Crisp Sport & Rehab

Crisp Sport & Rehab I love helping people move and live better. I incorporate exercise, manual therapy, and chiropractic.

Comfort kills resilience. There, I said it. 🤣In our society, we’ve become accustomed to making everything as comfortable...
05/21/2026

Comfort kills resilience. There, I said it. 🤣

In our society, we’ve become accustomed to making everything as comfortable as possible—our shoes, clothing, climate, and even how we move. That level of comfort isn’t inherently bad, but when we constantly avoid any form of discomfort, we unintentionally reduce the body’s need to adapt.

Our feet are a simple example. When they’re constantly supported and cushioned, they don’t have to do as much of the work they’re designed for—sensing the ground, stabilizing, and distributing load. Over time, that can reduce capacity and contribute to pain or dysfunction elsewhere in the system.

In clinic, I often see people become fearful of movement at the first sign of pain or tightness. They assume discomfort means damage, and understandably start avoiding movement. But in many cases, that avoidance is exactly what keeps the system more sensitive—while graded, appropriate movement is often what helps reduce symptoms and restore confidence in the body.

The same idea applies to our environment. Living almost entirely in highly controlled, comfortable conditions can reduce our nervous system’s adaptability. When we’re rarely exposed to variability—whether heat, cold, load, or physical challenge—the system can become more protective and reactive over time, and everyday stressors start to feel more intense than they should.

The goal isn’t to eliminate comfort but to avoid becoming dependent upon it. The most resilient people aren’t those who avoid stress altogether, but those who regularly experience manageable stress and recover from it well. That cycle—stress and recovery—is what drives adaptation.

Discomfort, when appropriately dosed, isn’t something to fear. It’s often the signal that your body is being given a reason to grow stronger, more capable, and more confident in its capacity.

05/18/2026

This is where hip internal rotation becomes dynamic. Your body can better control rotation while balancing, decelerating, producing force, and changing direction.

1️⃣ Single-Leg RDL with Reach Across ➡️ Reach across the body without losing balance or rotating excessively through the spine. The movement should come from the hip. A common issue here is opening the pelvis and twisting through the torso instead of controlling rotation through the stance hip and foot.

2️⃣ Hip Airplanes (IR Bias) ➡️ Control rotation at the hip while maintaining balance and pelvic position. Move slow—this is harder than it looks. Many people compensate by rotating through the low back or losing pelvic position instead of creating controlled movement at the hip.

3️⃣ Cossack Squats (IR Emphasis) ➡️ Load into the hip while maintaining foot contact and controlled rotation through the pelvis and femur. You can regress this (as seen in video People often avoid loading the hip fully by collapsing into the knee, lifting the heel, or staying too upright and shallow.

These movements help transfer hip IR into athletics, lifting, and everyday movement. Better hip IR control can improve:
• Squat depth and stability
• Cutting and change of direction
• Landing and deceleration mechanics
• Cleans/snatches and rotational power
• Overall movement efficiency

Mobility matters., but control under movement and load is what actually changes performance.

strengthtraining movebetter

05/14/2026

Once you can control hip IR in simple positions, the next step is teaching your body to use it under load.

1️⃣ Lateral Step-Downs ➡️ Control the lowering phase and allow the hip/knee to move naturally without collapsing. Keep pressure through the whole foot. A common issue here is the knee collapsing inward uncontrollably or the pelvis dropping as control is lost during the lowering phase.

2️⃣ KB Lateral Lunge (IR Bias) ➡️ Allow the hip to internally rotate naturally as you load into the movement while keeping the knee stacked over the second toe. Maintain foot pressure through the tripod and control the descent. Many people compensate by collapsing through the arch, allowing excessive knee valgus, or shifting away from the working hip instead of loading into it.

3️⃣ Front Foot Elevated Split Squat (IR Bias) ➡️ Use the elevation to access deeper hip motion while staying stacked through the torso. People often compensate by dumping into the low back or drifting too far forward instead of controlling the movement through the hip.

4️⃣ Rear-Foot Elevated Split Squat with Front Toes Elevated ➡️ The toe elevation increases demand on hip control and depth while encouraging controlled pronation through the foot—helping the body better absorb force and access hip IR naturally. Move slowly and stay balanced. A common tendency is gripping the toes, collapsing uncontrollably through the arch, losing pelvic control, or relying too heavily on the back leg for support.

5️⃣ Goblet Squat with IR Torque ➡️ Think about “spreading” and “rotating” through the hips while maintaining foot pressure and depth. Many people lose position by collapsing through the feet, tucking excessively at the bottom, or shifting side to side instead of staying centered and controlled.

These exercises improve how your hips absorb and produce force during real movement. This is where mobility starts becoming usable strength.

05/07/2026

If you missed the previous post, check it out first, and return here.

Most people don’t need more stretching—they need better control. If you can’t actively control internal rotation, your body won’t trust the range you gain. These exercises focus on building awareness, control, and strength in hip internal rotation before adding more load or complexity.

1️⃣ Side-Lying Hip IR Lift ➡️ Keep hips stacked and knees together while rotating from the hip. Most people compensate by rolling the pelvis backward or separating the knees.

2️⃣ Prone Hip Internal Rotation ➡️ Rotate slowly from the hip while keeping the pelvis heavy against the floor. Avoid arching the back or letting the entire leg drift outward.

3️⃣ Seated Hip IR (Band or Cable) ➡️ Create smooth rotation from the hip socket while maintaining posture. Common compensations include torso lean, momentum, or rotating through the foot instead of the hip.

4️⃣ 90/90 Transitions (Controlled) ➡️ Move slowly between positions without using the hands if possible. Don’t collapse through the chest or force range you can’t control.

These drills improve your ability to actively control rotation—not just access it passively.

You may notice less stiffness, easier walking/stairs, and smoother squat or lunge mechanics pretty quickly.

Hip internal rotation (IR) is one of the most overlooked pieces of movement—and one of the most important for how your b...
05/05/2026

Hip internal rotation (IR) is one of the most overlooked pieces of movement—and one of the most important for how your body feels day to day.

At a basic level, it’s how your thigh bone (femur) rotates inward in the hip socket (acetabulum). But it’s not just about the joint—it’s about how your hips, pelvis, and core work together to control that motion.

Muscles that help drive and control this include:
• Glute med/min (front fibers)
• Adductors (inner thigh)
• Deep hip rotators
• Core + pelvic stabilizers

For everyday life, hip IR shows up more than you think:
• Standing up from a chair
• Walking or going up stairs
• Getting in/out of a car
• Turning, pivoting, or changing direction

If it’s limited or poorly controlled, you might notice:
• Stiff hips (especially after sitting)
• Pinching in the front of the hip
• Tight hip flexors or glutes
• Knees that cave in or feel unstable
• Low back discomfort with simple movements
• Feeling “restricted” or awkward when you move

For lifting & functional fitness, hip IR is critical for:
• Hitting better squat depth and positions
• Controlling knee tracking under load
• Receiving cleans/snatches efficiently
• Changing direction or absorbing force in workouts

Without it, you’ll often compensate by:
• Dumping into your low back
• Shifting side to side in squats
• Losing power out of the bottom
• Placing more stress on knees and feet

This is why hip IR isn’t just a flexibility issue. It’s about how well your body can:
• Produce force (standing up, sprinting, driving out of a squat)
• Absorb force (landing, decelerating, controlling load)
• Move efficiently without overloading other joints

If you’re always feeling “tight,” beat up, or inconsistent in your movement—this is a piece worth addressing.

Over the next few posts, I’ll break down how to build it step by step, so it actually carries over into real life and training.

rehabchiro

04/21/2026

Shoulder stability isn’t just about getting stronger but owning positions your shoulder doesn’t naturally want to be in. A few of my go-to exercises to build that:

• Kettlebell Windmills
These force the shoulder to stabilize overhead while your body moves underneath it. You’re working through frontal and transverse planes while training your shoulder to resist collapsing. This also benefits thoracic mobility and core control—both huge for keeping a solid overhead position.

• KB Side Planks
In the side plank, your shoulder is a weight-bearing joint; adding weight to the other hand makes it more challenging, especially if you pick a sufficiently heavy weight. You’re building stability from the ground up—from the down elbow and shoulder straight to the top wrist—while the core resists rotation. It’s simple but not easy when done correctly. If your top shoulder isn’t shaking slightly after a few seconds, it’s probably too easy. ;) This carries over to things like bench, where you need a stable base to produce force.

• Bottoms-Up KB Press + Horizontal Abduction
The bottoms-up position creates reflexive stability—your body has to make constant, automatic micro-adjustments to keep the bell from falling. That means you’re not just activating muscles, you’re training coordination and timing between them. Adding horizontal abduction challenges your shoulder in a different plane, forcing control through the range of motion—not just straight up and down pressing.

• KB Arm Bars
This is controlled chaos (in a good way). You’re moving around a fixed shoulder, teaching it to stabilize through rotation while integrating hips and t-spine. It builds positional awareness and resilience—key for absorbing force and staying stacked.

We’re not just training muscles—we’re training the shoulder to react, adjust, and stabilize in real time across multiple planes for cleaner presses, stronger lockouts, and more control in pull-ups, overhead lifts and carries. This carries over to heavier lifts, better mechanics, and fewer angry shoulders.

Try these out, moving slowly, and own each position.

04/02/2026

Mobility without strength doesn’t last. Once you improve ankle range, you need to control it under load.
This is what actually improves:
• balance
• joint stability
• injury resilience
These exercises build strength in all directions — not just up and down.

Exercises:
1️⃣ Tibialis Raises
Lift your toes toward your shin (leaning against a wall).
Focus on:
• slow control
• full range up and down
👉 Strengthens dorsiflexors and improves shock absorption + deceleration

2️⃣ Resisted Inversion & Eversion
Use a band to move the foot inward and outward.
Focus on:
• slow tempo
• full range
• no leg compensation
👉 Strengthens stabilizers that help prevent ankle sprains

3️⃣ Barefoot Single-Leg Balance
Stand barefoot on one leg with:
• tripod foot (big toe, little toe, heel)
• slight knee bend
• level hips
• relaxed toes (no gripping)
Focus on:
• maintaining your arch
• small controlled ankle adjustments
• steady breathing
👉 Builds intrinsic foot strength + ankle stability + proprioception

4️⃣ Inversion PAILs / RAILs
Move into an inversion stretch.
PAILs → push outward
RAILs → pull deeper inward
👉 Builds strength and control in lateral ankle positions

5️⃣ Eversion PAILs / RAILs
Move into an eversion stretch.
PAILs → push inward
RAILs → pull further outward
👉 Strengthens peroneals and improves ankle stability + resilience

When you combine mobility + strength, you’ll usually notice:
• better squat depth
• improved balance
• stronger foot control
• fewer ankle and knee issues
Because when the foundation is strong, everything above it works better.

Address

4319 Hazy Hills
Spicewood, TX
78669

Website

Alerts

Be the first to know and let us send you an email when Crisp Sport & Rehab posts news and promotions. Your email address will not be used for any other purpose, and you can unsubscribe at any time.

Shortcuts

Featured

Share

Category