SPINDO Steel Pipes Support Anargya EV Team ITS in Developing an Electric Race Car for FSAE Japan 2026
Developing an electric race car requires close attention to design, precision, material quality, and manufacturing processes. Every component must be able to support vehicle performance while also contributing to driver safety.
These considerations are part of Anargya EV Team ITS preparation in developing an electric race car to compete in Formula SAE (FSAE) Japan 2026. As part of the vehicle development process, Anargya uses SPINDO steel pipes as material for the race car frame.
Material selection is an important aspect in helping the team translate its frame design into a structure that meets the engineering requirements of a high-performance race car.
Choosing SPINDO Steel Pipes for the Electric Race Car Frame
Anargya EV Team ITS was already familiar with PT STEEL PIPE INDUSTRY OF INDONESIA Tbk (SPINDO) and later explored SPINDO steel pipe products that matched the specifications and standards required for the development of its electric race car frame.
During the vehicle development process, the team considers not only the type of material being used, but also its dimensional consistency.
Precision is essential because a vehicle frame consists of multiple sections that must be assembled according to a predetermined design. Dimensional inconsistencies in the material can affect frame symmetry and potentially create additional challenges during the assembly process.
For this reason, consistent pipe dimensions help the team maintain the intended geometry and shape of the frame throughout the manufacturing process.
Material Precision Meets Anargya EV Team ITS’ Design Requirements
After being used in the manufacturing process, SPINDO steel pipes were considered to have met the expectations of Anargya EV Team ITS.
The laser cutting and profiling results received by the team matched the designs that had been prepared beforehand. This level of conformity helped facilitate the assembly and joining of the frame sections, allowing the materials to be used according to the vehicle’s design requirements.
The condition of the steel pipes upon delivery also supported the manufacturing process. The materials were received in good condition and free from rust, making it easier for the team to proceed with subsequent processes, including painting the vehicle frame.
Material readiness is particularly important in race car manufacturing, as it can help support a more effective and efficient fabrication process.
The Role of the Frame in Electric Race Car Performance and Safety
In an electric race car, the frame is one of the vehicle’s primary structural components and plays an important role in both driver safety and overall vehicle performance.
The frame serves as the main structure that integrates various vehicle components while also contributing to driver protection. In addition, the structural characteristics of the frame influence how the vehicle responds during different driving maneuvers.
For this reason, frame development needs to consider several factors, including design, structural strength, rigidity, geometry, and manufacturing precision.
In a race car, a frame that closely follows its intended design also plays a role in supporting vehicle dynamics. A structure that can maintain its geometry effectively helps the vehicle deliver more consistent responses when subjected to loads during cornering and other maneuvers.
For Anargya EV Team ITS, these considerations are important in developing a vehicle that is not only focused on speed, but also on handling, control, and driver safety throughout the competition.
Supporting a More Efficient Frame Manufacturing Process
In addition to material quality and dimensional precision, the use of SPINDO steel pipes also supported the frame manufacturing process carried out by Anargya EV Team ITS.
Based on the team’s experience, the frame manufacturing process using the prepared materials could be completed in approximately one week. Previously, a similar process could take up to approximately three weeks.
The conformity of the processed materials with the team’s design helped reduce the amount of additional work required during fabrication.
This improvement in manufacturing efficiency provided an important advantage for the team, as developing an electric race car involves much more than frame construction. Once the main structure is completed, the team must continue with component assembly, testing, evaluation, and vehicle refinement before the car is ready for competition.
With a more efficient frame manufacturing process, Anargya EV Team ITS can allocate more time to other stages of vehicle development as part of its preparation for FSAE Japan 2026.
SPINDO and Anargya EV Team ITS Collaboration for FSAE Japan 2026
The collaboration between SPINDO and Anargya EV Team ITS represents a form of synergy between industry and academia in supporting the development of electric vehicle technology in Indonesia.
By using SPINDO steel pipes as material for its electric race car frame, Anargya EV Team ITS was able to continue developing the vehicle according to the engineering design and technical requirements established by the team.
This collaboration also demonstrates the versatility of steel pipe applications across different engineering needs, including their use as part of high-performance electric vehicle development.
For Anargya EV Team ITS, the development of this vehicle forms part of the team’s journey toward competing in Formula SAE Japan 2026, an international engineering competition for university students.
Through this collaboration,
SPINDO supports the spirit of innovation among Indonesia’s younger generation in advancing electric vehicle technology and developing engineering solutions capable of competing on the global stage.
