Electric Cars

Experience Premium Performance at an Unprecedented Price Point

Introducing the Apollo Dash: Affordable Innovation

For several years, Apollo has established itself as a leader in the premium electric scooter market, recognized for its quality and performance. Now, the company is embarking on a new venture: targeting the mass market with its most economical offering. The introduction of the Apollo Dash marks a significant strategic pivot, making high-quality electric scootering accessible to a broader demographic.

Competitive Pricing and Advanced Features

The new Apollo Dash is initially launched with a retail price of $699, but is available at a special introductory price of $599 during the company's Black Friday promotion, which extends until November 30. Apollo emphasizes that the Dash is not merely a stripped-down, low-cost model, but rather a sophisticated effort to integrate much of its existing advanced technology into a more affordable device. This ensures that even at a lower price, users do not compromise on essential features and performance.

Robust Performance Specifications

Equipped with a 48V electrical system, the scooter is powered by a 600W nominal (1,200W peak) Bosch motor, allowing it to reach a maximum speed of 20 mph (32 km/h). Its 480Wh battery offers an impressive range of up to 25 miles (40 km) when operated in Eco mode. Apollo highlights that the 48V architecture is crucial for maintaining consistent motor power, preventing the common issue of declining performance as the battery depletes, a problem often seen in less expensive scooters.

Design Compromises for Portability and Cost-Effectiveness

Weighing 43 lb (19.5 kg), the Dash achieves a reasonable balance between portability and robust construction. However, to keep the weight and cost down, the scooter notably lacks suspension. Apollo also sets a rider weight limit of 220 lb (100 kg), recommending heavier individuals or those navigating challenging terrains and inclines to consider their more advanced models, such as the Apollo Go.

Feature-Rich Experience Despite the Lower Cost

Despite its more accessible price point, the Apollo Dash comes with an extensive list of features. These include IP66 water resistance for enhanced durability, self-healing tubeless tires to minimize punctures, regenerative braking for improved energy efficiency, integrated turn signals for safety, Apollo's signature Beam stem light, NFC unlocking for convenience, and Apple Find My integration for tracking. Furthermore, it offers seamless connectivity with the Apollo smartphone application, providing users with comprehensive control and data.

Rigorous Durability and Real-World Testing

Apollo has subjected the Dash's frame to rigorous durability tests, simulating 10,000 km (6,200 miles) of use before commencing production. A beta testing program further validated its reliability, accumulating 1,002 miles over 144 rides without any reported punctures or maintenance requirements. Beta riders reported an average of 19 miles (30 km) per ride, consistently finishing with 29% battery life remaining, underscoring the scooter's efficiency and robustness.

Strategic Market Positioning

The broader implication of the Apollo Dash's launch is its strategic market positioning. Apollo notes that a significant portion (52%) of its customer base previously owned scooters from brands like Segway, NIU, and Xiaomi. Historically, upgrading to an Apollo scooter often meant a price jump beyond the $1,000 threshold. By pricing the Dash at $599, Apollo aims to integrate these riders into its ecosystem much earlier, directly competing with the mass-market scooter brands it previously stood above.

Expanding Access to Premium Electric Scooting

For individuals seeking more powerful options or additional features, Apollo's higher-end models are also currently available with early Black Friday discounts. This ensures that Apollo continues to cater to a diverse range of preferences and budgets, solidifying its presence across various segments of the electric scooter marke

EVgo has officially inaugurated its first Tesla Supercharger station, strategically located in a Chicago grocery store parking lot. This development is a pivotal moment in the expansion of electric vehicle charging infrastructure, as EVgo embarks on a plan to introduce hundreds more such Tesla Supercharger stalls throughout the United States. This initiative promises to enhance accessibility and convenience for a growing number of EV drivers.

EVgo Unveils Advanced EV Charging Hub in Chicago

On a significant day for electric vehicle infrastructure, November 6, 2026, EVgo launched its first Supercharger station in Chicago. The facility, situated at the Riverside Square & River's Edge, specifically at 3145 S Ashland Avenue, represents a major leap forward in EV charging solutions. This pioneering station boasts 12 advanced fast-charging stalls, each capable of delivering up to 325 kW of power. Crucially, these stalls are equipped with both North American Charging Standard (NACS) and Combined Charging System (CCS) plugs, thanks to integrated Magic Dock technology. This innovative feature allows a broad spectrum of electric vehicles, including non-Tesla models compatible with NACS, to charge seamlessly without requiring additional adapters. Tesla vehicle owners will find the station integrated into their in-car navigation and Trip Planner systems, while other EVgo fast chargers with NACS compatibility have been appearing in Tesla navigation since early September, provided third-party charging options are enabled. This strategic move aligns with EVgo's August announcement of a Supercharger rollout that could eventually support up to 500 kW charging capabilities. Badar Khan, CEO of EVgo, highlighted the significance of this expansion, stating that by catering to both Tesla and non-Tesla NACS drivers, EVgo effectively doubles its potential market reach, ensuring that EV drivers can charge their vehicles wherever and whenever needed. EVgo maintains ownership of these Superchargers, branding them as 'EVgo Superchargers,' while Tesla manages their operation and maintenance. The initial deployment of these sites is concentrated in Regency Centers shopping plazas, typically co-located with grocery stores, emphasizing convenience for users. Furthermore, EVgo is actively incorporating NACS plugs into its existing fast-charging network, a process initiated in 2025. The company targets the installation of 500 such stalls across the U.S. by the end of 2026, separate from the Supercharger stalls. Over the subsequent two years, EVgo plans to ensure that every new site built from 2023 onwards includes at least one NACS plug.

The inauguration of EVgo's first Tesla Supercharger station is a landmark event for the electric vehicle industry, signaling a decisive shift towards a more integrated and accessible charging ecosystem. By embracing both NACS and CCS standards, EVgo is not only expanding its market but also fostering greater interoperability among electric vehicle brands. This strategic initiative underscores the growing commitment to removing charging barriers, paving the way for wider EV adoption and a more sustainable transportation future. This development holds significant promise for both current and prospective EV owners, offering enhanced convenience and alleviating range anxiety, which are critical factors in accelerating the transition to electric mobility.