SNI Certification for Bicycles in Indonesia

Need SNI Certification for bicycles in Indonesia? You need to consider these things! So stay tuned as we unveil the requirements!

The bicycle is one of the most used forms of transportation in the world. Whether it is for your daily accommodation, or for daily exercise to keep your body in top shape, the use of bicycles is increasing through the years.

Also, the bicycle has been around for centuries with the term “bicycle” was coined as far as 1860’s in France.

But, the increase of bicycle use also means that the quality and safety aspect of it is also being strictly determined and regulated.

As in Indonesia, this regulation is called the SNI Certification, and for you to be able to sell and distribute your bicycle products in Indonesia, you need to meet this requirement.

So what are the things to consider to be able to gain the SNI certification for bicycles in Indonesia? Let’s go digging in!

SNI Certification for Bicycles in Indonesia

The standard of bicycles that is sold and distributed in Indonesia is stated on SNI 1049-2008. This standard covers a lot from how the bicycle should be made to its specific measurements.

According to the SNI 1049-2008, to be considered a bicycle under these rules, it has to meet some basic requirements:

• The seat must be at least 365 mm high when the seat post is inserted into the frame by at least twice the width of the frame tube.
• For seat posts and frame tubes that aren’t round, the seat post must be inserted into the frame tube by at least 65 mm.

And to be able to acquire the SNI certification, the bicycles that are about to be sold and distributed in Indonesia must go through several tests including. 

1. Pedal Test

To assess the durability of the pedals, a bicycle is loaded with 80 kg of weight, simulating the forces it encounters during normal use. 

Then, the pedals are connected to a testing machine, and the bicycle is placed on a test track with a designated slot. 

The pedals then operated at 9 km/h for six hours. After the test, the bicycle is inspected for any damage, wear, or misalignment.

2. Bars, Saddle and Passenger Seat Test

The next one is the test to determine the bicycle bars, saddle and passenger seat safety and quality.

This test includes vibration, tensile, and compressive tests, both with and without applied loads. The tests cover various components, including the front fork, handlebars, handlebar stem, saddle, passenger seat, and grips.

After the test, the evaluation is given to assessing any deformation changes and visually inspecting for weld defects or cracks.

Also Read: “5 Types of Bicycle Brakes“

3. Frame Test

To test the structural integrity of the bicycle frame, a rigorous testing procedure is used. The frame is first loaded with 65 kg, simulating the weight of a rider and cargo. 

Also, the frame is subjected to vibrations ranging from 2 to 5 Hz. The objective is to ensure that the frame remains free of cracks after this comprehensive evaluation.

4. Impact Test

After that, to test the impact resistance of the bicycle’s fork, a rigorous testing procedure is  also conducted. Components are subjected to impact loads ranging from 10 to 35 kg, simulating real-world scenarios. 

The test covers three critical components including the pedals, frame, and front fork, as stated in SNI 1049-2008. Following the test, the components undergo a thorough visual inspection to identify any weld defects and measure deformation.

Also Read: “Types of Bicycles: A Thorough Guide“

5. Brake Test

To evaluate the effectiveness of both wet and dry brakes, a series of rigorous tests are conducted. In the wet brake test, a loaded bicycle is ridden at 25 km/h and braked with a specified force. 

The stopping distance must be within the specified limit. The dry brake test follows a similar procedure, but with a lower speed and stopping distance, and without water applied to the brakes. These tests ensure that the brakes meet the required performance standards in both wet and dry conditions.

6. Structural Test

For this test, the bicycle is loaded with the same weight as in the brake test. The pedals are then connected to a testing device through a special connector. A slot of a specific size is installed on the test track. 

The pedals are then operated at a speed of 9 km/h for six hours. After the test is complete, the bicycle is inspected for any defects, looseness, or changes in adjustment.

The SNI Certification for bicycles is an integral part to ensure the safety and durability of a bike in Indonesia.

Other than keeping the customer feeling safe and assured, this certification is also beneficial for businesses that want to sell and distribute the bike in Indonesia.