logistics, delivery fleets and taxi services that not only achieve the best alternative to gas-powered vehicles but are well suited to the specific market and industry needs in India. Gogoro offers swap & go battery swapping in seconds that is safe, reliable, and always available, while tethered electric charging still requires dedicated parking and charge time that reduces rider availability and income. Gogoro is working with a variety of partners in the region across three core business categories.Businesses and Fleet Operators - Gogoro continues to work with large and small partners to enable sustainable delivery companies, such as Zypp Electric and logistics fleets and taxi services using Gogoro battery swapping and Smartscooters, including those transitioning from traditional ICE vehicles.
Mobility-as-a-Service (MaaS) - Gogoro is working with partners, like FutureEV, to enable new sustainable business opportunities including the use of Gogoro’s GoShare platform that enables fractional and shared mobility-as-a-service deployments.
Turnkey Solution - Gogoro works with business partners, to deploy a complete battery swapping ecosystem and Smartscooters that are made in India to new domestic and international markets like Nebula Energy in Nepal.
Founded in 2011 to rethink urban energy and inspire the world to move through cities in smarter and more sustainable ways, Gogoro leverages the power of innovation to change the way urban energy is distributed and consumed. Recognized and awarded by Frost & Sullivan as the “2023 Global Company of the Year for battery swapping for electric two-wheel vehicles” and MIT Technology Review as one of “15 Climate Tech Companies to Watch” in 2023, Gogoro’s battery swapping and vehicle platforms offer a smart, proven, and sustainable long-term ecosystem for delivering a new approach to urban mobility.
Gogoro has quickly become an innovation leader in vehicle design and electric propulsion, smart battery design, battery swapping, and advanced cloud services that utilize artificial intelligence to manage battery availability and safety. The challenge is massive, but the opportunity to disrupt the status quo, establish new standards, and achieve new levels of sustainable transportation growth in densely populated cities is even greater.
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