Honda has signaled a possible advancement in its expansion plan for the electric motorcycle sector in Brazil by registering the industrial design of the Urbana UC3 motorcycle with the National Institute of Industrial Property (INPI). Although this registration guarantees trademark rights in the country, it does not confirm the commercialization of the model.
The Brazilian electric vehicle market has shown gradual development, with a recent peak at the beginning of 2025, marked by the introduction of the Neo’s Connected scooter by Yamaha. After this event, the market's focus returned to Honda, given that its main competitor launched an all-electric model, while the national leader still focuses on combustion engines.
Previously, Honda had promised to bring an electric motorcycle to Brazil, a statement made over a year ago, which some consider merely a strategic move in response to Yamaha's initiative. The company already has electric models in other markets, such as the Activa and QC1 in India, in addition to the WN7 motorcycle globally.
It is important to note that filing patents and industrial designs is a standard practice for manufacturers to protect their intellectual property against copying, regardless of whether there is a future market launch.
The Honda UC3, which was initially presented in Thailand and Vietnam, was designed specifically to meet urban mobility demands. The manufacturer states that this model's performance is equivalent to that of a 110cc combustion engine motorcycle.
This model represents the beginning of a new global strategy by Honda for its line of electric motorcycles, incorporating innovative solutions. The UC3 uses a lithium iron phosphate (LFP) battery, marking the first time Honda applies this technology in an electric motorcycle intended for private use. This battery is coupled with a proprietary Honda electric motor capable of generating up to 6.0 kW of maximum power.
According to data provided by Honda, the scooter's range can reach 122 km per charge, using the WMTC Mode 1 measurement cycle applied in Thailand. Furthermore, it is equipped with a regenerative braking system, which optimizes efficiency by recovering energy during braking.
To accommodate various usage scenarios, the UC3 offers three riding modes: standard, sport, and Eco. Another notable feature is the reverse gear function, which assists in maneuvering in tight spaces, such as parking spots.
Aesthetically, the scooter features a design with fluid and continuous lines, standing out with a horizontal light signature on the front. The finish combines a predominantly black body with gold accents, aligning with the visual identity of the brand's new generation of electric vehicles.
The Honda UC3 adopts the CHAdeMO charging standard for motorcycles, a specification established by the CHAdeMO Association. To accommodate different usage profiles, the manufacturer provides two types of compatible chargers, with powers of 450 W and 1,200 W.
Honda has reached the milestone of ten million flex motorcycles manufactured in Brazil. This significant achievement was reached during the second half of 2026 at the manufacturer's plant located in the Manaus Industrial Pole, Amazonas, from where all motorcycles sold nationwide are distributed.
The company gained worldwide recognition for introducing dual-fuel engines into large-scale motorcycles. This technology was first presented in 2009 with the CG 150 Titan Mix model, which became the first motorcycle globally capable of running on gasoline, ethanol, or any combination of the two in series.
To make this innovation viable, a specific engineering solution was required. Unlike automobiles, motorcycles have space restrictions for the auxiliary tank, pump, and sensors necessary for the cold start system. This forced Honda to create a highly compact injection and electronic management system.
Since its launch, the flex system has established itself as a crucial differentiator for the brand, which currently leads the Brazilian two-wheeled vehicle market. Approximately 65% of the line produced in Brazil uses FlexOne, which is available in nine distinct models: Biz 125, CB300F Twister, CG 160 Titan, CG 160 Fan, CG 160 Cargo, NXR 160 Bros, XRE 190, XRE 300 Sahara, and XR300L Tornado.
The high acceptance of this technology in Brazil reflects a peculiar characteristic of the local market: while much of the world is moving towards electrifying motorcycles, Brazil utilizes ethanol as a renewable source. This alternative allows for emission reduction without altering the refueling infrastructure, and the country has one of the largest motorcycle fleets on the planet, which enhances the scale of the technology.
In practical operation, the flex system automatically detects the proportion of ethanol and gasoline in the tank, making automatic adjustments to the injection and ignition timing. This gives the rider the freedom to refuel based on cost or fuel availability, while always maintaining engine performance and reliability.
Marcos Bento, who holds the position of Commercial Manager at Honda Motos, stated that reaching the ten million goal demonstrates the 'capacity of Brazilian industry to innovate with a focus on the customer.' Furthermore, the flex system has become an export product; since 2023, Honda has been taking this technology to India, which represents the world's largest motorcycle market. This initiative aligns with the company's global corporate strategy to achieve carbon neutrality by the 2040s, supported by both electrification and the improvement of combustion engines that use renewable fuels.
