Take off together and land safely
Whether you are looking for like-minded people for your next acro training or a course that is easy on your joints: on udansa you will find the right community and professional dance schools in your area.
By Mary De LucaUpdated
Whether you are looking for like-minded people for your next acro training or a course that is easy on your joints: on udansa you will find the right community and professional dance schools in your area.
If you want to master spectacular floor elements in Acro Dance, you need more than just courage and strength. Only the right technique protects your wrists and ankles from the enormous impact loads when hitting the dance floor.
Joint protection in Acro Dance refers to the sum of all technical and muscular measures that aim to minimize impact loads on bone structures through active muscle tension and biomechanically correct rolling.
Acro dance combines the fluid elegance of contemporary dance with the powerful dynamics of acrobatics. In this fusion, enormous forces act on the body. While the muscles can absorb heavy loads, it is primarily the joints that reach their limits during rapid changes of direction and hard landings. Anyone training without the correct technique risks painful overuse. To protect your joints and enjoy acrobatics in dance pain-free in the long term, you need to understand how impact forces act on the body and how you can skillfully redirect them.
The wrists and ankles in particular bear the main load during floor elements. Unlike the knees, which have large muscle groups and thick menisci as natural shock absorbers, these smaller joints are anatomically less prepared for hard, vertical impacts. A typical mistake for beginners is catching their body weight without cushioning, using locked joints. Anyone who learns to let the energy of a movement flow through the entire body protects their bone structures from hard impacts. You lay a solid foundation by checking in advance whether your body is ready. Use the Acro Dance Level Test to realistically assess your current performance level.
Wrist pain in acrobatics is usually caused by permanent hyperextension under high load. When you support yourself on the floor during a cartwheel or a handstand variation, your entire body weight presses on the carpal bones at a right angle. To protect your wrists effectively, you must distribute the load across the entire palm. Spread your fingers wide and dig your fingertips slightly into the floor. This activates the forearm muscles, which absorb part of the pressure and actively stabilize the joint.
Additionally, it helps to change the angle of the joint. By turning your hands slightly outward, you take the extreme pressure off the sensitive tendon channels. Anyone already suffering from acute discomfort should adjust their training and increasingly switch to forearm support variations or use soft mats. In the long term, only targeted development of the supporting deep muscles will help. An excellent preparation for the coordination and body tension required for this is also provided by the Cunningham technique, which focuses on extreme precision.
Like this
Don't do this
Find the right training now to perfect your technique under professional guidance.
Modern Dance for kidsBerlin · Germany
Modern Dance & Akrobatik ab 10 J.Wednesday · 17:00 · Nov 11
Flow Motion Studio Wedding
The force of an impact does not simply disappear, we have to distribute it through movement in the body. Anyone who remains rigid risks injury.
When performing jumps and fast turns on the floor, your feet have to absorb multiple times your body weight. To stabilize your ankles and land safely while dancing, the correct rolling technique is crucial. Never land flat on your foot or with locked knees. Contact with the floor always begins on the balls of your feet, transitions smoothly over the midfoot, and only reaches the heel at the very end. At the same time, your ankles, knees, and hips bend like an elastic spring.
This three-dimensional cushioning distributes the impact energy to the large muscle groups of the legs and relieves the sensitive ligaments in the ankle joint. A stable stance and the correct alignment of the feet also prevent the dreaded rolling of the ankle inward or outward. In addition to biomechanically correct rolling, targeted balance training on unstable surfaces also helps to sharpen the reflexes of the tendons and ligaments around the ankle. This way, your body reacts correctly in a fraction of a second during fast floor elements and catches you safely.
Active hand tension on the floor
The fingers are spread wide, the fingertips are actively engaged, and the hands are slightly rotated outwards. The joint remains elastic and is supported by the forearm muscles.
Biomechanical cushioning of jumps
The landing happens quietly on the balls of the feet, followed by a fluid flexion in the ankles, knees, and hips. The body absorbs the energy like an elastic spring.
Distribute your weight across your entire hand and lightly claw your fingertips into the floor. This activates the forearm muscles and noticeably relieves pressure on the carpal bones.
Always land on the balls of your feet first and immediately bend your ankles, knees, and hips. This allows the muscles to absorb the impact energy instead of it traveling directly into your joints.
Yes, elastic bandages or sports tape can provide additional support for unstable joints during the learning phase. However, they do not replace active muscle building in the long term.
Going barefoot or wearing non-slip socks gives you the best feel for the floor and allows for optimal rolling. For hard surfaces, specialized, flexible acrobatic shoes are a joint-friendly alternative.
Minimizing acrobatics injury risk in dance
Returning to Acro Dance: Recovery after injury
Protective Gear for Dance Acrobatics: Mats and Braces
Stretching for Acro Dance: New Methods in Focus
Core training for acrobatics: Step by step
7 critical mistakes in Acro Dance training
Learn to fall safely in dance acrobatics: A guide