The Real Motors Project Ares is nearing production after an early road test of its electric motorcycle prototype. Developed in Greenville, South Carolina, the $20,000 machine combines futuristic cafe racer styling with a powerful electric drivetrain. Limited customer deliveries are planned for 2027.
The motorcycle is Real Motors’ first product; Trent Dingman and Michael Feng founded the company. Its unusual design features angular bodywork, a low riding position and translucent panels that expose parts of the electrical system.
Early testing suggests that Project Ares delivers smooth, controllable acceleration despite its substantial power. However, its 485-pound weight makes steering more demanding than its sporty appearance suggests.
Real Motors Project Ares Specifications and Battery
The prototype uses an electric motor rated at approximately 101 horsepower. Real Motors also quotes 738 pound-feet of torque, but that figure represents rear-wheel output after gearing rather than torque measured directly at the motor.
The planned battery capacity is approximately 15 kilowatt-hours, with charging power reaching 3.3 kilowatts through an SAE J1772 connector. The charging port sits above the battery compartment, where a conventional motorcycle would have its fuel tank.
Real Motors describes the motorcycle’s design philosophy as an electric analogue architecture, emphasizing direct rider control instead of extensive electronic interfaces.
The prototype’s translucent body panels reveal charging components and orange high-voltage cables. Its compact instrument display also follows the company’s preference for a relatively simple riding interface.
First Ride Reveals Smooth Power but Heavy Steering
The tested motorcycle, known as Ghost, is the fourth major prototype. Its aggressive riding position places the handlebars low and footpegs high, resembling a traditional cafe racer.
Despite the sporty layout, the motorcycle requires considerable steering effort when entering corners. Its weight and wheelbase give it a more deliberate handling character than a lightweight sportbike.
Power delivery was more predictable. Testing found that acceleration remained progressive across three selectable riding modes, without the abrupt throttle response sometimes associated with powerful electric motorcycles.
The prototype lacked traction control and an antilock braking system. Those omissions are significant for a machine producing this level of power, although final production equipment remains to be confirmed.
Buyers are expected to get premium suspension and braking equipment, including Öhlins dampers and Brembo brakes. Real Motors has not finalized every production specification.
Battery Range and Practical Limitations
Real Motors estimates approximately 120 miles of city riding range per charge. That figure remains a manufacturer estimate rather than an independently confirmed result for production motorcycles.
The prototype did not achieve the advertised efficiency during aggressive riding. Higher speeds and frequent acceleration increase energy consumption, making real-world range dependent on riding conditions.
Battery weight also influences handling. At approximately 485 pounds, Project Ares is comparable in weight to the Zero Motorcycles SR/F, despite adopting the visual proportions of a cafe racer.
Electric motorcycle manufacturers face similar challenges when balancing battery capacity, vehicle weight and performance. TechAmerica has previously examined competition in the electric two-wheeler market, including the expansion of established electric bicycle businesses into motorcycle production.
Project Ares Price and 2027 Availability
Project Ares starts at approximately $20,000, placing it in the premium electric motorcycle category. Real Motors intends to begin limited deliveries in 2027, although production schedules and final specifications could change.
The prototype demonstrates that the company has developed a rideable motorcycle rather than simply presenting a design concept. Its smooth acceleration is encouraging, but steering effort, range and production safety equipment remain important considerations.
For prospective buyers, the central question is whether the production motorcycle can preserve the prototype’s distinctive character while delivering practical range, predictable handling and a complete set of road-ready features.
