Crafting the Kratos R: Tork Motors Manufacturing Mastery Revealed

For those who find themselves intrigued by the world of automobile manufacturing, particularly electric motorcycles, this is a detailed look into the manufacturing process of an Indian electric motorcycle startup, Tork Motors.

The company started as an electric racing team, Tork India, making a victorious mark in its early days by finishing on the podium at the Isle of Man TT Electric GP. Today, they sell the Kratos R, a completely Indian-designed and manufactured electric motorcycle.

Tork Motors' Manufacturing Facility

From humble beginnings and an inspiring origin story that included a college team building an electric bike for the prestigious Isle of Man TT, Tork Motors has now moved to its production facility in Chakan, at the Bharat Forge facility, a part of the Kalyani Group which is a major investor in the EV startup.

The production capacity commissioned was 60,000 units per year, expandable up to 100,000 units per annum. However, presently, the assembly line churns out a modest 30 units per day due to the prevailing demand.

The manufacturing process unfolds with the battery and e-motor assembly as the first step. A series of stringent tests ensure performance under actual road conditions. The assembly of the remaining essential components follows next. Post assembly, the motorcycle, now on wheels, undergoes several procedures to receive additional parts and for the finishing touches.

Each motorcycle's inception occurs with the frame followed by the addition of the core components including the battery pack, wheels, brakes, auxiliary battery, electrical components, lighting unit, body panels, and more. Post-assembly, each motorcycle bears the scrutiny of individual calibration and a thorough quality check in a light booth.

The bike then advances to dyno testing where a technician evaluates its performance against defined parameters. After this step the motorcycles are as good as ready to take to the streets; but not before one final road test.

Before they leave the assembly line, each electric motorcycle is subjected to stringent testing to ensure safety and performance. Visual inspections to assess aesthetic and quality standards, and dyno tests for speed, acceleration, braking, and other such critical functions are rigorously conducted. Only after the successful completion of these tests is the motorcycle deemed ready for delivery.

Accompanying the main assembly line, are two crucial units: the battery pack assembly and the motor assembly units. Both of these units play an essential role in the production of Tork electric motorcycles. The factory might not be the most complex in nature with gargantuan numbers, but it boasts simplicity and efficacy, provided it has all that’s necessary; reflecting a rather grounded approach in the industry.

The resulting pride of Tork Motors' proficient design and manufacturing process is the Kratos R; an electric motorcycle boasting 12bhp of peak power, 38Nm of torque, and a range of 180km powered by a 4kWh battery. It supports fast charging and features a digital display, LED lighting, and extensive connected features, including over-the-air (OTA) updates.

DriveSpark Thinks

To conclude, we witnessed, through our visit to the Tork Motors production facility, the high-level precision and innovation required in manufacturing electric motorcycles. The Kratos R by Tork Motors not only pushes the boundaries of electrified motorcycling but also emphasizes India's capabilities in sustainable transportation.

The journey of Tork Motors from a race track to the production line is compelling evidence of how passion, vision, and innovation can steer us towards a greener and thrilling future of transportation.