When recovering from an accident, most people focus on pain relief and strength — but regaining range of motion and flexibility is just as critical. Injury can cause joints and muscles to stiffen, making everyday tasks harder and slowing overall recovery.
From turning your neck to check a blind spot to bending down to tie your shoes, mobility depends on healthy joints and flexible muscles. That’s where physical therapy after an accident plays a key role.
Range of motion refers to how far and how comfortably a joint can move. Limited mobility post-injury can affect:
Daily tasks like dressing, driving, and working
Posture and overall body mechanics
Long-term strength, balance, and injury prevention
Improving range of motion reduces stiffness and discomfort while supporting a smoother, more complete recovery.
Flexibility involves the length and elasticity of muscles and soft tissues surrounding joints. After an accident, these tissues may tighten due to:
Immobilization (braces, slings, etc.)
Protective guarding caused by pain
Swelling and inflammation
Targeting flexibility early helps restore movement, reduces compensation patterns, and minimizes the risk of future injuries.
Physical therapists use targeted techniques to restore range of motion and flexibility after an injury. Personalized rehab may include:
Gentle stretching and flexibility routines
Joint-specific mobility work
Soft tissue techniques for muscle tightness
Guidance on safe movement during recovery
These methods are tailored to each patient, supporting a confident and safe return to daily life.
Focusing on movement recovery isn’t just about healing — it’s about restoring freedom. Whether it’s driving, working, or playing with your kids, regaining flexibility and joint motion can transform daily life after an accident.
Power Liens partners with experienced physical therapy providers across California who specialize in movement-focused recovery — all available on lien, with no upfront costs.
Find a provider near you and take the first step toward restored motion and mobility.