Goshin Ryu Karate - Baulkham Hills is a well-established sports club located in Sydney, Australia. With over 50 years of experience, Goshin Ryu Karate is a world leader in the instruction of Karate and Self Defence for Men, Women, and Children. The club offers a range of classes for different age groups and skill levels.
The club's main focus is on teaching the art and discipline of Karate while also promoting self-defence skills. Goshin Ryu Karate believes that the ultimate aim of Karate lies in the perfection of character and not just in victory or defeat. The club follows the teachings of Gichin Funakoshi, the founder of Shotokan Karate.
The Chief Instructor of Goshin Ryu Karate - Baulkham Hills is Shihan Richard Bradford, who is a 9th Dan master with nearly 60 years of martial arts experience. He is an Australian Government recognised coach and has been the National Karate Coach from 1977 to 1993. Shihan Richard Bradford has also starred in films with Bruce Lee and has personally coached three Australian Martial Artists to obtain World Titles.
Goshin Ryu Karate - Baulkham Hills offers classes for both kids and adults. The Kids Karate class takes place on Tuesdays from 6:30 pm to 7:30 pm, while the Mixed Karate class is held on Tuesdays from 7:00 pm to 8:30 pm. These classes provide a safe and supportive environment for students to learn and develop their martial arts skills.
For those interested in joining Goshin Ryu Karate - Baulkham Hills, there is a directory on their website where you can find more information about their various Karate clubs located in New South Wales, Queensland, Victoria, and China. The club also has a FAQ page where you can find answers to commonly asked questions.
Goshin Ryu Karate - Baulkham Hills welcomes visitors and encourages anyone interested in Karate and self-defence to reach out and inquire about their programmes. With a strong emphasis on character development and teaching valuable life skills, Goshin Ryu Karate - Baulkham Hills is dedicated to helping individuals reach their full potential.