Fibod
Fitness Balance Board
A Smarter Balance Training and Assessment
More flexible training with wireless to main controller.
Various interactive and engaging training games.
Easy to setup with simple procedure.
Able to review the progress and performance of user easily.
Adjust training difficulty that is perfect for you.
High portability which enable training in limited space.
More flexible training with wireless to main controller.
Various interactive and engaging training games.
Easy to setup with simple procedure.
Able to review the progress and performance of user easily.
Adjust training difficulty that is perfect for you.
High portability which enable training in limited space.
What is FIBOD?
Fibod is a smart fitness balance board that allows users to train and access their balance skills with virtual reality games and an objective assessment program.
Facts
Balance skill is important to support all our daily activities. However, our balance skills will start to decrease after 30 years old, and until 65 we tend to fall due to aging.1 Statistic shows that 37.3 million people experienced severe falls each year.1
Benefits
The benefit of using balance board is, it can improve balance capability, strengthen core muscles, body coordination, improving ankle flexibility and reduce injuries.2,3
Facts
Balance skill is important to support all our daily activities. However, our balance skills will start to decrease after 30 years old, and until 65 we tend to fall due to aging.1 Statistic shows that 37.3 million people experienced severe falls each year.1
Benefits
The benefit of using balance board is, it can improve balance capability, strengthen core muscles, body coordination, improving ankle flexibility and reduce injuries.2,3
Multiple training program
Various training programs are provided to enhance the balancing experience for different users.
Virtual reality games
Multiple virtual reality games provide interactive training excitement to the balance workout sessions.
Virtual reality games
Multiple virtual reality games provide interactive training excitement to the balance workout sessions.
Injury Risk Prediction
The software can help to give an indication for falling and ankle injury risk
Performance Evaluation
The performance evaluation of Fibod was conducted by researchers from Universiti Teknologi Malaysia. Results show that Fibod has a high accuracy of ±0.04% and repeatability ±0.06°.4
Specification
| Battery life | 6 hours |
|---|---|
|
Maximum stand capacity |
110 kg |
|
Bluetooth coverage |
10 m |
|
Tilt angle range |
±20° |
|
Motion sensor accuracy* |
±0.04% |
|
Motion sensor repeatability* |
±0.06° |
|
Sensor resolution |
0.01° |
|
Size (L x W x H) |
40 cm x 40 cm x 8 cm |
|
Weight |
2 kg |
|
Data sampling rate |
20 Hz |
|
Environment requirement |
10°C - 50°C
30% - 75% air humidity |
Specification
| Battery life | 6 hours |
|---|---|
|
Maximum stand capacity |
110 kg |
|
Bluetooth coverage |
10 m |
|
Tilt angle range |
±20° |
|
Motion sensor accuracy* |
±0.04% |
|
Motion sensor repeatability* |
±0.06° |
|
Sensor resolution |
0.01° |
|
Size (L x W x H) |
40 cm x 40 cm x 8 cm |
|
Weight |
2 kg |
|
Data sampling rate |
20 Hz |
|
Environment requirement |
10°C - 50°C
30% - 75% air humidity |
Performance Evaluation
The performance evaluation of Fibod was conducted by researchers from Universiti Teknologi Malaysia. Results show that Fibod has a high accuracy of ±0.04% and repeatability ±0.06°.4
Available On
Gallery
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- [1] World Health Organization, 2007. WHO Global Report on Falls Prevention in Older Age., Community Health.
- [2] S. Ogaya, T. Ikezoe, N. Soda, and N. Ichihashi, “Effects of Balance Training Using Wobble Boards in the Elderly,” J. Strength Cond. Res., vol. 25, no. 9, pp. 2616–2622, Sep. 2011.
- [3] M. S. Cain, S. W. Garceau, and S. W. Linens, “Effects of a 4-Week Biomechanical Ankle Platform System Protocol on Balance in High School Athletes With Chronic Ankle Instability,” J. Sport Rehabil., vol. 26, no. 1, pp. 1–7, Jan. 2017.
- [4] Development of InnovaBoard: An Interactive Balance Board for Balancing Training and Ankle Rehabilitation, IEEE 4th International Symposium on Robotics and Intelligent Sensors (IRIS), Tokyo, Japan.