Surfside Spa

Discover the Deep Relaxation of CBD Oil Massage

CBD Oil Massage Benefits:
- Enhanced Relaxation: CBD helps to soothe the nervous system, deepening the relaxation of your massage and reducing stress and anxiety.
- Reduced Muscle Tension & Pain: Its anti-inflammatory properties can target sore muscles, joint pain, and stiffness, making it ideal for recovery.
- Improved Skin Health: CBD oil is rich in antioxidants, moisturizing and calming skin conditions.
- Better Sleep: Achieve a more restful night’s sleep, by promoting relaxation and reducing pain.

Add the CBD Oil Enhancement to your next massage and experience the benefits for yourself!

Unlock Your Full Potential!

Building core strength isn't just about six-pack abs! Your core is your center of gravity and the foundation for reduced pain and improved mobility. Whether you are walking, running, squatting, or jumping, your core is the power source! Schedule your customized appointment today to learn how to activate and strengthen it to improve your balance, agility, and performance, while staying injury free and achieve maximum results.

We are excited to introduce our newest treatment package:

~ The Mini Escape ~

Designed for you to relax, refresh and enjoy the best of both worlds, with a soothing 30-minute targeted neck and back Massage followed by a 30-minute customized Facial, specifically tailored to your skin’s needs. Accompanied by chilled champagne, chocolates and rose petals, creating a truly luxurious experience!

Treat yourself or share the relaxation with someone special! To schedule your appointment, call 850-543-7905 or visit us at www.surfsidespa.com.

• $189 per person (60 min)
• $369 per couple (60 min)

Training to produce power in the hip while stabling lower spine.

Train the spine to keep adequate disc space.

Surfside Spa

It all starts with the breath, work on activating the diaphragm breathe through the nose.

Understanding the frontal plane biomechanics of the hip is essential to decode how stability and movement are controlled during single-leg stance, gait, and dynamic activities. This image illustrates the moment arms and force vectors of key hip muscles relative to the joint center, highlighting how angular relationships directly influence function.

In the frontal plane, the hip operates around an abduction–adduction axis. The gluteus medius and minimus act as primary abductors, generating torque to counterbalance the body’s center of mass, which typically lies medial to the hip joint. This creates an external adduction moment that must be opposed internally. The effectiveness of these abductors depends on their moment arm — the perpendicular distance from the muscle’s line of action to the hip joint center. As this angle changes, so does torque production.

The gluteus medius shows region-specific function. Its anterior fibers contribute to internal rotation and stabilization, while posterior fibers assist in external rotation and extension bias. Their lines of pull vary in angle, meaning their mechanical advantage shifts with hip position. When the pelvis drops contralaterally (Trendelenburg pattern), it indicates insufficient abductor torque relative to the adduction moment arm of body weight.

Muscles like tensor fascia lata (TFL) and piriformis contribute secondary abduction, but their angular orientation makes them more position-dependent. TFL becomes more effective in flexed positions due to anterior displacement of its line of pull, while piriformis shifts from external rotation to abduction as hip flexion increases beyond ~60°.

Adductor muscles, although primarily producing adduction, play a stabilizing role by fine-tuning femoral alignment. Their moment arms are smaller but crucial for controlling excessive abduction and maintaining joint congruency.

Angle relationships also determine joint reaction forces. As abductor force increases to stabilize the pelvis, compressive forces at the hip rise. This is biomechanically efficient but clinically relevant in conditions like osteoarthritis, where load distribution becomes critical.

Ultimately, frontal plane control is a balance of torque, angle, and muscle coordination. Small changes in alignment can significantly alter force vectors, emphasizing the importance of neuromuscular control in both rehabilitation and performance.