French Cixi Vigoz Micro EV Offers Pedals and 160 km Range

The urban mobility landscape is undergoing a radical shift as French start-up Cixi introduces a vehicle that defies traditional categorisation. Meet the Cixi Vigoz, a French micro EV featuring pedals, a 120 km/h top speed, and a 160 km range. See how this hybrid concept blends cycling and driving. This innovative machine aims to bridge the gap between high-speed highway travel and active lifestyle commuting, offering a unique solution for modern city dwellers who seek both efficiency and physical engagement. By removing the mechanical link between the pedals and the wheels, the Vigoz introduces a digitalised riding experience that could redefine how we perceive personal transport in dense urban centres like Kuala Lumpur and Penang.

Defining the New Category: The Active Mobility Vehicle

The Cixi Vigoz is not merely an electric car or a heavy tricycle; it belongs to a nascent class of transport known as Active Mobility Vehicles (AMV). Unlike traditional electric vehicles where the driver remains sedentary, the Vigoz encourages physical activity through its integrated pedalling system. However, unlike a bicycle, this movement is not transmitted via a chain or belt. Instead, the pedals act as a human-machine interface that controls the electric motor's output. This "drive-by-wire" system allows the user to engage their muscles while the vehicle manages the heavy lifting required for high-speed travel.

For the Malaysian professional, this represents an intriguing middle ground. In a country where the tropical heat often discourages traditional cycling to work, the Vigoz offers an enclosed, weather-protected environment. You can pedal to maintain fitness and generate energy, but the sophisticated electronic system ensures you do not arrive at your office in the city centre drenched in sweat. It provides the exercise of a gym session with the utility of a commuter car.

The PERS Technology: Pedalling Without a Chain

At the heart of this innovation is the Pedalling Energy Recovery System (PERS). Developed by Cixi, this proprietary technology replaces the traditional mechanical drivetrain with a high-tech digital crankset. When the driver pedals, sensors detect the force and cadence, translating that physical input into electrical signals. These signals then instruct the electric motors on how much torque to apply to the wheels. This setup eliminates the maintenance headaches associated with greasy chains, derailleurs, and tensioners, which is a significant advantage for long-term reliability in Malaysia's humid and often dusty environment.

High-Speed Performance and Range Capability

One of the most striking aspects of the Vigoz is its performance envelope. Most micro-mobility solutions are restricted to 25 km/h or 45 km/h, limiting them to secondary roads or cycle lanes. The Vigoz, however, boasts a top speed of 120 km/h. This makes it fully capable of navigating Malaysian highways such as the LDP, Federal Highway, or the PLUS expressway. Being able to keep pace with standard traffic is a critical safety feature, as it prevents the vehicle from becoming a moving obstacle for larger cars and lorries.

Supporting this speed is a robust battery system that provides a range of up to 160 km on a single charge. For a typical commuter living in Subang Jaya and working in Kuala Lumpur, this range is more than sufficient for several days of travel without needing a recharge. When converted to the local context, 160 km is roughly the distance from KL to Melaka, showcasing that this micro EV is not just for short "last-mile" trips but is a legitimate replacement for a secondary family car.

Safety and Stability on Three Wheels

The Vigoz employs a three-wheeled configuration—typically two at the front and one at the rear—which offers a balance between the agility of a motorcycle and the stability of a car. This design is particularly beneficial for urban manoeuvring and parking in tight spots found in many Malaysian condominiums and shopping malls. The enclosed cabin provides a safety cell that protects the occupant from the elements and offers better impact protection than a standard motorbike. Features such as integrated lights, indicators, and a reinforced chassis ensure the vehicle meets the stringent L7e category European regulations, which often serve as a benchmark for the Malaysian Road Transport Department (JPJ).

Localization: Is the Vigoz Ready for Malaysian Roads?

While the Vigoz is a product of French engineering, its application in Malaysia is highly relevant. The Malaysian government has been aggressively promoting the EV ecosystem through tax exemptions and the development of charging infrastructure under the Low Carbon Mobility Blueprint. A vehicle like the Vigoz could potentially qualify for significant incentives, making its price point—which is expected to be more affordable than full-sized electric SUVs—highly attractive to the middle-class demographic.

Considering the local climate, the Vigoz would likely require a robust climate control system. While the current prototype focuses on the hybrid pedalling aspect, a Malaysian version would necessitate a high-efficiency air conditioning unit to combat the afternoon sun. Furthermore, the 160 km range is ideal for the "Stop-and-Go" nature of KL traffic, where regenerative braking and the PERS system can maximise energy efficiency during peak hours.

The Cixi Vigoz represents a shift from passive commuting to active engagement. It is a vehicle designed for those who value their time and health, providing a way to integrate physical activity into a daily schedule without the practical limitations of a traditional bicycle.

The Economic Case for Micro EVs in Malaysia

Operating a full-sized internal combustion engine (ICE) vehicle in Malaysia is becoming increasingly expensive due to fluctuating fuel prices and maintenance costs. The Vigoz offers a way to drastically reduce these overheads. Charging a battery for a 160 km range would cost a fraction of the equivalent petrol price, especially if charged using domestic electricity rates (TNB). Furthermore, the reduction in moving parts—thanks to the lack of a traditional gearbox and engine—means lower servicing costs over the vehicle's lifespan.

If priced competitively, perhaps in the RM 40,000 to RM 60,000 range, the Vigoz could become a favourite for students, young professionals, and urban dwellers who want to bypass the congestion of the Klang Valley. It fits perfectly into the "compact living" trend seen in modern high-rise developments where parking space is at a premium.

Conclusion: A Glimpse into the Future of Commuting

The Cixi Vigoz is more than just a quirky French experiment; it is a serious look at how technology can solve the dual challenges of urban congestion and sedentary lifestyles. By combining the speed of a car with the health benefits of a bicycle, it offers a compelling alternative for the modern Malaysian commuter. As we move towards a greener and more sustainable future, innovative designs like the Vigoz will play a crucial role in how we navigate our cities. Whether it becomes a common sight on the streets of Mont Kiara or Bangsar remains to be seen, but the concept itself is a bold step in the right direction.

Frequently Asked Questions

Do I need a specific licence to drive the Vigoz in Malaysia?

Under current JPJ regulations, vehicles of this type usually fall under the L7e category (quadricycles) or three-wheeled motor vehicles. In Malaysia, a standard Class D (car) licence is typically required, though specific classifications for micro-mobility are still being refined by the authorities.

How is the Cixi Vigoz charged?

The Vigoz is designed to be compatible with standard Type 2 charging cables, which are the norm at most Malaysian charging stations. It can also be charged using a standard 3-pin home socket, making it convenient for those who can park near a power outlet.

Can the Vigoz handle the heavy Malaysian rain?

Yes, the Vigoz features a fully enclosed cabin and automotive-grade tyres, providing significantly better safety and grip in wet conditions compared to a motorcycle or an open-air bicycle. Its stability on three wheels also reduces the risk of hydroplaning at lower urban speeds.

What is the maintenance like for a "chainless" pedal system?

Because there is no physical chain or belt, there is no need for lubrication or periodic adjustments. The PERS system is primarily electronic and software-based, meaning maintenance is largely limited to tyres, brake pads, and software updates.

Will the pedalling be difficult on steep hills?

Not at all. The pedals act as a sensor. On a steep incline, the electric motor provides the necessary torque regardless of how hard you pedal. You can choose to pedal vigorously for a workout or lightly if you prefer the motor to do most of the work.